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SH7269 CPU Board R0K572690C000BR User`s Manual

1. PE3 SDA1 2 i 2 EEPROM IIC pin Chip address 000 L PWM interface Note Pin names in red indicate the function used Port input Figure 4 4 1 D A Converter Block Diagram Table 4 4 1 M3A HS64G02 Jumper Settings JP1 to JP3 Number 1 2 2 3 JP1 IIC3 mode Set PE2 as SCL1 output pin IRQ mode Set PE2 as IRQ2 input pin default JP2 IIC3 mode Set PE3 as SDA1 I O pin IRQ2 mode SET PE3 as IRQ3 input pin default JP3 Connected to the PWM interface low level default Connected to the SSIF high level Note Only one channel can be used on the R0K572690C000BR Note Shading indicates the function to be set R20UTO159EJ0100 Rev100 R ah a a a O O I I I A Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions 4 5 Video Signal Input Module M3A HS64G02 includes a video decoder IC AK8851 Asahi Kasei Microdevices Corporation M3A HS64G02 also includes an RCA connector and an S Video connector to input NTSC and PAL video signal and inputs the digital signals to the SH7269 VDC4 module via the video decoder IC VDC4 pins are also used as the SDHI and PWM pins The SH7269 on chip IIC3 controls the video decoder Figure 4 5 1 shows the video signal input module block diagram Table 4 5 1 lists the system setting DIP switches setting SW6 3 on the M3A HS64G02 Expansion connector CN7 SDHI PWM interface character LCD interface V
2. 0000000000 0000000000 0000000000 0000000000 B 0000000000 0000000000 ee E eoo 1023 3109 LENS eo 27 28 AGITRITTA A zn 3014 pa 0 bor En E H ap KIAS majk cct en Co ta vo e cn EE LAA rco 2238 528 El gt oo EE B E ooo 8499 erd2 een al 5 E menten d Sma ara ico e32 2 525 HE EE 3 e 88 3 gt E Tura HE ESE 2 ace En E 2 Z e cu e UE erg E S We e B org AS S e e EE Ha SS e Omm oi me E oo E Elo oe e en oo S v aU eoe aa 7 o o ma O N ee Ee nnn QE A A A A A _ A DD DD A A DD EP ND DD DD DD _ A DD DD DP A A AA 7 i k 7 T D D Figure 5 3 3 R0K572690C000BR Dimensions Perspective view of the component side R20UT0159EJ0100 Rev 1 00 lt 2 AS 5 27 Dec 07 2011 ENES SH7269 CPU Board ROK572690C000BR 5 R0K572690C000BR Operating Specification This page 1s intentionally left blank R20UT0159EJ0100 Rev 1 00 lt 2 AS 5 28 Dec 07 2011 SENEC SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification 6 M3A HS64G01 Operating Specification 6 1 M3A HS64G01 Connectors Figure 6 1 1 shows the connector assignments for the M3A HS64G01 lt Top view of the component side gt 5 5 S 5 ie o o o o o o oO ob ob o 0 5 c c c c c o 2 c c E c E e O o o o o o c o O O O o o 8 c P o o p p 9 o Z o re O O G o o E O a a a a LC 2 0 oD o
3. 55 DK30762 3 2 CHANGE SH7264 Extension Connector D D 3VCC 5VCC 3VCC 5VCC C1 CE1 C2 CE2 C3 CE3 C4 CE4 i BS 10uF 16V 0 1uF 25V 10uF 16V 0 1uF 25V T 10uF 16V 0 1uF 25V 10uF 16V 3VCC 5VCC 3VCC 5VCC 4 PJ11 PWM2H 4 PJ10 PWM2G 4 PJ9 PWM2F 4 PJ8 PWM2E CHANGE 8 PJ7 TIOC1B 3 9 PC9 TIOC2A 8 PJ6 TIOCIA 3 9 PC10 TIOC2B 3 PJ5 TxD3 9 PC5 TIOC4AA X 3 PJ4 RxD3 9 PC6 TIOCAB 9 PC7TIOC4C 8 PJ3 CRx1 9 PC8 TIOCAD 7 8 PJ2 CTx1 LCD_M_DISP 8 PJ1 CRxO NERXD 8 PJO CTxO IETxD XG4H 2031 XG4H 2031 3VCC 5VCC 3VCC 5VCC AVcc C5 CE5 C6 CE6 C7 CET C8 CE8 C9 CE9 iuis ai 0 1uF 25V 10uF 16V s M 0 1uF 25V 10uF 16V 0 1uF 25V 10uF 16V AVss 3VCC 5VCC 3VCC 5VCC AVcc 7 LCD DATA 0 15 1 2 TIG SCL 7 LCD_DATA D 15 ASR AR 4 PK1 PWM1B SD_D3 lt gt LOD DATA M IA LCD_DATAO P EAMA Sna S N LGD DATAS 7 ct icq LCD DATA3 4 PK3 PWM1D SD CLK EC EE sl EED DATAS 9 PH1 AN1 p 4 PK2 PWM1C SD CMD AHH 9 PHO ANO 3 6 PEO SCLO L o ara gt ses so l B LCD DATAS 8 PH3 AN3 3 IRQ2 me 3 3 6 PE1 SDAO E a a a 9 PH2 AN2 HNE 6 PE4 DV_VSYNC SCL2 O 4 LED DATA TT e a N LCD_DATA9 JE 6 PES DV HSYNC SDA2 lt gt AA AA B PE3 SDA1 lt gt 1 4 PK5 PWM1F SD_D1 TS C B BATATO 2 4 PKA PWM1E SD DO ANS 3 IRQ3 3 4 PK7 PWM1H SD_CD ra 7 PH7 AN7 jt LCD_DATA12 4 PK6 PWM1G SD_WP Ea alin 6 PFO DV_DA
4. tLZ gt tAC Figure 2 34 SDRAM Single Read and Write Timing Example R20UTO159EJ0100 Rev 100 De o AA Dec 07 2011 ZENESAS SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions Table2 3 7 Bus State Controller Setting Read and Write SDRAM User Area Target Device CS3 EDS1216AATA 75E R20UTO159EJ0100 Rev 1 00 Dec 07 2011 Setting CS3 space bus control register CS3BCR Initial value H 36DB 0400 Recommended value H 0000 4400 e Memory TYPE 2 0 B 100 SDRAM e Data bus BSZ 1 0 B 10 16 bit bus CS3 space wait control register CS3WCR Initial value H 0000 0500 Recommended value H 0000 2492 e Number of auto precharge completion wait cycles WTRP 1 0 B 01 1 cycle e Number of wait cycles between ACTV command and READ A WRIT A command WTRCD 1 0 B 01 1 cycle e CAS latency for area 3 A3CL 1 0 B 01 2 cycles e Number of auto precharge startup wait cycles TRWL 1 0 B 10 2 cycles e Number of idle cycles from REF command Self refresh release to ACTV REF MRS command WTRC 1 0 B 10 0 5 cycles SDRAM control register SDCR Initial value H 0000 0000 Recommended value H 0000 0809 e Refresh control RFSH B 1 SDRAM is refreshed e Refresh control RMODE BO Auto refreshed e Bank active mode BACTV B 0 Auto precharge mode e Number of bits of row address for area 3 A3ROW 1 0 B 01 12 bits e Numbe
5. 3 2 3 2 1 SI ZO DOV WE rona aaa 3 2 3 2 2 SH7269 Pin Functions Used on the M3A HS64G01 eneen eeneeneeneeennnenennnnnnnen 3 2 3 2 3 MSA2HES04 G0 Module Avalan a uod tome utet tutae du ecd Ou usu ndee 3 13 3 2 4 SH7269 Multiplexed Pins Used on the M3A HS64G0 see 3 14 3 3 LCD Module Ee a noet ba hatetn ii 3 22 3 3 1 CCED Module ET cerina N eneen 3 22 3 9 2 Character LCD Module with LED Bici nitens eneen eenheden 3 23 3 4 AUTOM QUICS e eras 3 25 3 5 CD Deck TEI emt a T rm 3 28 3 6 SDE io A A andante 3 30 Sel UAR CINO Rea 3 31 3 8 CN 2 ec a E ELI SLM LI e oL LLLI beet 3 32 3 0 IE BUS 5 IDE EEdCO ce DE etd n t atl fea a rcd a ti ott ida 3 33 O uod ceux aeta gta a Dae T ree dudas oL UR TEE 3 34 3 11 A DOCUIT S ois hse ott oes IA TIS DIEN DU IUUD A 3 35 3 12 Reset MOGUC u3 22242050 8218059149090 181282 09200 5 0 080 2898 9840050 7880905 202902408 40502204829 DAA A A As 3 36 3 13 Power Supply Module ata 3 37 4 1 OVEN E ll 4 1 4 2 a M PP 4 2 4 2 1 ST ZO ONCE MT E 4 2 4 2 2 SH7269 Pin Functions Used on the M3A HSGAGO2 eene rni rrr rnas 4 2 4 2 3 MSASHS64G02 Module Avalan n dro b tpe beteren eeens Enden 4 13 4 2 4 SH7269 Multiplexed Pins Used on the M3A HS64G02 sss 4 14 4 3 LCD Module Interact ia 4 22 4 3 1 CEDILLO a E ME 4 22 4 3 2 Character LCD Module with LED BaekMahit nenten eert Aenean 4 23 4 4 ANO Module TT 4 25 4 5 Video Senat Inpu
6. e Figure 7 1 6 Diagram of PWM Connector J5 Table 7 1 10 Assignments of PWM Connector J5 Pin No Signal Name Pin No Signal Name 1 PWM1A PJ7 DV DATA7 LCD DATA7 2 PWM1B PJ6 DV DATA6 LCD DATA6 SD D2 1 PWM1H SD D3 1 PWM1G 3 PWM1C PJ5 DV DATA5 LCD DATA5 4 PWM1D PJ4 DV DATA4 LCD DATA4 SD CMD 1 PWM1F SD CLK 1 PWM1E 5 PWM1E PJ3 DV_DATA3 LCD_DATA3 PWM1F PJ2 DV_DATA2 LCD_DATA2 SD DO 1 PWM1D SD _D1_1 PWM1C 7 PWM1G PJ1 DV DATA1 LCD DATA1 EA PWM1H PJO DV DATAO LCD DATAO 9 jab 10 GND PES SSIWSO SGOUT 1 13 PF7 SSIRxDO RXDO SGOUT 3 CTS1 14 PF6 CE2A SSITXDO SGOUT 2 PF7 SSIRxDO RxDO SGOUT_3 CTS1 15 PJ9 DV DATA9 LCD DATA9 PINT 1 16 PJ14 DV DATA14 LCD DATA14 PINT6 PWM2B RTS5 PWM2G TxD6 17 PJ15 DV DATA15 LCD DATA15 PINT7 18 PJ11 DV DATA11 LCD DATA11 PINTS PWM2H TxD7 PWM2D SCK6 19 5V Note The signal names in bold style are setting functions R20UT0159EJ0100 Rev 1 00 lt 2 AS 7 9 Dec 07 2011 SCENES SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification 7 1 6 Audio Connector J6 M3A HS64G02 includes an optical connector J6 for connecting to audio devices Figure 7 1 7shows the deployment of the pins for the optical connector Table 7 1 11 lists their descriptions Top view of the component side gt 0 9 O 3 Figure 7 1 7 Diagram of the Op
7. om UU oo om emm Dm Connector 99 ussavss Jo ooo O E o CA nn nn 101 USBAvee 102 USBAVss o S y o 108 USBUVcc ZS NE SS 105 USB x1 USB X Connects the USBexternalclocktoMCU_ 48MHz 100 usB x2 uss x2 Open 4 294 0 0 0 BE IE D s epen 5 o external clock to MCU 10 vpro VIDEOX2 Open JjJ J A NENNEN AA T er 112 DVAVs To 13 vina VIN Analog video signal input CN10 pina19 114 vin2 Na Analog video signal input CN10 pinB20 VRB BIAS BIAS Reference voltage CN3 pin 12 A AAA CO aa epe EI OA CN11 pin B18 LCD EXTCLK CN11 pin A19 Connects a 24 kQ 1 resistor CN3 pin 4 CN3 pin 3 CN3 pin 8 CN3 pin 7 A4 Aves ENE UE O 129 TRST TRST Initialization signal inputpin HUD 130 ASEBRKAKWASEBR ASEBRIANE Break mode ARR H UDI K ASEBRK Breakrequest 331 TDO TDO Testdataoutput Z HUD 42 TD TON Testdatanpt odo HUD 133 TMS H UDI TCK TCK Vss CN3 pin 16 CN11 pin B19 CN3 pin 15 CN11 pin A20 134 TOK o Test clock H UDI 135 Ves 00 0 L 136 PGO D16 LCD DATA LCD DATAO Connected to LCD module DO pin CN9 pin 2 0 CN10 pin A1 IRQO TIOCOA Legend 3 3V power supply 1 25V power supply GND R20UT0159EJ0100 Rev 1 00 Dec 07 2011 ENESAS SH7269 CPU Board
8. 3 3V power supply GND R20UT0159EJ0100 Rev 1 00 z 5 14 Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 5 R0K572690C000BR Operating Specification Table 5 1 14 Expansion Connector Descriptions 7 CN7 2 Lg Signal Name ELE Signal Name PJ6 DV DATA6 LCD DATA6 SD D3 1 PWM1G PJ24 SGOUT_0 SSISCK4 LCD_TCONS SPDIF IN SCK7 PJ26 SGOUT_2 SSIDATA4 LCD_TCON5 PJ7 DV DATA7 LCD DATA7 SD D2 1 TxD7 PWM1H PJ31 DV CLK PJ25 SGOUT 1 SSIWS4 LCD TCOM4 SPDIF OUT RxD7 29 30 PFO BREQ QSPCLK 1 RSPCK1 NIT E 31 PF2 WAIT QMO 1 QIOO 1 MOSI1 32 PJ13 DV_DATA13 LCD_DATA13 PINT5 PF3 CS2 QMI 1 QIO1 1 MISO1 ur rom MEME PF57 PF5 SSIWS0 SGOUT 1 SGOUT 1 PF4 PFA CS5H CETA amp SSISCK0 SGOUT O SSISCKO SGOUT 0 PF6 CE2Ast SSITxDO SGOUT 2 PF7 PF7 SSIRxDO RxDO SGOUT 3 CTS1 R eres PJ19 DV DATA19 LCD DATA19 MISOO SDSL 75 Legend BV power supply 3 3V power supply Table 5 1 15 Expansion Connector Descriptions 8 CNS TT T TT T C Parana s gb H IC T POW DUNWZPWEG A G 9 PD11 D11 NAF3 PWM2D 10 ED J O O PDA DA FRE PWM1E PD12 D12 NAF4 PWM2E 13 PD5 D5 FCLE PWM1F 14 PD13 D13 NAF5 PWM2F 47 PD14 D14 NAF6 PWM2G PD7 D7 FWE PWM1H PD15 D15 NAF7 PWM2H ER Legend BV power supply 3 3V power supply R20UT0159EJ0100 Rev 1 00 244 NESAS 5 15
9. Number Function OFF High ON Low SW6 3 Connected to the SDHI character LCD interface default Connected to VDC4 Note Shading indicates the function to be set Table 4 3 2 M3A HS64G02 Jumper Setting JP3 Number 1 2 Low 2 3 High JP3 Connected to the PWM character LCD interface Connected to the SDHI default Note Shading indicates the function to be set R20UTO159EJ0100 Rev 100 Denicence gt gt AOA Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions 4 4 Audio Modules The M3A HS64G02 includes a 96 kHz 25 bit D A Converter with DIT AK4353 Asahi Kasei Microdevices Corporation e AK4353 D A Converter SH7269 IIC3 SSIF and I O ports control the AK4353 SH7269 IIC3 channel 1 Accesses the AK4353 registers to initialize AK4353 format data and configure the attenuator SH7269 SSIF channel 0 Outputs the audio data SH7269 I O ports PF7 Powers down the AK4353 at low powers up the AK4353 at high Figure 4 4 1 shows the D A Converter block diagram Table 4 4 1 lists jumper settings JP1 to JP3 on the M3A HS64G02 Expansion SH7269 U1 pon PWM or SSIF U5 2 D A Converter U10 AK4353 PFA4 SSISCKO SGOUT 0 PFS SSIWSO SGOUT 1 PF7 SSIRxXDO SGOUT 3 PF6 SSITxDO SGOUT 2 CA DO CAD 4 Chip address 01 AQUI Socket X8 CLK PE2 SCL1 11 2896 MHz
10. PDO DO PWM1A CNB pni DE ee PJ24 SGOUT_0 SSISCK4 SSISCK4 Connected to the CD deck IIS BCK CN7 pin 25 SW6 3 LCD TCON3 SPDIF IN SCK7 OFF PD1 D1 PWM1B CNB pin 3 PD2 D2 PWM1C CNB pin 6 PD3 D3 PWM1D CNB pin 8 nen 3 3V power supply l En power supply GND R20UT0159EJ0100 Rev 1 00 a 3 11 Dec 07 2011 SENE S S SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions Table 3 2 11 SH7269 Pin Functions 11 11 Symbol Description Expansion Connector 237 PJ25 SGOUT 1 SSIWS4 SSIWS4 Connected to the CD deck IIS LRCK CN7 pin 28 SW6 3 OFF LCD TCONA SPDIF OUT pin RxD7 a remesas uer o LCD TCONBS TxD7 PJ27 SGOUT 3 TIOC1A PJ27 Gla y DAC U11 ote and the CN9 pin 29 24 Vs 0 0 0 AS 241 Vss flash memory REF pin flash memory CLE pin flash memory ALE pin flash memory WE pin 246 PD8 D8 NAFO PWM2A_ DBINAFO Databus gt CN amp pn2 247 PD9 D9NAF1PWM2B D9INAF1 Databus CNBpn4 248 PD1O DIO NAF2 PWM2C__ DIO NAF2 Databus CNBpn7 249 PDIDII NAF3IPWM2D D11 NAF3 Databus GNR ping EEE 251 PD12 D12 NAF4 PWM2E DI2INAFA Databus CN amp pin 2 EN A E NS 253 PDISIDISINAFSIPWM2F DIS NAFS Databus CNBjpinta 255 PDISIDISINAFTIPWM2H DIS NAF7 Databus CNB pint 256 MD CLKO MD CLKO Connected to SW5 1 as the clock RES low mode input Legend 3 3V power supply 1 25V power supply GND R20UT0159EJ0100
11. PGCR3 PGCR3 PGCR3 PGCR3 PGCR2 PGCR2 PGCR2 PGCR2 PGCR1 PGCR1 PGCR1 PGCR1 PGCRO PGCRO PGCRO PGCRO MD Bit Setting PG27MD 1 0 B 11 PG24MD 1 0 B 10 PJ23MD 2 0 B 011 PJ22MD 2 0 B 011 PG26MD 1 0 B 10 PG25MD 1 0 B 10 PG23MD 2 0 B 010 PG22MD 2 0 B 010 PG21MD 2 0 B 010 PG20MD 2 0 B 010 PG19MD 2 0 B 010 PG18MD 2 0 B 010 PG17MD 1 0 B 10 PG16MD 1 0 B 10 PG15MD 1 0 B 10 f PG14MD 1 0 B 10 f PG13MD 1 0 B 10 PG12MD 1 0 B 10 PG11MD 2 0 B 010 PG10MD 2 0 B 010 PG9MD 2 0 B 010 PG8MD 2 0 B 010 PG7MDJ 2 0 B 010 PG6MDJ 2 0 B 010 PG5MDJ 2 0 B 010 PG4MD 2 0 B 010 PG3MD 2 0 B 010 PG2MD 2 0 B 010 PG1MD 2 0 B 010 PGOMDJ 2 0 B 010 Notes 1 These values must not be set in boot mode 1 2 Bold text indicates the function used R20UTO0159EJO100 Rev 1 00 Dec 07 2011 2 ROK572690C000BR Functions SH7269 Multiplexed Pin Name PG27 LCD TCON2 LCD EXTCLK PG24 LCD CLK PJ23 DV DATA23 LCD DATA23 LCD TCON6 IRQ3 CTx1 CTx0 amp CTx1 PJ22 DV DATA22 LCD DATA22 LCD TCON5 IRQ2 CRx1 CRx0 CRx1 PG26 LCD_TCON1 PG25 LCD_TCONO PG23 LCD DATA23 LCD TCONG TxD5 AUDATA3 PG22 LCD DATA22 LCD TCONB RxD5 AUDSYNC PG21 DV_DATA7 LCD_DATA21 LCD_TCON4 TxD4 PG20 DV DATAG LCD DATA20 LCD TCON3 RxD4 PG19 DV_DATA5 LCD DATA19 SPDIF OUT SCK5 PG18 DV DATA4 LCD DATA18 SPDIF IN SCK4 PG17 WE3 ICIOWR AH DQMUU
12. REE SS ERRE REE IE UDI UDI AU O ports lt lt lt lt lt lt lt lt lt SI Z o I I n 7 5 T th nm n OJO C lt lt lt lt lt r Ez LEDS lt S lt lt lt ROK572690C000BR switch IRQ1 switch ME SW6 DIP switches 232C lt lt lt lt lt m n a KR lt lt lt al 2 lt lt lt lt Z O ports see e SAS lt lt SIE SIRSE RIE EIRE SISI EISE SERRE REESE lt lt lt lt lt lt lt lt lt dades E dde Zz zZ Zz E lt lt lt Z lt lt 2 7 EEVEE EEEE s deme lt Sez eS los SIS ajo Z lt lt CD Zz lt lt lt se tele de lt EERE GE 2626566 Z lt lt lt lt lt lt 2 lt lt lt lt E p r E J VDC4 J12 to J14 y 5 5 lt BESSE Sl DT SE EENE rm o op KOP m ROK572690C000BR M3A HS64GO01 xi pp ss SIRSE SREE SEE SEE SIRSE input switches E RAE AE E E E ES E E a El E E ES ESA E En E ESA E E E E E E El N E E SIE E SIS OoO0 00 amp ONao R20UT0159EJO100 Rev 1 00 Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 3 2 4 Table 3 2 13 SH7269 Multiplexed Pins Used on the M3A HS64G01 3 M3A HS64G01 Functions to Table 3 2 30 list the SH7269 multiplexed pin functions used on the M3A
13. Table 3 3 1 R0K572690C000BR DIP Switches SW6 3 Number Function OFF High ON Low SW6 3 Connected to the SDHl character LCD interface default Connected to VDC4 M3A HS64G02 Note Shading indicates the function to be set Table 3 3 2 Jumper Setting JP2 Number 1 2 Low 2 3 High JP2 Connected to the character LCD interface default Connected to the SDHI Note Shading indicates the function to be set R20UT0159EJ0100 Rev 1 00 ET Dec 07 2011 s LEG NEZ S AE SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions 3 4 Audio Modules The M3A HS64G01 includes two 96 kHz 25 bit D A Converters with DIT AK4353 Asahi Kasei Microdevices Corporation and a 24 bit stereo codec with IPGA AK4524 Asahi Kasei Microdevices Corporation e AK4353 D A Converter SH7269 IIC3 SSIF and I O ports control the AK4353 SH7269 IIC3 channel 1 Accesses the AK4353 registers to initialize AK4353 format data and configure the attenuator SH7269 SSIF channels 1 and 5 Outputs the audio data SH7269 I O ports PJ27 Powers down the AK4353 at low powers up the AK4353 at high Serial Sound Interface with FIFO SSIF channel 5 pins are multiplexed with IEBus M Controller IEB pins Figure 3 4 1 shows the D A Converter block diagram Table 3 4 1 lists the DIP switches setting SW6 4 R20UTO159EJ0100 Rev 100 R ah a a a OO O O 00 525 Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions
14. e SH7269 input clock X4 13 33MHz e SH7269 RTC clock X5 32 768kHz e SH7269 audio clock X8 11 2896MHz e SH7269 USB clock X6 48 00MHz e SH7269 LCD clock X1 Optional e SH7269 digital video decoder clock X2 27 00MHz Figure 4 14 1 shows the clock module block diagram of the ROK572690C000BR and M3A HS64G02 Expansion connectors CN6 CN7 SH7269 U1 Clock Buffer U9 D A converter U 10 CLK1 MCK I Socket X8 CLK2 CLK AW E AUDIO_XOUT gt REF CLK3 CLK4 11 2896MHz NC S CLKOUT 3 3V en Video recorder U11 ANN CLK27MO x1 CLK ANN gt CLKIN 24 576MHz 32 768kHz e 1 Te Socket X3 M SDRAM U7 m AM CLK 13 33MHz NC Socket X6 CLK 48MHz LCD J10 J12 Socket X1 gt DCLK Figure 4 14 1 R0K572690C000BR and M3A HS64G02 Clock Module Block Diagram R20UTO159EJ0100 Rev 100 Denicence 4 37 Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions 4 15 Reset Module A reset IC controls reset signals connected to the SH7269 flash memory and peripheral I Os on the ROK572690C000BR and M3A HS64G02 There are two system reset options power on reset and reset by switch Figure 4 1
15. BO PGO D16 LCD DATAO IRQO TIOCOA 3 3V 11 3 3V 12 G5 PG10 D26 LCD DATA10 PINT2 13 G4 PG9 D25 LCD_DATAS PINT1 14 G3 PG8 D24 LCD DATAS PINTO G1 PG6 D22 LCD DATA6 IRQ6 TIOC2A GT R4 PG14 D30 LCD_DATA14 PINT6 ENE R2 PG12 D28 LCD DATA12 PINT4 R1 PG11 D27 LCD DATA11 PINT3 RO PG11 D27 LCD DATA11 PINT3 TIOC3D TIOC3D A TOA ROA RE GND SER ar TMZ EGTE EC GND DIM PFO BREQH QSPCLK 1 RSPCK1 DREQO AU Toota DREADS The names in bold style are setting functions R20UT0159EJ0100 Rev 1 00 2 AS 7 16 Dec 07 2011 4S NES SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification Table 7 1 17 Descriptions of MIL Standard Connector Pins for LCD Module J12 1 43 3V 3 3V 7 PG12 D28 LCD_DATA12 PINT4 8 PG1 D27 LCD DATA11 PINT3 TIOC3D 9 PG10 D26 LCD DATA10 PINT2 TIOC3C 10 PG9 D25 LCD DATA9 PINT TIOC3B PG7 D23 LCD _DATA7 IRG7 TIOC2B PG5 D21 LCD DATA5 IRQ5 TIOC1B PG3 D19 LCD DATA3 IRQ3 TIOCOD PG1 D17 LCD DATA IRQ1 TIOCOB GND EA A E a NC can SUED 5V power via zero ohm resistor 25 PG25 LCD TCONO LCD VSYNO 26 PJ22 DV DATA22 LCD DATA22 LCD TCON5 IRQ2 CRx1 CRx0 CRx1 LCD DE PJ23 DV DATA23 LCD DATA23 28 GND LCD TCON6G u CTXO amp CTx1 LCD M DISP I unz The ona names in bold style are setting functions R20UT0159EJ0100 Rev 1 00 2 AS TAT Dec 07
16. SAS M3A HS64G01 Layout and Component Placement SH7269 CPU Board ROK572690C000BR 1 Overview Table 1 11 1 and Table 1 11 2 list the major components on the M3A HS64G01 Table 1 11 1 Major Components ICs 1 2 No Name Part Number Manufacturer Remarks Quantity per Board 1 Character LCD module SD1602H Sunlike 16 characters x 2 lines 1 2 Audio CODEC AK4524VF Asahi Kasel 24 bit 96 kHz audio codec 1 3 D A Converters AK4353VF Asahi Kasei 96kHz 24 bit D A converter 2 4 CAN drivers HA13721FP Renesas 2 5 lEBus driver HA12187FP Renesas 1 6 Adjustable regulator LTC3727EG LT 8V 5V 1 7 Multiplexers SN74CB3Q3257DBQR TI Analog switch 2 Table 1 11 2 Major Components Connectors 2 2 No Name Part Number Manufacturer Remarks Quantity per Board 1 20 pin expansion connectors XG4C 2031 Omron 20 pin MIL spec 3 2 30 pin expansion connector XG4C 3031 Omron 30 pin MIL spec 1 3 40 pin expansion connector XG4C 4031 Omron 40 pin MIL spec 1 4 SD card slot DM1B DSF PEJ Hirose Reverse type 1 5 Audio optical connectors TOTX147PL Toshiba 2 6 CD deck connector IMSA 9617S 22 Iriso 1 mm pitch FFC 1 7 UART connector B7B XH A J S T TTL level 1 Manufacturing 8 External IIC connector XG4C 2031 Omron 20 pin MIL spec 1 LCD module connector 1 J12 IMSA 9639S Iriso 0 5mm pitch FFC for 1 40D TX09D55VM1CDA only 10 LCD module connector 2 J13 IMSA 9619S Iriso 1 mm pitch FFC for 1 40B TX09D14VM3CCA only 11 LCD module connector 3 J14 XG4C 3031 Omron 30 pin MIL
17. SH7269 U1 PG23 LCD_DATA23 TxD5 PG22 LCD_DATA22 RxD5 PG21 to PG16 LCD_DATA21 to LCD_DATA16 PG15 to PGO LCD_DATA15 to LCD_DATAO Socket X1 1 I PJ22 LCD_TCON5 LCD DE PG25 LCD TCONO LCD VSYNC PG26 LCD TCON1 LCD HSYNC PJ23 LCD TCON6 LCD M DISP 40 pin half pitch connector CN10 LCD DATA23 LCD DATA22 LCD DATA21 to LCD DATA16 LCD DATA15 to LCD DATAO PG27 LCD EXTCLK PG24 LCD CLK w LCD CLK VDD3 LCD DE VDD5 LCD VSYNC GND LCD HSYNC Note Pin names in red indicate the function used LCD M DISP Figure 2 13 1 LCD Module Interface Block Diagram R20UTO0159EJO100 Rev 1 00 2 39 Dec 07 2011 44 NESAS SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions Expansion connectors CN1 CN7 CN9 CD module interface IRQ input CAN interface LED DIP switches PWM interface SH7269 U1 40 pin half pitch connector CN11 PJ23 to PJ22 DV DATA23 to DV DATA22 LCD TCON6 to LCD TCON5 PJ21 DV DATA21 IRQ1 CTx2 DV DATA21 DV DATA23 to DV DATA22 PJ20 DV DATA20 IRQO CRx2 DV DATA20 PJ19 DV DATA19 AUDIO XOUT DV DATA19 PJ18 DV DATA18 DV DATA18 PJ17 to PJ16 DV DATA17 to DV DATA16 DV DATA17 to DV DATA16 PJ15 to PJ8 DV_DATA15 to DV DATA8 PWM2H to PWM2A PJ7 to PJO DV_DATA7 to DV DATAO DV DATA15 to DV DATA8 DV DATA7 to DV DATAO DV CLK PEA SCL2 DV
18. Asahi Kasei Microdevices Corporation 1 Decodes NTSC or PAL composite video signal and S video signal digitally Includes two channels of a 10 bit ADC Operates at 27MHz Composite video pin RCA connector S video connector Comes with audio codec for audio output by the SH7269 on chip Serial Sound Interface with FIFO SSIF e AK4353 Asahi Kasei Microdevices Corporation 1 96 kHz 24 bit D A Converter on chip digital audio transmitter Sampling frequency 16 to 96 kHz Stereo pin jacks 2 Optical connectors 2 Connected to the SH7269 on chip Motor Control PWM timer pin e MIL spec connector for PWM timer output 1 20 pin Controls the LED brightness by PWM mode in the SH7269 on chip MTU2 e MIL spec connector for time output 1 20 pin Accesses the SD card by the SH7269 on chip SD Host Interface e SD card slot 1 e Includes a card power control IC Software control NOT allowed CAN communication by the SH7269 on chip CAN RCAN TL1 e HA13721FP Renesas CAN driver IC includes a voltage level shifter IEBus communication by the SH7263 on chip IEBus Controller IEB e HA12187FP Renesas lEBus driver IC includes a voltage level shifter Connected to the SH7269 on chip IIC bus interface IIC3 pin e MIL spec connector for connecting an external IIC interface 1 20 pin Key input by the SH7269 on chip A D Converter e Key input switches 16 4 switches x 4 inputs e Dimensions 210mm x 148mm e Mounting form 4 l
19. Figure 4 6 1 shows the SD card interface block diagram Table 4 6 1 lists the DIP switches setting SW6 3 Table 4 6 2 lists the M3A HS64G02 jumper setting JP3 R20UTO159EJ0100 Rev 100 __Fenicene JJ 27 Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions Expansion connector CN7 8 bit l Video signal input module SH7269 U1 DV or SD U22 PWM or SD U2 2 SD card slot J4 PJ7 DV DATAT SD D2 1 PWM1H PJ6 DV_DATA6 SD_D3_1 PWM1G PJ5 DV_DATA5 SD_CMD_1 PWM1F PJ4 DV_DATA4 SD_CLK_1 PWM1E PJ3 DV_DATA3 SD_DO_1 PWM1D PJ2 DV_DATA2 SD_D1_1 PWM1C PJ1 DV_DATA1 SD_WP_1 PWM1B PJO DV DATAO SD CD 1 PWM1A 177 When SD card is inserted DIP switches COMMON and CD are made conductive SW6 3 8 bit Character LCD interface When SD card is write enabled iaa PWM interface WP and COMMON are made conductive PJ24 SSISCK4 PJ30 SSIDATAS IETxD PJ29 SSIWSS IERxD PJ28 SSISCK5 PF12 SSIDATA1 PF11 SSIWS1 PF10 CS1 SSISCK1 Note Pin names in red indicate the function used Optional Figure 4 6 1 SD Card Interface Block Diagram Table 4 6 1 DIP Switches Setting SW6 3 Number Function OFF
20. IMSA 96395 40D TR LCD IMSA 9619S 40B T LCD XG4C 3031 Industrial use Vehicle use 2 PH7 AN7 e M3A HS64G02 EE Renesas Solutions Corp ED po DK30762 4 e AAA AAA CHANGE D D IEBus Driver 5VCC 5VCC U37 5VCC cP41 0 1uF 25V AE R164 680 B4B XH A HA12187FP Voltage Level Shifter 3V lt gt 5V 3VCC TP7 TP8 JP4 3V gt 5V L HWP 2P G c ze C R96 R97 CP25 3VCC 5VCC Ccp26 3VCC JP5 E poe ee O 4 7KQ gt 4 7KQ 0 1yF 25V 0 1uF 25V HWP 3P G 5VCC 2 PJO CTxO IETxD 22 AO CP27 K eT MDI IA EZ en CANO GND SN74LVC2T45DCT en Terminate J14 7 CANH A An GND B3B XH A JP7 HWP 2P G HWP 2P G 5VCC TP9 TP10 3V 5V Li O 2P CP29 3VCC 5VCC CP28 JP9 IRR ME 0 1uF 25V 0 1uF 25V 3P 77 voer unen E JP10 JP11 2 PJ1 CRxO IERXD lt lt AO BO D 2 PJ3 CRx1 lt 2 A1 B1 0 1uF 25V GND DIR 8 HWP 2P G HWP 2P G CAN1 SN74LVC2T45DCT J15 HA13721FPK CANH CANL GND B3B XH A 1 2 RCAN1 Terminate M3A HS64G02 Renesas Solutions Corp DRAWN CHECKED DESIGNED APPROVED CAN IEBus CHANGE LED Key Input GREEN 3VOC R104 AVcc 9100 3S eni PHO ANO 2 SML 310MT SML 310MT SML 310MT SML 310MT gt lt i g a gt zi o a gt zi o a 2 7 PG21 TIOCOA 2 2 PG22 TIOCOB 3 2 PG23 TIOCOC A sw4 SW5 SW6 SW7 2 PG24 TIOCOD B
21. M3A HS64G01 Operating Specification Table 6 1 16 LCD Module Connector Pin Descriptions 2 J13 Pin No Signal Name Pin No Signal Name 1 NC 2 DTMG PJ22 DV DATA22 LCD DATA22 LCD TCON5 IRQ2 CRx1 CRx0 CRx1 3 HREV 33V 4 B5 PG4 D20 LCD_DATA4 IRQ4 TIOC1A aa B4 PG3 D19 LCD DATA3 IRQ3 TIOCOD 6 B3 PG2 D18 LCD DATA2 IRQ2 TIOCOC B2 PG1 D17 LCD DATA IRQ1 TIOCOB 8 B1 PGO D16 LCD DATAO IRQO TIOCOA BO PGO D16 LCD DATAO IRQO TIOCOA 3 3V 11 3 3V 12 G5 PG10 D26 LCD_DATA10 PINT2 13 G4 PG9 D25 LCD_DATAS PINT1 14 G3 PG8 D24 LCD DATAS PINTO G1 PG6 D22 LCD DATAR IRQ6 TIOC2A GT R4 PG14 D30 LCD_DATA14 PINT6 ENE R2 PG12 D28 LCD DATA12 PINT4 R1 PG11 D27 LCD DATA11 PINT3 RO PG11 D27 LCD DATA11 PINT3 TIOC3D TIOC3D MOi a E i RO RE Taa a Note The signal names in bold style show the setting functions R20UTOi59EJOi00 Rev 100 Are OO BAG Dec 07 2011 RENESAS SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification Table 6 1 17 LCD Module Connector MIL spec Pin Descriptions 3 J14 Hi IMutm ee Signal Name 1 3 3V 3 3V 7 PG12 D28 LCD_DATA12 PINT4 8 PG1 D27 LCD DATA11 PINT3 TIOC3D 9 PG10 D26 LCD DATA10 PINT2 TIOC3C 10 PG9 D25 LCD DATA9 PINT TIOC3B PG7 D23 LCD_DATA7 IRG7 TIOC2B PG5 D21 LCD DATAR IRQ5 TIOC1B PG3 D19 LCD_DATA3 IRQ3 TIOCOD PG1 D
22. NC Legend 5V power 3 3V power Table 6 1 4 Connector Pin Descriptions 4 CN7 1 Finns Signal Name Fine Signal Name PJ6 DV DATA6 LCD DATA6 SD DS3 1 PJ7 DV DATA7 LCD DATA7 SD D2 1 PWM1G PWM1H PJ4 DV_DATA4 LCD_DATA4 SD CLK 1 PJ5 DV DATAR LCD _DATA5 SD CMD 1 PWM1E PWM1F E PEO SCLO TCLKA LCD EXTCLK 6 RES amp PE2 SCL1 TCLKOC IOIS16 DV VSYNC PE1 SDAO TCLKB AUDIO CLK DV CLK PJ20 DV DATA20 LCD DATA20 LCD TCONG IRQO CRx2 CRx0 CRx1 CRx2 peeler veo __ PEA SCL2 RxD4 DV VSYNC 2 PE3 SDA1 TCLKD ADTRG DV HSYNC ETE K S S 12 PES SDA2 RxD5 DV HSYNC PJ3 DV DATA3 LCD DATA3 SD DO 1 PWM1C PWM1D PWM1A PJ1 DV DATA1 LCD DATA1 SD WP 1 PWM1B PF10 CS1 SSISCK1 DV DATA SCK1 5V MMC_D5 PJO DV DATAO LCD DATAO SD CD 1 PWM1A PF12 SSIDATA1 DV DATA3 TxD1 PF11 SSIWS1 DV DATA2 RxD1 MMC D6 1 MMC D7 PJ1 DV DATA1 LCD DATA1 SD WP 1 PJ2 DV DATA2 LCD DATA2 SD D1 1 PWM1B PWM1C PJ5 DV_DATA5 LCD_DATA5 SD_CMD_1 PJ3 DV DATAS LCD DATA3 SD DO 1 PWM1D PJ28 SSISCK5 TIOC1B RTS7 PJ4 DV DATA4 LCD DATA4 SD CLK 1 NO NO Co LO PWM1F PWM1E PJ30 SSIDATA5 TIOC2B IETxD PJ29 SSIWS5 TIOC2A IERxD Legend 5V power 3 3V power GND R20UT0159EJ0100 Rev 1 00 sZ NC S AS 6 4 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification Table 6 1 5 Connector Pin Descriptions 5
23. NC2 CL e CP71 CP72 CP73 CP74 CP75 CP76 CP77_ CE16 O 1uF___H50uF 16V rj TP3 OMF 0 1uE 7 0 1gF L 0ApF Se 0 1uF L OF 0 1pF T 4 7uF 10V VBUS 6 R70 L1 c S 2 veus lt A USB Socket A j c9 Las Gani C10 J1 Serial flash1 4MB 1uF 1uF UBA 4R D14T 4D JST R76 U9 4 7KQ S25FLO32P Spansion 2 DM c gt E PBtelassi o Le EUR xis OMM iid a a quae C SE ae E EC avcc E TN Eu 2 PB19 QI00 0 SI IOO vec PS E USB Mini B 2 PB20 QIO1 0 TS L 8 SO IO1 CP78 2 DP lt gt J2 2 PB15 QIO2 0 0 7 WACC IO2 0 1yF 54819 0572 2 PB16 0O3 0 lt gt HOLD IO3 GND MOLEX TP4 d H8 D1 L usB_D _HZM6 2Z4MFA 3VCC JP6 HWP 3P G Serial flash2 4MB R78 R80 Z R81 R82 U10 2 8 PF1 QSSL 1 gt o 4 7k0 4JkQ f 4 7kQ gt 4 7k0 S25FLO32P Spansion Ssi SCK 3VCC 268 ProasPaKt gt g C VY ES 2 8 PF2 QI00 1 Z O vec H 2 8 PF3 QIO1 1 lt gt SO IO1 CP79 2 PB13 QIO2 1 m H wiacciio2 p Bur 2 PB14 QIO3 1 HOLD I03 GND i NENNEN Renesas Solutions Corp ROK572690C000BR DRAWN CHECKED DESIGNED APPROVED Memory USB ee E D ROK5D72690C000BR C A s 11 08 29 x W Z KG T O V 2 1 8 PH 7 0 lt 1 ea 24 8 PE 7 0 lt _ gt LA en 2 6 8 PJ 31 0 gt 26 8 PG 27 0 lt gt V1 R83 G 26 0 E 23222 8 ror LCD Output CN10 J11 FX2C 40P 1 27DSA JPJ2545 S HOSIDEN R88 C11 a Hae VIN 2 V2
24. PC3 WEO DQML 4 8 PG27 LCD_TCON2 LCD_EXTCLK CP4 gt PC4IWE1 DQMU 4 8 E 51 lt JASEMD 6 0 1uF JP5 HWP 3P G 2 SJ TRST 6 be ASEBRKAK ASEBRK 7 5 lt ASEBRKAK 6 PCO O L gt PCO CSOH 4 3VCC x4 ng VIDEO X1 TDO 3 L 2 TDO 6 H UDI 6 EXTH SDRAM gt O SG 8002CA 13 3333MHz VIDEO X2 TDI 53 STD 6 e PCO MD BOOT2 6 i E TMS LS TMS 6 CP5 VCC OUT4 ap EXTAL TCK c JTCK 6 lt gt PF 23 0 4 5 6 8 0 1uF R26 AVAL U3 SN74CB3Q3257 GND OE 180 X5 89 9 R27 220 PFO Texas Instruments c MC 306 32 768KHz Sn RTC X1 PFO BREQ QSPCLK 1 RSPCK1 I TIOC4A DREQO AUDCK 1838 ay LE Y c RTC_X2 PF1 BACK QSSL_1 SSL10 TIOC4B Dacko is RIE ZO PEZ PF17 9 lt JPF17A SD_WP_0 5 8 PF2 WAIT QMO 1 QIOO 1 MOSI1 TIOC4C TENDO SPBMO_1 SPBIOO 185 RIS 290 PES C5 C4 PF3 CS2 QMI_1 Q101_1 MISO1 TIOC4D AUDIO XOUT SPBML 1 SPBIO1 1282 LS PFT7B FRB 4 8 10pF 10pF PF4 CS5 CE1A SSISCKO SGOUT 0 He e 4 lt _ PF16A SD CD O 5 8 177 L PES SSIWSO SCOUT St pre A 3VCC x 20 G SG 8002DC 48MHz R30 PEG CE2A SSITXDO SGOUT 2 En gt PF16B FCEA 4 8 z PF7 SSIRXDO RXDO SGOUT_3 Y CP6 poe BT 06 PF8 23 1XD0 04 P A 0 0 1uF 180 MO PF9 BS DV_DATAO SCKO MMC_D4 RTS1 50 c i pa GND OE x x R32 PF10 CS1 SSISCK1 DV DATA1 SCK1 MMC D5 2 2 OET PF11 SSIWS1 DV_DATA2 RXD1 MMC D6 2 Eau eee D
25. SD_D2_0 PFCR6 PF23MD 2 0 B 001 PF23 SD_D2_0 TxD3 MMC_D2 Note Bold text indicates the function used Table 2 2 22 SH7269 Multiplexed Pin Functions MMC Peripheral Pin Name SH7269 Port Control Register SH7269 Multiplexed Pin Name Function Register MD Bit Setting Name MMC MMC_CD PFCR5 PF16MD 2 0 B 101 PF16 SD CD O FCEZ IRO4 MMC CD MMC D1 PFCR5 PF18MD 2 0 B 101 PF18 SD_D1_0 SSISCK3 IRQ6 MMC_D1 MMC_DO PFCR5 PF19MD 2 0 B 101 PF19 SD_DO_0 SSIWS3 IRQ7 MMC_DO MMC_CLK PFCR6 PF20MD 2 0 B 101 PF20 SD_CLK_0 SSIDATA3 MMC_CLK MMC_CMD PFCR6 PF21MD 2 0 B 101 PF21 SD_CMD_0 SCK3 MMC_CMD MMC_D3 PFCR6 PF22MD 2 0 B 101 PF22 SD D3 O RxD3 MMC D3 MMC D2 PFCR6 PF23MD 2 0 B 101 PF23 SD D2 O TxD3 MMC D2 Note Bold text indicates the function used R20UTO0159EJO100 Rev 1 00 2 17 Dec 07 2011 434 NESAS SH7269 CPU Board ROK572690C000BR Table 2 2 23 Peripheral Function VDC4 SH7269 Multiplexed Pin Functions VDC4 Pin Name LCD EXTCLK LCD CLK LCD TCONG LCD TCON5 LCD TCON1 LCD TCONO LCD DATA23 LCD DATA22 LCD DATA21 LCD DATA20 LCD DATA19 LCD DATA18 LCD DATA17 LCD DATA16 LCD DATA15 LCD DATA14 LCD DATA13 LCD DATA12 LCD DATA11 LCD DATA10 LCD DATA9 LCD DATAS8 LCD DATA LCD DATA6 LCD DATA5 LCD DATA4 LCD DATA3 LCD DATA2 LCD DATA1 LCD DATAO SH7269 Port Control Register Register Name PGCR6 PGCR6 PJCR5 PJCR5 PGCR6 PGCR6 PGCR5 PGCR5 PGCR5 PGCR5 PGCR4 PGCR4 PGCR4 PGCR4
26. lt Top view of the solder side gt Side view Figure 6 1 4 SD Card Slot Pin Assignments J2 Table 6 1 8 SD Card Slot Pin Descriptions J2 ET Signal Name ET Signal Name DAT3 PJ6 DV DATA6 LCD DATA6 CMD PJ5 DV DATA5 LCD DATA5 EE he D3 1 o 3 Ta _CMD 1 PWMI1F 4 433V CLK PJ4 DV _DATA4 LCD DATA4 ND B an DATO PJ3 DV DATA3 LCD DATA3 DAT1 PJ2 DV DATA2 LCD DATA2 BA SD DO 1 PWM1D EN SD Di 1 PWMIC DAT2 PJ7 DV DATA7 LCD DATA7 10 WP PJ1 DV DATA1 LCD DATA1 11 CD PJO DV DATAO LCD DATAO 12 COMMON GND Note The signal names in bold style show the setting functions R20UTO159EJO100 Rev 1 00 Dec 07 2011 E RENESAS 6 7 SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification 6 1 4 Line out Pin Jacks J3 J6 and J8 The M3A HS64G01 includes line out pin jacks J3 J6 and J8 Figure 6 1 5 shows the pin assignments for the line out pin jacks Table 6 1 9lists the pin descriptions Top view of the component side gt Figure 6 1 5 Assignments of Pins for the Line out Pin Jacks J3 J6 and J8 Table 6 1 9 Pm Descriptions for Line out Pin Jacks J3 J6 and J8 Pin No Signal Name Pin No Signal Name 2 AOUTL D A converter output L pin AOUTR D A converter output R pin NC R20UT0159EJ0100 Rev 1 00 ZENESAS 6 8 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification 6 1 5 M
27. n 0 L il 148 00 a co saz Vinin SILO la n RAB H gt J ERE E J wo Y na L 2 J 2 P a T 1 c a CP74 e D a o 1 1 U U U U U U I 1 LI I U o A gt sH RA4RAI RA2 2 4 gt i O a3 U U 1 1 1 1 U U U U U U U R28 R27 ace a cPs7 Lra M 16 16 16 16 1 B B B1 8 A EE A a 00009 see eee OA M d ES C5 A BS Figure 5 3 1 R0K572690C000BR Dimensions 1 Top view of the component side R20UT0159EJ0100 Rev 1 00 lt 2 AS 5 25 Dec 07 2011 SENEC SH7269 CPU Board ROK572690C000BR lt Top view of the component side gt 28 50 3150 148 00 5 R0K572690C000BR Operating Specification 50 17 e M X E SN Dd a a HN B20 R128 clan CR A20 i nan ma L1 E m ka C4 wu wu a ca o Lol 50 B 22222 d ve N E ESSE i St MENMEN E ro a BEN SS 3 gm T qe NH E sys ON ON ma mg LEDI RISE 9 E BBE B EEEH H sre wee es SS j S i 2 34 12 3 4 5 6 3 3 de EE ie atlas perreo Y S Z uu e FEZ ez S JN HESSE i L in ad R39 E L 4 NNI R100 pl Ha i R Uk 7 2 cos mem ime i F oO d am s bd E RIII AE m m 00000000 fe W W TP 4 AA AE ES EL 5 E Is Er CN4 2 uw Mi d UR i Sf 1 L 3 A E Tm jn Juin n z mms A i leef fz HA rs Em Ee M i jee mm C E S YR
28. pense valve xg p LY Y 13 ara lt lt lt lt x lt ven To to J12 RCAN CANO p RCAN CAN1 EEE Eel Y BA ma lt lt lt lt Z lt ES ES lt lt lt Z 2 Z lt Z lt lt X HDI I O ports SWA to SW19 Key input switches mMM LY na INTC SW1 IRQ2 switch KR R R R R R Rana LT T EI RAE EA ASA A EIA INTC SW2 IRQS switch aka ane X p px T AEN T II PO Y vivivje2nojojvrvivivi v v v v Sa Y Video decoder RE ee eee NRA a MTUZ LED1 to LED14 MTU2 pep oec ee oe AAA pe e pers vs Pep psp pp Pss E ar A lt lt lt lt R0K572690C000BR M3A HS64G02 Eee lt lt lt lt Ia When using a serial flash memory with NOR flash memory or SDRAM quad mode cannot be used PF16 and PF 17 are multiplexed pins When setting SW6 2 on the ROK572690C000BR either SD MMC card or NAND flash memory can be used Either 14 pin or 38 pin H UDI port connector can be used PJ22 and PJ23 are multiplexed pins Either LCD or DV can be used PJ21 is a multiplexed pin Either IRQ1 switch or DV can be used PJ19 and PJ18 are multiplexed pins Either LED or DV can be used PJ17 and PJ16 are multiplexed pins Either DIP switches or DV can be used PJ15 to PJ8 are multiplexed pins Either DV or PWM can be used Change JP3 setting on the M3A HS64G02 to use either the characet LCD or SD card PFO PF2 PF3 are multi
29. 0 B 01 PB5MD 1 0 B 01 PB4MD 1 0 B 01 PB3MD 1 0 B 01 PB2MD 1 0 B 01 PB1MD 1 0 B 01 PD15MD 1 0 B 01 PD14MD 1 0 B 01 PD13MD 1 0 B 01 PD12MD 1 0 B 01 PD11MD 1 0 B 01 PD10MD 1 0 B 01 PD9MD 1 0 B 01 PD8MD 1 0 B 01 PD7MD 1 0 B 01 PD6MD 1 0 B 01 Notes 1 These values must be set in boot modes 2 to 5 2 Bold text indicates the function used R20UT0159EJ0100 Rev 1 00 Dec 07 2011 24 NESAS SH7269 Multiplexed Pin Name PCO CSO MD_BOOT2 PC8 CS3 TxD7 CTx1 CTx0 amp CTx1 PC1 RD PC3 WE0 DQMLL RxD6 PC4 WE1 DQMLU TxD6 PC5 RAS CRx0 CRx0 CRx1 CRx2 IRQ0 PC6 CAS SCK7 CTx0 CTx0 amp CTx1 amp CTx2 PC7 CKE RxD7 CRx1 CRx0 CRx1 IRQ1 PC2 RD WR SCK6 PF13 A24 SSISCK2 SCK2 PF8 A23 TxDO PB22 A22 CTx2 IETxD CS4 PB21 A21 CRx2 IERxD PB20 A20 QMISO0 amp QIO10 MISOO SPBMI 0 SPBIO1_0 PB19 A19 QMO 0 amp QIOO 0 MOSIO SPBMO O0 SPBIOO 0 PB18 A18 QSSL_0 SSL00 SPBSSL PB17 A17 QSPCLK_0 RSPCKO SPBCLK PB16 A16 QI03_0 SPBIO3 0 PB15 A15 QIO2 0 SPBIO2 0 PB14 A14 QIO3 1 SPBIO3 1 PB13 A13 QIO2 1 SPBIO2 1 PB12 A12 TIOC3D PB11 A11 TIOC3C PB10 A10 TIOC3B PB9 A9 TIOC3A PB8 A8 TIOC2B PB7 A7 TIOC2A PB6 A6 TIOC1B PB5 A5 TIOC1A PB4 A4 TIOCOD PB3 A3 TIOCOC PB2 A2 TIOCOB PB1 A1 TIOCOA PD15 D15 NAF7 PWM2H PD14 D14 NAF6 PWM2G PD13 D13 NAF5 PWM2F PD12 D12 NAF4 PWM2E PD11 D11 NAF3 PWM2D PD10 D10 NAF2 PWM2C PD9 D9 NAF1 PWM2B PD8 D8
30. 07 2011 SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification 7 1 9 S pin Connector J9 M3A HS64G02 includes S pin connector J9 Figure 7 1 10 shows the deployment of the S pin connector Table 7 1 14 lists its descriptions lt Side view gt lt Top view of the solder side gt Figure 7 1 10 Diagram of S Terminal Connector J9 Table 7 1 14 Assignments of S Terminal Connector J9 Pin No Signal Name Pin No Signal Name 1 GND 2 GND AIN2 analog input pin for a video decoder AIN5 analog input pin for a video decoder R20UT0159EJ0100 Rev 1 00 2 AS 7 13 Dec 07 2011 4S NES SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification 7 1 10 LCD Module Connector J10 to J12 M3A HS64G02 includes flexible connectors J10 and J11 to connect to LCD module and one MIL standard connector J12 Figure 7 1 11 shows the flexible connector pins for LCD module Table 7 1 15 and Table 7 1 16 list the descriptions for flexible connector pins for LCD module and Table 7 1 17 lists descriptions of MIL standard connector pins lt Top view of the component side gt O O O O O O 00 00 000 0 6 O O OO D 00 0000 000 0 30 2 Figure 7 1 11 Diagram of Connector Pins for LCD Module J10 to J12 R20UT0159EJ0100 Rev 1 00 2 AS 7 14 Dec 07 2011 SENES SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification Table 7 1 15 D
31. 1 Connected to serial flash CNS pin 20 SSL10 TIOC4B DACKO SSL10 memory 2 CS pin 196 197 PF2 WAITZ QMO 1 QMO 1 QIOO 1 Connected to serial flash CN7 pin 31 QIOO 1 MOSI1 TIOCAC MOSI1 memory 2 SI pin MOSI1 SPBMO 1 SPBIOO TENDO SPBMO_1 SPBIOO_1 Connected to the CD deck CDS E n 1 Connected to the audio codec CN9 pin 30 U6 CDTI pin 198 PF3 CS2 QMI_1 QMI 1 QIO1 1 Connected to serial flash CN7 pin 33 QIO1 1 MISO1 MISO1 memory 2 SO pin TIOC4D AUDIO XOUT MISO1 Connected to the CD deck CDSO pin SPBMI_1 SPBIO1_1 SPBMI_1 SPBIO1_1 199 PF4 CS5 CE1A SGOUT_0 po CN7 pin 36 SSISCKO SGOUT 0 SSISCKO Connected to the audio codec U6 BICK pin 200 PF5 SSIWSO SGOUT_1 SGOUT_1 CN7 pin 35 SSIWSO Connected to the audio codec U6 LRCK pin 201 PF6 CE2A SSITxDO SGOUT 2 CN7 pin 37 U6 SDTI pin 202 PF7 SSIRxDO RxDO SGOUT3 CN7 pin 38 SGOUT 3 CTS1 Connected to the audio codec U6 SDTO pin PF8 A23 TxDO Address bus CNS pin 19 PF9 BS DV_DATAO PF9 CNS pin 18 SCKO MMC_D4 RTS1 DET T ED 206 PF10 CS1 SSISCK1 SSISCK1 Connected to DAC 1 U11 CN7 pin 17 SW6 3 DV_DATA1 SCK1 MMC_D BICKI pin OFF 207 Vss IN ee SSIWS1 Connected to DAC1 U11 CN7 pin 20 SW6 3 LRCKI pin OFF 203 204 205 RxD1 MMC_D6 209 PF12 SSIDATA1 SSIDATA1 Connected to DAC1 U11 SDTI DV_DATA3 TxD1 MMC_D pin 7 210 PF13 A24 SSISCK2 SCK2 Address bus CN5 pin 17 211 PF14 A25 SSIWS
32. 1 2VCC 3VCC MH1 R162 R163 TP14 TP17 00 00 5V 2 manus 20uF 6 3V J9 5V 125V _ CE39 XG85 0331 daad OMRON C C for Ext board M3 for Noise Control MH5 5VCC car caz cas ca4 cas cas CQ7 ca27 caz8 CQ29 0 1yuF ZZ OMFS 0 1pF OMFS 0 1pF OMFS 0 1uF 0 14F O 1pF ZA 0 1pF 3VCC_CPU 1 2VCC ce CQ9 caro Ea RA 3VCC CQ111 caiz cais cai4 cats cate OOT cats car CQ20 OApFS OMFS OApF OMFS 0 1pF OMFS 0 1uF 0 14F 0 1UE A 0 1pF AVcc um rnt CQ22 Gp CQ24 CQ25 CQ26 p 0 1yuF 0 1yF 0 1pF 0 1yF 0 1pF Reset Power W DRAWN CHECKED DESIGNED APPROVED d t SCALE CD O D R0K572690C000BR_C A aand MM RS AAA 29 7 PJ 31 0 y en XG4C 2031 E OMRON PC PG CRIO 5Vin 3Vout 5VCC 3VCC 3VCC 5VCC C 4 0 14F 0 1uF a C36 C37 XG4C 2031 O 1yF 0 1uF OMRON CKIO CN 2 i E L 25 6 PJ 31 0 lt gt 5 PH 7 0 2 4 5 PE 7 0 24 5 6 PF 23 0 gt 2 5 6 PG 27 0 gt 24 POC R0 gt PJA 30 29 2 6 PA 2 0 U22 SN74CB3Q3257 Texas Instruments C24 C25 C26 C27 O 1uF 0 1uF XG4C 2031 O 1uF 0 1uF OMRON AVcc O gt ANI7 0 2 D4 LA RB5208 30 PHO R166 ANO D 6 VIN EXT_SD __ gt LA RB5208 30 U23 SN74CB3Q3257 Texas Instruments gt D A RB520S 30 N gt j JPF17BJFRB 2 4 5 PF16B FCE 24 CSH PF17A SD WP PFIGA SD CD D A RB520S
33. 1 Multi Functional Pin Switch Jumper Settings JP4 JP5 JPS and JP9 Jumper Setting Function JP4 1 2 Connects the serial flash memory U9 as QSSL_0 SSLOO output pin Soe None open Connects the NOR flash memory U4 as A18 output pin JP5 1 52 Connects the NOR flash memory U4 as CSO output pin CSO MD BOOT2 2 3 Connects the system setting DIP switch SW5 as MD_BOOT 2 input pin JP6 2 Connects to the serial flash memory2 U10 as QSSL_1 SSL10 output pin SSL Connects to the serial flash memory2 U10 as SPBSSL output pin E Connects to the serial flash memory2 U10 as QSPCLK 1 RSPCK1 output pin PCLK 23 Connects to the serial flash memory2 U10 as SPBCLK output pin JP8 Connects the IRQ1 switch SW4 as IRQ1 input pin 2 3 Connects the expansion connector CN1 as CTx2 output pin JP9 Connects the expansion connector CN7 as IRQO input pin Connects the expansion connector CN1 as CRx2 input pin setting by default Note Jumper settings shall not be changed while this evaluation board is under operation Make sure to change settings with the power turned off Table 5 2 2 USB VBUS Power Supply Jumper Settings JP10 Jumper Setting Function JP10 USB host mode supply VBUS power None open USB function mode Not supply VBUS power setting by default Note Jumper settings shall not be changed while this evaluation board is under operation Make sure to change settings with the power turned off Table 5 2 3 Power Sele
34. 1 SSL10 output pin Uses PB18 as SPBSS output pin by default JP7 Use PFO as QSPCLK 1 RSPCK 1 output pin Use PB17 as SPBCLK output pin by default Note When controlling two serial flash memories at one time using SPIBSC set as 2 3 R20UTO159EJO100 Rev 100 Sc cohe 7235 Dec 07 2011 sC NC S AS SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions 2 3 6 EEPROM Interface The ROK572690COOOBR comes standard with an EEPROM listed in the table below The EEPROM is controlled by the SH7269 IIC bus interface 3 IIC3 Figure 2 3 7 shows the EEPROM interface block diagram Table 2 3 13 EEPROM Specifications Part Number Interface Capacity Package R1EX24128ASASOA 2 wire serial IIC 16KB 16 Kword x 8 bit 8 pin SOP R1EX24128 U6 SH7269 U1 16 KB PE2 SCL1 SCL PE3 SDA1 SDA WP Chip address 000 A2 to AO Note Pin names in red indicate the function used D A Converter IIC pin M3A HS64G01 IRQ input switch M3A HS64G02 Expansion connector CN7 Figure 2 3 7 EEPROM Block Diagram RO0UTOIS9EJOI00 Rev 100 PE PP Dec 07 2011 ZENESAS SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions 2 4 USB Interface The ROK572690C000BR comes standard with a USB Series A receptacle Mini B receptacle can be installed on the ROK572690C000BR to evaluate the USB host or function modules Remove Series A receptacle to install Mini B receptacle Figure 2 4 1 shows the USB int
35. 30 EN gt T _XG4C 2031 OMRON RB520S 30 AVcc O ES H A rr AA A il unii SUIS U24 SN74CB3Q3257 Texas Instruments LA RB520S 30 PJB29 G PBS PJB5 am md 3VCC er 6 PJB30 PJA29 R91 10kQ Pbro si am A RB5208 30 PJA30 R93 10kQ L JL 11 L12 9 PJBO Pp 13 L14 PJB3 o Si al ig PJB1 4 PF10 gt 17 H8 1 mA N ae 20 PJA1 4 3VCC Laa A Ak LAN 34 O 1 o O 5 6 n 3 A AH Ens 28 PJA7 S 29 CP97 ga PERO T 1 r sl xL Ee p PJ13 2 4 PF3 QI011 lt gt ES L eee Bei 6 po 37 Ese 6 SSIFHIEB gt so PJ19 C4 XG4C 4031 0 Kaea OMRON 24 PD 15 0 PFO QSPCLK 1 24 6 24 A 22 1 PB PB 1 22 A 1 22 5VCC 3VCC 3VCC 5VCC te Fe fee A RB520S 30 l PJ22 _XG4C 2031 d 1000 OMRON PG27 D19 C48 RB520S 30 0 1uF ROHM _961230 6300 XG4C 3031 0 1uF 3M OMRON ROK572690C000BR Ext Connector AD Protection 8 708 x W Z KG T O D ROK572690COOOBR C A SH7264 62 Optional board M3A HS64G01 SCHEMATICS TITLE PAGE Note INDEX 1 Digital GND GND CPU Board Stack Connector E Character LCD SD Card Slot 3 Analog GND AVSS A dio CODEC 4 Audio D A Converter 5 FUSCE NE o CD UART IIC RSPDIF Rotary Encoder 6 Now mounted LCD Module Connector 7 CAN IEBus 12VCC Digital 12V Power in T 8VCC Digital 8V for CD Pow
36. 3VCC 3vcc 3VCC Please make AGND1 and one point of GND connection CP14 U10 0 1uF 25V R45 R44 R75 3VCC 3VCC 4ATKO S 4 7K gt 4 7kQ J6 E es a 9 GND a EA ETA n He TX ooo l nn an ee A ESAS ne ope LRCK 4 SSISCKO ms BICK 0 1yF 25V L Pi Cd eZ oo e voon E TOTX147PL 2 PE2H SCL1 lt gt 0 1yF 25V 10uF 16V SCLICCLK brie Ej PEWSBAT me SDA CDTI 104F 25V S AGND1 AGND1 R48 4 7KO CE17 10uF 25V S J7 HSJ1636 010520 AGND1 BLACK AGND1 AK4353VF AGND1 M3A HS64G02 Renesas Solutions Corp DRAWN CHECKED DESIGNED APPROVED Audio D A Converter CHANGE CHANGE Ver 1 00B 2 RES 2 3 2 3 2 2 2 2 2 2 2 2 2 PE5 DV_HSYNC SDA2 2 PE4 DV_VSYNC SCL2 PE1 SDAO PEO SCLO PFO DV DATAO PF1 DV DATA1 PF2 DV DATA2 PF3 DV DATA3 PF4 DV_DATA4 PF5 DV DATAS PF6 DV_DATA6 PF7 DV_DATA7 PF8 DV_CLK Video Decoder 3VCC CP16 CP17 CP18 CP19 CP20 CP21 CE25 10uF 16V 0 1yF 25V 0 1yF 25V 0 1yF 25V 0 1yF 25V 0 1yF 25V 0 1yF 25V 3VCC CP31 CP32 CP33 CP34 CP35 CP36 CP37 0 14F 25V 0 1yF 25V 0 1yF 25V 0 1yF 25V 0 1yF 25V 0 1yF 25V 3VCC 3VCC 3AVCC2 R2 2 LORA vel 389383882388 ss quss en e U11 0 1yF 25V 3VCC 3AVCC2 FB2 CP38 0 1yF 25V SHORT2 AGND2 Please make AGND2 and one point of GND connection Video Input 7 AGND2 i Composite JP 12645 01 540 NU
37. 4 oo a e Lo to 99 eal a P o zt t a U LA x a n n diia o a 5 ka A P e TT Li ho gt J4 z a E SD card slot m R one o a daa P ka o Q D B q a N L ra K z K s o 2 S ZX i a 7 el ia NEN ia oo H H b rale MEL na FT b El LS M gt L RENESAS SE 5 eh R ulia za DO aa hed g ate uperH te cuo H H p a rr u 4 a kaas da a DO MST Be siis m3a 45600 ME 55 oo o E A DK3016g2 A nao VAC o g Ep pp HAGE DH JAPAN ees PT pg VA ged eb oii oo SE e N LS Zr oa oa e fears A 824811 oo ca EE r Q DOC oo ed s R E Z x LY En an ECC Os S 3 RTR Eis x EE 1 ay adr EXJICIM 5 os omg H Pyh s s d l 5 a gt ES rn oo 5 a A G O Cerere Hz H ai OIS n PATA ls aa a ue a 5 x iR oge con Sia Z 71 HEHHGS Sp MM oq ul mc n SLS RT s L T ot EA en An D 000 oo pez oo N L E cu di N A Figure 1 16 1 M3A HS64G02 Layout and Component Placement R20UT0159EJ0100 Rev 1 00 Dec 07 2011 s LEC NC S AS Dec 07 2011 SH7269 CPU Board ROK572690C000BR 1 Overview Table 1 16 1 and Table 1 16 2 list the major components on the M3A HS64G02 Table 1 16 1 Major Components ICs 1 2 No Name Part Number Manufacturer Remarks Quantity per Board 1 Character LCD module SD1602H Sunlike 16 characters x 2 lines 1 2 Audio codec AK452
38. AS 5 6 Dec 07 2011 ENES SH7269 CPU Board ROK572690C000BR 5 R0K572690C000BR Operating Specification 5 1 4 5V Input AC Adapter Jack J6 The ROK572690C000BR includes an AC adapter jack J6 for DCSV input Figure 5 1 7 shows the pin deployment for 5V input AC adapter Table 5 1 5 lists the pin descriptions Top View of the component side gt 2e Figure 5 1 7 5V input AC adapter Jack Pin Assignments J6 Table 5 1 5 5V Input AC adapter Jack Pin Descriptions J6 R20UT0159EJ0100 Rev 1 00 lt 2 AS 5 7 Dec 07 2011 ENES SH7269 CPU Board ROK572690C000BR 5 R0K572690C000BR Operating Specification 5 1 5 H UDI Port Connector 14 pin J7 The ROK572690C000BR includes a 14 pin H UDI port connector J3 to connect to an EIOA USB emulator Figure 5 1 8 shows the H UDE port connector pin assignments Table 5 1 6 lists the pin descriptions 14 pin lt Top view of the component side gt J7 OOOOOOO OOOOOOO 1 13 Figure 5 1 8 H UDI Port Connector Pin Assignment 14 pin type J7 Table 5 1 6 H UDI Port Connector Pin Descriptions 14 pin type J7 Can EE TCK GND 7 ASEBRKAKWASBRKE 8 808M _ GND R20UT0159EJ0100 Rev 1 00 lt 2 AS 5 8 Dec 07 2011 ENES SH7269 CPU Board ROK572690C000BR 5 R0K572690C000BR Operating Specification 5 1 6 RS 232C Connector The ROK572690C000BR includes an RS 232C connector J10 Figure 5 1 9shows the H UDI port connector pin assignments Tab
39. B e p92 EEPROM Figure 1 6 2 R20UT0159EJ0100 Rev 1 00 Dec 07 2011 876 5 88 2 1 9 H 00000000090 SE 000000000909 amp COB RKENESAS CE35 Ka EH ATTENTION SuperH SHA PIP R a CHE D CNG Expansion connector R48 uu R53 mm RSI ce B BI p Zr HEHHEEEEE CPMcps ww Gen mu z 3 RAJ RAS RAG RAT CP32 Sas mm wu CP30 00000000090 00000000090 c3e mm CN7 Expansion connector 2 NC SAS OO ovn coim m mm R0K572690C000B DK30867 T SH7269 CPU Board MADE IN JAPAN all 28 CP4OCPIOCPS CP43CP36 CP41 CPM CP12 CP44 CP38 wu 5 a gt ex 8 z a e m e a e e m a E DITA 2522 TANO BAR H ajajaja CE37 dB E Expansion connector R 1 Overview CN1 Expansion connector X7 Resonator 48 MHz USB X2 Oscillator 27 MHz Video CN3 Expansion connector SH7269 CPU Board Layout and Component Placement Top View of the Solder Side 1 8 SH7269 CPU Board ROK572690C000BR 1 Overview Table 1 6 1 to Table 1 6 3 list the major components on the SH7269 CPU Board Table 1 6 1 Major Components on the SH7269 CPU Board ICs 1 3 No Name Part Number Manufacturer Remarks Quantity per Board 1 CPU R5S72691P266FP Renesas 1 2 SDRAM EDS1216AATA 75E Elpida 16 bit bus 16MB 1 3 NOR flash memory S29GL256P90TFIR1 Spansion 16 bit bus 32MB 1 4 NAND flash memory K9F2G08UO0B PCBO Samsung Optional 0 5 S
40. CD are made conductive function used When SD MMC card is write enabled WP and COMMON are made conductive Optional Figure 2 12 1 SD MMC Card Interface Block Diagram Table 2 12 1 DIP Switch Setting SW6 2 Number Function OFF High ON Low SW6 2 Connected to the NAND flash memory Connected to the SD MMC card slot default Note Shading indicates the function to be set R20UTO159EJO100 Rev 100 Scn cehe 238 Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions 2 13 VDC4 Interface The SH7269 Video Display Controller 4 VDC4 includes the features to output signals to control the LCD module and to input digital video digital video IN The ROK572690C000BR includes a 40 pin half pitch connector to connect the LCD module and digital video IN LCD module VDC4 pins are multiplexed with Serial Communication Interface SCIF channel 5 pins When specifying LCD DATA22 and LCD DATA23 the UART connector on the optional board cannot be used Digital video IN VDC4 pins are multiplexed with Motor Control PWM Timer PWM channel 1 pins and Control Area Network RCAN channel 2 pins Figure 2 13 1 shows the LCD module interface block diagram Figure 2 13 2 shows the digital video IN interface block diagram Table 2 13 1 lists the jumper settings JP8 ad JP9 Expansion connectors CN1 CN9 2 UART interface LCD module interface
41. CE21 AGND 47uF 16V CP8 R42 lt 7 AGND 0 1uF 25V 47KQ AGND 5AVCC C22 C23 AGND R43 22pF ATpF 10kQ R45 LPF 4 7KQ R47 C24 C25 1KQ 180pF 150pF C26 U7A R49 0 47uF125V NJM2732M U7B CE22 3300 HW 2P NJM2732M 47uF 16V R48 MICL 1 2 Plug In Power 10kQ CE23 R50 3l 1OuF 16V 1 5kQ CE24 R52 AGND AGND zl BAVCC 22uF 25V 4700 C27 5AVCC 2200pF CE25 CP9 AGND 47uF 16V 0 1uF 25V 3VCC SG 8002DB XXM AGND C28 C29 c 22pF ATpF woe VCC OUT2 PEO AUDIO CLK 2 M c In OUT1 CP10 0 1yF 25V GND2 e en OE GND1 0 47uF 25V NJM2732M U9B E NJM2732M l 10140 14 R57 R56 MICR J4 22kQ 10kQ CE26 R58 HSJ1636 010521 1OuF 16V _ 1 5kQ CE27 R59 5AVCC J BAVCC 2 24F 25V 4700 C31 RED 2200pF AGND CE28 CP11 AGND a 47uF 16V 77 0 1yF 25V 3VCC AUDIO CLOCK Driver 5AVCC CP12 R60 AGND 0 1uF 25V 3VCC BIAS in CK B 2 AUDIO XTAL CK2 5 CE29 C32 R64 O 1uF 25V S 1kO HOOpF 25V N CY2305SC 1H NE AGND M3A HS64G01 EE Renesas Solutions Corp e j jDK30759 CHANGE CHANGE Ver 1 00B 4 CK1 HS62 PG20 gt 24 PG24 2 PF1 SSIWS1 2 PFO SSISCK1 2 PF2 SSIDATA1 2 PE2 SCL1 2 PE3 SDA1 4 Ck2 2 PF4 SSIWS2 2 PF3 SSISCK2 2 6 PF5 SSIDATA2 TCLKC Audio DAC 3VCC 3AVCC CE30 CP13 CP14 CE31 10uF 16V 0 1uF 25V 0 1uF 25V 10yF 16V AGND AGND HOLE Es mm ECT Moe C33 3VCC 3VCC O pr U11 R65 R66 3VCC 3VCC 4 7k0 24 7kQ J5 pos vos pos oe R67 5 y GN
42. CMD pin rem mus lan em Do MMC D3 MMC D3 DAT3 pin MMC D2 MMC D2 DAT2 pin PDO DO PWM1A Data bus CN8 pin 1 PJ24 SGOUT_0 SSISCK4 CN7 pin 25 SW6 3 LCD_TCON3 SPDIF_IN SC OFF K7 P PD1 D1 PWM1B D1 Data bus CN amp pn3 PD2 D2 PWM1C D2 Data bus CN amp pin6 Data bus CN amp pn8 Legend 3 3V power supply 1 25V power supply GND R20UT0159EJ0100 Rev 1 00 EN ESAS 4 11 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions Table 4 2 11 SH7269 Pin Functions 11 11 Symbol Description Expansion a e Jud PJ25 SGOUT 1 SSIWS4 CN7 pin 28 SW6 3 OFF LCD TCON4 SPDIF OUT RxD7 auem ro um LCD TCONS TxD7 PJ27 SGOUT 3 TIOC1A TIOC1A dU to the MCU2 CN9 pin 29 ae WN PVcc A NAND flash memory REF pin NAND flash memory CLE pin NAND flash memory ALE pin A A AA NAND flash FE o ME WER pin 246 PD8 D8INAFOIPWM2A DB NAFO Databus CN amp pi2 KR pomami T onge O 248 PD10 D10 NAF2IPWM2C_ DIONAF2 Databus GNR pin 249 PDI DIU NAF3 PWM2D DIINAF3 Data bus T CNS ping O S O MI ME E HT E 251 PD12 D12 NAF4 PWM2E D12 NAF4 Databus CN8pin12 PAN IS O E A 253 PD13 D13 NAFS PWM2F D13 NAF5 Databus CNS pinta PD14 D14 NAFS PWM2G D14 NAF6 CNB pint7 PD15 D15 NAF7 PWM2H D15 NAF7 CNB pint9 o 256 MD CLKO MD CLKO Connected to SW5 1 as the RES low clock mode input Legend 3 3V powe
43. CN7 2 25 PJ6 DV DATA6 LCD DATA6 SD D3 1 26 GND PWM1G PJ24 SGOUT_0 SSISCK4 LCD TCON3 SPDIF IN SCK7 27 PJ26 SGOUT 2 SSIDATA4 LCD_TCON5 28 PJ7 DV DATA7 LCD DATA7 SD D2 1 TxD7 PWM1H PJ31 DV CLK PJ25 SGOUT 1 SSIWS4 LCD TCONA SPDIF OUT RxD7 TIOC4A DREQO AUDCK ee e PJ13 DV DATA13 LCD DATA13 PINTS TIOC4C TENDO SPBMO 1 SPBIOO 1 PWM2F TxD5 el TIOC4D AUDIO XOUT SPBMI_1 SPBIO1 1 PF4 CS5 CE1A SSISCKO SGOUT 0 PF7 SSIRXDO RXDO SGOUT 3 CTS1 SSIRXDO RXDO SGOUT 3 CTS1 39 GND 40 PJ19 DV DATA19 LCD DATA19 MISOO TIOCOD SIOFRxD AUDIO XOUT Legend 5V power 3 3V power GND Table 6 1 6 Connector Pin Descriptions 6 CN9 Pinno SignalWame PinNo Signal Name PGO D16 LCD DATAO IRQO TIOCOA PG2 D18 LCD DATA 2 IRQ2 TIOCOC 5 GND J PG4 D20 LCD DATA IRG4 TIOC1A 7 PG6 D 22 LCD DATA6 IRQ6 TIOC2A 8 PG5 D21 LCD DATA5 IRQ5 TIOC1B PGB D24 LCD DATAS PINTO TIOC3A PG10 D26 LCD DATA10 PINT2 TIOC3C 23 PG24 LCD CLK 24 PJ22 DV DATA22 LCD DATA22 PG27 LCD TCON2 LCD EXTCLK NC 27 PJ12 DV DATA12 LCD DATA12 PINT4 28 PF0 BREQ QSPCLK 1 RSPCK1 PJ27 SGOUT 3 TIOC1A CTS7 PF2 WAIT QMO 1 QIOO 1 MOSII Legend 5V power 3 3V power R20UT0159EJ0100 Rev 1 00 sZ NC S AS 6 5 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification 6 1 2 Chara
44. D6 FALE PWM1G FCLE PDCR1 PD5MD 1 0 B 01 PD5 D5 FCLE PWM1F FREH PDCR1 PD4MD 1 0 B 01 PD4 D4 FRE PWM1E FCE PFCR5 PF16MD 2 0 B 011 PF16 SD CD O FCEZ IRO4 MMC CD FRB PFCR5 PF17MD 2 0 B 011 PF17 SD_WP_O FRB IRQ5 Notes 1 These values must be set in boot modes 2 to 5 2 Bold text indicates the function used Table 2 2 18 SH7269 Multiplexed Pin Functions RSPI Peripheral Pin Name SH7269 Port Control Register SH7269 Multiplexed Pin Name Function Register Name MD Bit Setting RSPI MISOO PBCR5 PB20MD 2 0 B 011 PB20 A20 QMI_0 QIO1_0 MISOO SPBMI_0 SPBIO1_0 MOSIO PBCR4 PB19MD 2 0 B 011 PB19 A19 QMO 0 QIO 0 MOSIO SPBMO O SPBIOO 0 SSLOO PBCR4 PB18MD 2 0 B 011 PB18 A18 QSSL_0 SSLOO SPBSSL RSPCKO PBCR4 PB17MD 2 0 B 011 PB17 A17 QSPCLK_0 RSPCKO SPBCLK MISO1 PFCRO PF3MD 2 0 B 011 PF3 CS2 QMI_1 QIO1_1 MISO1 TIOC4D AUDIO XOUT SPBMI_1 SPBIO1_1 MOSI1 PFCRO PF2MD 2 0 B 011 PF2 WAITZ OMO 1 QIOO 1 MOSI TIOC4C TENDO SPBMO 1 SPBIOO 1 SSL10 PFCRO PF1MD 2 0 B 011 PF1 BACKH QSSL_1 SSL10 TIOC4B DACKO RSPCK1 PFCRO PFOMD 2 0 B 011 PFO BREQ QSPCLK_1 RSPCK1 TIOC4A DREQO AUDCK Notes 1 These values must not be set in boot modes 0 and 1 2 Bold text indicates the function used R20UT0159EJ0100 Rev 1 00 RENESAS 2 15 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions Table 2 2 19 SH7269 Multiplexed Pin Functions RQSPI Peripheral Pin Name SH7269 Port Control Regist
45. G o o c o 2 o O D Lt 5 2 o c oD o cz 2 PO a G co D z O o p B 2 8o 223533 2853 o gt a E E E E E o2o80 26 5 E O Q e AnA NO a 50 o a 5 o a W s 1S 74 o ee a 2 Ox 5 E K en oo 2 zog Saa 3 gt o az zo o DIe Hem T f th Ider sid di Ye non 00000000 ooo 00000000 rp e TTO oo o a O oo 00 T 9 J2 aO SD card slot Sur LEM 2j HS gn Z z cs Be Pe O PA SA 00 Rt p O e EF se n 90 SK BE l SuperH 39 EE E Q C a ow 9 000000 a US 200000 DK30759 PP 00000 MADE IN JAPAN o a ooooooop oodooooc 0000000 o BS De R x N Ja 00040000001 gt gt gt o Ha on 04 Z w TTT We ee e Te a E o H c r IT A I E oo oo 00 BR BR BR m T noo MOLDE KS 2 P e ef aS 3e ts a N e 9 85 Ata L x cnc z Jz MV e eee TR a UCD 8e Sy a ETE NT t B B AL cd MALLA B a men ap E RE tee m Z2 Oo lt ORT TEEN ED ceo a a x 01 ot es RIJ 4l x D Of sh E cop s SOS PO E RB A CE a o O O a 5 7 u e e J NT e Y a 5 So BR BE eige ett a 9 Z 30 ooo w S gi AUS tee SBb So 0 BD S N 00000000000 oc Ux Bo o me n n 2 BA B ns e N O oF 9 SO O Jo U Bs gi En ce isi A he f O O 520 O Q s 0 x x 90 0000000000 a F Ux 0o ocooooooooo ALA MEA Figure 1 11 1 R20UTO0159EJO100 Rev 1 00 Dec 07 2011 24 NE
46. GND 0 0 c J17 is connected to the channel 2 CTx2 CRx2 R20UT0159EJ0100 Rev 1 00 sZ NC S AS 6 19 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification 6 1 13 12V Power Supply Connector J18 The M3A HS64G01 includes a system power supply connector J18 To avoid an improper insertion the pin number differs from it for the power supply connector on the CPU board Figure 6 1 14 shows power connector pin assignments Table 6 1 20 lists pin descriptions lt Top view of the component side gt lt Side view gt Figure 6 1 14 12V Power Supply Connector Pin Assignments J18 Table 6 1 20 12V Power Supply Connector Pin Descriptions J18 O3 qeu 00000 NG A GND oc R20UT0159EJ0100 Rev 1 00 sZ NC S AS 6 20 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification 6 1 14 12V Input AC Adapter Jack J19 The M3A HS64G01 includes an AC adapter jack J19 for DC12V input Figure 6 1 15 shows pin assignments for 12V input AC adapter jack Table 6 1 21 lists the pin descriptions lt Top view of the component side gt Figure 6 1 15 12V input AC Adapter Pin Assignments J19 Table 6 1 21 12V input AC Adapter Pin Descriptions J19 12V GND R20UT0159EJ0100 Rev 1 00 sZ NC S AS 6 21 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification 6 2 M3A HS64G01 Operating Com
47. HS64G01 These multiplexed pins are set as port input pins by default Set the MD bit in the Port control register to use the SH7269 peripheral functions except I O ports Table 3 2 13 Peripheral Pin Name Function BSC CSO CS3 RD WE0 DQMLL WE1 WE DQMLU RAS CAS CKE RD WR A24 A23 A22 A21 A20 A19 A18 A17 A16 A15 A14 A13 A12 A11 A10 A9 A8 AT A6 AS A4 A3 A2 A1 D15 D14 D13 D12 D11 D10 D9 D8 D7 D6 SH7269 Multiplexed Pin Functions BSC1 SH7269 Port Control Register Register Name PCCRO PCCR2 PCCRO PCCRO PCCR1 PCCR1 PCCR1 PCCR1 PCCRO PFCR3 PFCR2 PBCR5 PBCR5 PBCR5 PBCR4 PBCR4 PBCR4 PBCR4 PBCR3 PBCR3 PBCR3 PBCR3 PBCR2 PBCR2 PBCR2 PBCR2 PBCR1 PBCR1 PBCR1 PBCR1 PBCRO PBCRO PBCRO PDCR3 PDCR3 PDCR3 PDCR3 PDCR2 PDCR2 PDCR2 PDCR2 PDCR1 PDCR1 MD Bit Setting PCOMD B11 PC8MD 2 0 B 001 PC1MD B 1 PC3MD 1 0 B 01 PC4MD 1 0 B 01 PC5MD 2 0 B 001 PC6MD 2 0 B 001 PC7MD 2 0 B 001 PC2MD 1 0 B 01 PF13MD 2 0 B 001 PF8MD 2 0 B 001 PB22MD 2 0 B 001 PB21MD 1 0 B 01 PB20MD 2 0 B 001 PB19MD 2 0 B 001 PB18MD 2 0 B 001 PB17MD 2 0 B 001 PB16MD 2 0 B 001 PB15MD 2 0 B 001 PB14MD 2 0 B 001 PB13MD 2 0 B 001 PB12MD 1 0 B 01 PB11MD 1 0 B 01 PB10MD 1 0 B 01 PB9MD 1 0 B 01 T PB8MD 1 0 B 01 T PB7MD 1 0 B 01 PB6MD 1
48. HS64G01 Functions Table 3 2 23 SH7269 Multiplexed Pin Functions IEB Peripheral Pin Name SH7269 Port Control Register SH7269 Multiplexed Pin Name Function Register Name MD Bit Setting IEB IERxD PJCR7 PJ29MD 2 0 B 101 PJ29 SSIWS5 TIOC2A IERXD IETXD PJCR7 PJ30MD 2 0 B 101 PJ30 SSIDATAS TIOC2B IETxD Note Bold text indicates the function used Table 3 2 24 SH7269 Multiplexed Pin Functions SDHI Peripheral Pin Name SH7269 Port Control Register SH7269 Multiplexed Pin Name Function Register Name MD Bit Setting SDHI SD CD O PFCR5 PF16MD 2 0 B 001 PF16 SD CD O FCEZ IRQA4 MMC CD SD WP 0 PFCR5 PF17MD 2 0 B 001 PF17 SD WP O FRB IRQ5 SD D1 O PFCR5 PF18MD 2 0 B 001 PF18 SD D1 O SSISCK3 IRQ6 MMC D1 SD DO 0 PFCR5 PF19MD 2 0 B 001 PF19 SD DO O SSIWS3 IRQ7 MMC DO SD CLK 0 PFCR6 PF20MD 2 0 B 001 PF20 SD_CLK_0 SSIDATA3 MMC_CLK SD_CMD_0 PFCR6 PF21MD 2 0 B 001 PF21 SD_CMD_0 SCK3 MMC_CMD SD D3 0 PFCR6 PF22MD 2 0 B 001 PF22 SD_D3_0 RxD3 MMC_D3 SD D2 0 PFCR6 PF23MD 2 0 B 001 PF23 SD D2 O TxD3 MMC D2 SD CD 1 PJCRO PJOMD 2 0 B 011 PJO DV DATAO LCD DATAO SD CD 1 PWM1A SD WP 1 PJCRO PJ1MD 2 0 B 011 PJ1 DV DATA1 LCD DATA1 SD WP 1 PWM1B SD D1 1 PJCRO PJ2MD 2 0 B 011 PJ2 DV DATA2 LCD DATA2 SD D1 1 PWM1C SD DO 1 PJCRO PJ3MD 2 0 B 011 PJ3 DV DATAS LCD DATAS3 SD DO 1 PWM1D SD CLK 1 PJCR1 PJ4MD 2 0 B 011 PJ4 DV DATA4 LCD DATA4 SD CLK 1 PWM1E SD CMD 1 PJCR1 PJ5MD 2 0 B 011 PJ5 DV DATAS LCD DATAS SD CMD 1 PWM1F SD D3 1 PJCR1 PJ6
49. High ON Low SW6 3 Connected to the SDHI PWM character LCD interface Connected to VDC4 default Note Shading indicates the function to be set Table 4 6 2 M3A HS64G02 Jumper Setting JP3 Number 1 2 2 3 JP3 Connected to the character LCD interface default Connected to the SDHI Note Shading indicates the function to be set R20UT0159EJO100 Rev 1 00 Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions 4 7 UART Interface The SH7269 includes a Serial Communication Interface with FIFO SCIF SCIF channel 5 RxD5 pin and TxDS pin are connected to the UART connector 7 pin 2 5 mm pitch on the M3A HS64G02 at TTL level SCIF channel 5 RxD5 pin is multiplexed with VDC4 LCD_DATA22 pin and AUD AUDSYNC pin SCIF channel TxD5 pin is multiplexed with VDC4 LCD DATA23 pin and AUD AUDATAS pin Figure 4 7 1 shows the UART interface block diagram D Sub 9 pin SH7269 U1 RS 232C driver U15 RS 232C connector J10 LCD module interface UART connector J10 B7B XH PG22 LCD DATA22 RxD5 AUDSYNC PG23 LCD DATA23TxD5 AUDATAS Note Pin names in red indicate the function used Figure 4 7 1 UART Interface Block Diagram R20UTO159EJ0100 Rev100 R ah a a a I I I Dec 07 2011 ZENESAS SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions 4 8 CAN Interface The SH7269 includes RCAN TLI Renesas CAN Time Trigger Level 1 the Cont
50. JP8 select jumper IRQO CRX2 switch jumper g 0 JP9 79 me JE B B IRQ1 CTx2 switch jumper ld E ei MADE IN JAPAN U9 U10 X3 HLD LEG Bet AE Serial flash memories Oscillator socket EXTAL DK30867 T 1 JP4 x4 SSLO connect jumper Resonator 13 33MHz EXTAL cra El ma R65 H7 CEM H6 pa NESAS nt imum L J10 El IRS 232C connector o oe RAB USB VBUS power supply jumper X5 Resonator 32 768KHz RTC J1 USB series A receptacle 256 FEE HHH El RA4 OSC RAI RAE er i sw cm n FU J3 maj 8 X6 Pm H UDI port connector Oscillator 48MHz USB e ex 38 pin e 9 e em en ee C27 omz J7 x out H UDI port connector ss 14 pin CP33 zE mm cp 7 ur R161 SEA Mw o A eme o o o 00000 0000000000 6 5 5 2 a S 8 9 a o a o O o E E E E 2 Y o 5 5 gt 2 2 Com em K c c D gt gt gt N O e O A a E a E o 0 o o o c o cr 2 2 5 LO O o o o o o O o TD N g 2 9 y 6 08 O 8 8 8 E zc O a a fo L T O l a o 2 2 Q 2 6 N S 8 Q T m 5 XxX 0 D Do on m aa m m t o A c c A 5 lt 50 a tn e e 2 2 JP15 JP16 Figure 1 6 1 1SH7269 CPU Board Layout and Component Placement Top View of the Component Side R20UT0159EJ0100 Rev 1 00 Dec 07 2011 s LEC NEC S AS SH7269 CPU Board ROK572690C000BR J13 SD card slot CN8 Expansion connector 5 1 E E Sla Ee
51. LCD DATA22 LCD TCONA IRQ1 CTx2 LCD TCON5 IRQ2 CRx1 CRxO CRx1 CTxO amp CTx1 amp CTx2 A15 PJ23 DV DATA23 LCD DATA23 LCD TCON6 2 gt O gt O 5 00 o 5V power supply 3 3V power supply GND R20UT0159EJ0100 Rev 1 00 244 NESAS 5 18 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 5 R0K572690C000BR Operating Specification 5 2 R0K572690C000BR Operating Components Figure 5 2 1 shows the operating components for the ROK572690C000BR a 5 5 5 a lt Top view of the component side gt a 5 D o x amp E g 5 c 5 ES 2 8 35 z 2 a S 5 o a 5 E a E gt Er 5 e un 5 2 g 39 zz zo z8 3 Ar N oz nw 02 3 UD mao a H nn S T LED2 LED3 6666666966 T 666 a ee FF Ex j a E em one ss User LED i AO ism Y ra S i A i J z aug dE GSL ry 1 EERE 4 gt Te G 3 mm es LED imus le i Power LED E XIS cM 5 a JP13 Moa Teba A Ik 1 25V power switch jumper ms E n A ufus dm iR Ba gm 1 ITS Hn EL m Ea LEN gt EF JP12 i T7 la n 3 3V power switch jumper ELLEELLE LL Bie TL dA aldo Li i Js gums amas pal oan Li m JP8 IRQ1 CTx2 switch jumber JP9 IRQO CRx2 switch jumper eru ia mu R Soi N JAPAN ES E SH7269 CPU Board _ mr oc p RT pape p LE mE sm raa EN 3 GERE e e JP4 Sera rn SSL A18 switch jumper T K m TS K g A NR E
52. LCD module Figure 3 6 1 shows the SD card interface block diagram Table 3 6 1 lists the DIP switches setting SW6 3 Table 3 6 2 lists the jumper setting JP2 Expansion connector CN7 8 Device which is connected to the SSIF SH7269 U1 DV or SD U22 LCD or SD U1 SD card slot J2 PJ7 DV_DATA7 SD D2 1 PWM1H PJ6 DV DATAG SD D3 1 PWM1G PJ5 DV_DATA5 SD_CMD_1 PWM1F PJ4 DV_DATA4 SD_CLK_1 PJ3 DV_DATA3 SD_DO_1 PWM1D PJ2 DV DATA2 SD D1 1 PWM1C PJ1 DV DATA1 SD WP 1 PWM1B PJO DV DATAO SD CD 1 PWM1A D mn When SD card is inserted DIP switches p COMMON and CD are made conductive SW6 S When SD card is write enabled PJ25 SSIWS4 Character LCD interface WP and COMMON are made conductive PJ24 SSISCK4 PJ30 SSIDATAS IETxD PJ29 SSIWS5 IERxD PJ28 SSISCK5 PF12 SSIDATA1 PF11 SSIWS1 PF10 CS1 SSISCK1 Note Pin names in red indicate the function used Optional Figure 3 6 1 SD Card Interface Block Diagram Table3 6 1 DIP Switches Setting SW6 3 Number Function OFF High ON Low SW6 3 Connected to the SDHl character LCD interface default Connected to VDC4 M3A HS64G02 Note Shading indicates th
53. LCD module D19 pin CN10 R3 pin B12 PG20 DV DATA6 LCD DATA20 Connected to LCD module D20 pin CN10 R4 LCD_DATA20 LCD_TCON3 pin B13 PG21 DV_DATA7 LCD_DATA21 Connected to LCD module D21 pin CN10 LCD_DATA21 LCD_TCON4 AUDATA2 Connected to the H UDI port pin A14 AUD TxD4 AUDATA2 connector J3 PG22 LCD_DATA22 LCD_DATA22 Connected to LCD module D22 pin CN10 Ra 5 PJ8 DV_DATA8 LCD_DATA8 PINTO PWM2A CTS5 PJ9 DV DATA9 LCD DATA9 PINT 1 PWM2B RTS5 PG18 DV_DATA4 LCD_DATA18 SPDIF_IN PG19 DV DATA5 LCD DATA19 SPDIF OUT LCD DATA19 LCD TCONS RxD5 AUDSYNC Connected to the H UDI port AUDSYNC connector J3 Connected to the UART connector CN1 pin 15 TTL level J10 PG23 ILCD DATA23 CN10 LCD_TCON6 TxD5 Connected to the H UDI port pin A15 AUDATA3 connector J3 J10 PG24 LCD CLK LCD CLK Connected to LCD module CLK pin CN9 pin 23 CN10 pin A16 Connected to LCD module VSYNC CNQ pin 19 PG25 LCD_TCONO LCD_TCONO pin CN10 pin B16 Connected to LCD module HSYNC CN9 pin 21 pin CN10 pin A17 PG26 LCD TCON1 LCD TCON1 Ce co Dec 07 2011 SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions Table 3 2 9 SH7269 Pin Functions 9 11 Symbol Description Expansion AA ar er QSPCLK 1 RSPCK1 RSPCK1 memory 2 SCK pin TIOCAA DREQO AUDCK Connected to the H UDI port AUD RSPCK1 Connected to the CD deck NEN E ems NN U6 CCLK pin 194 T ee aaa 195 PF1 BACK QSSL_1 QSSL
54. LCD_DATA10 NLD DAA av NEED DAA an eona E 1is LCD_DATA15 4 VDD NEED DMAE LCD_DATA15 NEED DATA E LCD DATA14 Ka mae T ARANE LCD_DATA15 ig LCD_DATA11 g LGD DATATS NLCD DATA4 7 LCD_DATA10 g ESD_DATA11 eoan Al LCD DATAS p LCD_DATA10 ie LCD DATATZ pt 22 D DATAS 10ko NDMA pp 2 LCD_DATA8 Ri OQ 24 EED RATAA E T 3VCC TAA PG17 LCD HSYNC R109 a ae 23 LCD_DATAS R SE RIM oo TTT a ERE ae R112 f og AS LCD DATA2 10KQ PG19 LCD_CLK Z 29 R166 Z 5VCC LCD_DATA1 a LGD_DATA2 l 30 47kQ LCD DATAO g LCP_DATA1 a IS A o LCD_DATAO L 32 PG19 LCD CLK 234 GND mn PG17 LCD_HSYNC S E Y DE UE PWM Ry a Ta 36 PG16 LCD_VSYNC 25 PWM E PGIBILCD DE ees e 8 LCD M DISP D 21 S 28 L ao 088 e 18pF ao IMSA 9619S 40 LCD jarra il XG4C 30 E 4 Vehicle use M3A HS64G01 Renesas Solutions Corp DRAWN CHECKED DESIGNED APPROVED LCD Module Connector DK30759 IEBus Driver 5VCC CP25 0 1uF 25V CP26 R172 20pF 4 7KQ HA12187FP Voltage Level Shifter 3V lt gt 5V 3VCC TP2 TP3 JP4 3V gt 5V O iel HW 2P C C R118 CP19 3VCC 5VCC CP20 3VCC JP5 El E ENDS 4 7KQ 0 1uF 25V 0 1uF 25V HW 3P 5VCC U13 1 TxD VCC 2 PJO CTxO IETxD E o AO a 2 7 PJ2 CTXI LCD M DISP gt ds CANO GND SN74LVC2T45DCT 1 2 RCANO Terminat
55. LCD_DATA17 AUDATA1 PG16 WE2 ICIORD DQMUL LCD_DATA16 AUDATAO PG15 D31 LCD DATA15 PINT7 PG14 D30 LCD DATA14 PINT6 PG13 D29 LCD DATA13 PINT5 PG12 D28 LCD DATA12 PINT4 PG11 D27 LCD DATA11 PINT3 TIOC3D PG10 D26 LCD DATA10 PINT2 TIOC3C PG9 D25 LCD_ DATAQ PINT1 TIOC3B PG8 D24 LCD_DATA8 PINTO TIOC3A PG7 D23 LCD DATAT IRQ7 TIOC2B PG6 D22 LCD DATAG IRQ6 TIOC2A PG5 D21 LCD DATA5 IRQ5 TIOC1B PG4 D20 LCD_ DATA4 IRQ4 TIOC1A PG3 D19 LCD_ DATA3 IRQ3 TIOCOD PG2 D18 LCD DATA2 IRQ2 TIOCOC PG1 D17 LCD DATA1 IRQ1 TIOCOB PGO D16 LCD DATAO IRQO TIOCOA 241 NESAS e SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions Table 2 2 24 Peripheral Function PWM Note Table 2 2 25 Peripheral Function PORT Note R20UTO159EJ0100 Rev 1 00 Dec 07 2011 SH7269 Multiplexed Pin Functions PWM Pin Name PWM2H PWM2G PWM2F PWM2E PWM2D PWM2C PWM2B PWM2A SH7269 Port Control Register Register Name PJCR3 PJCR3 PJCR3 PJCR3 PJCR2 PJCR2 PJCR2 PJCR2 Bold text indicates the function used MD Bit Setting PJ15MD 2 0 B100 PJ14MD 2 0 B100 PJ13MD 2 0 B 100 PJ12MD 2 0 B 100 PJ11MD 2 0 B100 PJ10MD 2 0 B100 PJ9MDJ 2 0 B 100 PJ8MD 2 0 B 100 SH7269 Multiplexed Pin Functions PORT Pin Name PJ16 PJ17 PJ18 PJ19 SH7269 Port Control Register Register Name PJCR4 PJCR4 PJCR4 PJCR4 Bold text indicates the function used MD Bit Setting PJ1
56. Muwshe omita PJ19 DV_DATA19 PJ19 Connected to LED3 as user output CN11 pin A12 EN LCD DATA19 MISOO TIOCOD port 2 SIOFRxD AUDIO XOUT DV DATA19 DV input CN7 pin 40 ST H TE Ein PJ20 DV_DATA20 ee AE JP9 1 2 LCD DATA20 LCD TCON3 DV DATA20 DV input CN11 pin B4 JP9 2 3 xdi DUE _AA EH ENSE n bus pin 12 QIO2 1 Connected to serial flash memory 2 SPBIO2 1 102 A i IRQ1 IRQ1 switch Ere sr ae JP8 1 2 LCD DATA21 LCD TCON4 DV DATA21 DV input CN11 pin A14 JP8 2 3 IRQ1 CTx2ICTx08CTx18CTx2 Z O Z O O CNf pin 18 PJ22 DV_DATA22 DV_DATA22 DV input CN11 pinB14 LCD DATA22 LCD TCON5 LCD TCON5 Connected to LCD module DE pin CN1 pin 24 IRQ2 CRx1 CRx0 CRx1 CN10 pin B17 PJ23 DV_DATA23 DV DV DATA28 DV input CN11 pin A15 CN11 pin A15 A15 LCD DATA23 LCD TCONG LN TCONG Connected to the LCD module CN1 pin 18 IRQ3 CTx1 CTx0 amp CTx1 M_DISP pin CN10 pin B18 QUIS 1 E A to serial flash memory 2 SPBIO3_1 103 pin QIO2 0 Connected to serial flash memory 1 TONOS 0 102 a QIO3_0 Connected to serial flash memory 1 pum 0 103 pin Legend 3 3V power supply a power supply GND R20UT0159EJ0100 Rev 1 00 241 NESAS 2 3 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions Table 2 2 3 SH7269 Pin Functions 3 10 q e omm m9 Tess Connector RSPCKO SPBCLK BR nn re 52 PB18 A18 QSSL_0 SSLOO CN4 pin 5 SPBSSL
57. NAFO PWM2A PD7 D7 FWE PWM1H PD6 D6 FALE PWM1G 3 14 SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions Table 3 2 14 Peripheral Function BSC SH7269 Multiplexed Pin Functions BSC2 Pin Name SH7269 Port Control Register Register Name MD Bit Setting D5 PDCR1 PD5MD 1 0 B 01 D4 PDCR1 PD4MD 1 0 B 01 D3 PDCRO PD3MD 1 0 B 01 D2 PDCRO PD2MD 1 0 B 01 D1 PDCRO PD1MD 1 0 B 01 DO PDCRO PDOMD 1 0 B 01 Notes 1 These values must be set in boot modes 2 to 5 2 Bold text indicates the function used Table 3 2 15 Peripheral Function INTC SH7269 Multiplexed Pin Functions INTC Pin Name SH7269 Port Control Register Register Name MD Bit Setting IRQ1 PJCR5 PJ21MD 2 0 B 100 IRQ2 PJCR5 PJ20MD 2 0 B 100 Note Bold text indicates the function used Table 3 2 16 Peripheral Function SCIF SH7269 Multiplexed Pin Functions SCIF Pin Name SH7269 Port Control Register Register MD Bit Setting Name RxD2 PFCR3 PF14MD 2 0 B 100 TxD2 PFCR4 PF15MD 2 0 B 100 TxD5 PGCR5 PG23MD 2 0 B 100 RxD5 PGCR5 PG22MD 2 0 B 100 SCK5 PJCR2 PJ10MD 2 0 B 101 RT S5S PJCR2 PJ9MD 2 0 B 101 CTS5H PJCR2 PJ8MD 2 0 B 101 Note Bold text indicates the function used Table 3 2 17 Peripheral Function IIC3 Note Bold test indicates the function used R20UT0159EJ0100 Rev 1 00 Dec 07 2011 SH7269 Multiplexed Pin Functions 11C3 Pin Name SH7269 Port Control R
58. PAO 6 116 3 EW La PAO MD BOOTO Vin MNR14 4 7kQ MNR14 220 4 5 8 PE 7O gt LE PA1 MD_BOOT1 ROEM 2 MD CLKO p VN CY PE2 LWRH 470 Pei NBE PEO SRL TOLKA LCD EXTCLK 7 BI BRE 4 8 PE2 SCL1 CN 5 ae Nims emma SET PE1 SDA0 TCLKB AUDIO CLK DV_CLK JP9 HWP 3P G 48 PES SDA1 amp I Wis ATO PES A me PE2 SCL1 TCLKC IOIS16 DV_VSYNC S PE3 SDA1 TCLKD ADTRG DV HSYNC PJO DV DATAO LCD DATAO SD CD 1 PWM1A lt jPJ20 RQO 8 E 1 PE4 SCL2 RXD4 DV VSYNC PJ1 DV DATA1 LCD DATA1 SD WP 1 PWM1B pH PES SDA2 RXD5 DV_HSYNC PJ2 DV DATA2 LCD DATA2 SD D1 1 PWM1C Oe M PE6 SCL3 RXD6 PJ3 DV DATA3 LCD_DATA3 SD_DO_1 PWM1D Interrupt PE7 SDA3 RXD7 PJ4 DV_DATA4 LCD_DATA4 SD_CLK_1 PWM1E 8 AN 7 0 L gt PJ5 DV_DATA5 LCD_DATA5 SD_CMD_1 PWM1F lt JPJ21 IRQ1 6 PJ6 DV_DATA6 LCD DATA6 SD D3 1 PWM1G ANO g PJ7 DV DATA7 LCD_DATA7 SD_D2_1 PWM1H Se rT PHO ANO PINTO PJ8 DV DATA8 LCD_DATAS PINTO PWM2A CTS5 Se PH1 AN1 PINTA PJ9 DV_DATA9 LCD DATA9 PINT1 PWM2B RTS5 10 BE PH2 AN2 PINT2 PJ10 DV DATA10 LCD DATA10 PINT2 PWM2C SCK5 HS PH3 AN3 PINT3 PJ11 DV_DATA11 LCD_DATA11 PINT3 PWM2D SCK6 ME 3B PHA AN4 PINTA PJ12 DV DATA12 LCD DATA12 PINTA PWM2E SCK7 Sm PH5 AN5 PINTS LCD_EXTCLK PJ13 DV_DATA13 LCD_DATA13 PINT5 PWM2F TXD5 Ca a PH6 AN6 PINT6 PJ14 DV_DAT
59. PD4 D4 FRE PWM1E FCE PFCR5 PF16MD 2 0 B 011 PF16 SD CD O FCEZ IRQ4 MMC CD FRB PFCR5 PF17MD 2 0 B 011 PF17 SD_WP_O FRB IRQ5 Notes 1 These values must be set in boot modes 2 to 5 2 Bold text indicates the function used Table 4 2 21 SH7269 Multiplexed Pin Functions RSPI Peripheral Pin Name SH7269 Port Control Register SH7269 Multiplexed Pin Name Function Register Name MD Bit Setting RSPI MISOO PBCR5 PB20MD 1 0 B 11 I PB20 A20 QMI 0 QIO1 0 MISOO SPBMI 0 SPBIO1 0 MOSIO PBCR4 PB19MD 1 0 B 11 PB19 A19 QMO 0 QIO 0 MOSIO SPBMO O SPBIOO 0 SSLOO PBCR4 PB18MD 1 0 B 11 PB18 A18 QSSL_0 SSL00 SPBSSL RSPCKO PBCR4 PB17MD 1 0 B 11 PB17 A17 QSPCLK_0 RSPCKO SPBCLK MISO1 PFCRO PF3MD 2 0 B 011 PF3 CS24 OMI 1 QIO1 1 MISO1 TIOC4D AUDIO XOUT SPBMI 1 SPBIO1 1 MOSI1 PFCRO PF2MD 2 0 B 011 PF2 WAITZ QMO 1 QIOO 1 MOSM TIOC4C TENDO SPBMO 1 SPBIOO 1 SSL10 PFCRO PF1MD 2 0 B 011 PF1 BACK QSSL_1 SSL10 TIOC4B DACKO RSPCK1 PFCRO PFOMD 2 0 B 011 PFO BREQZ QSPCLK 1 RSPCK1 TIOCA4A DREQO AUDCK Notes 1 These values must not be set in boot modes 0 and 1 2 Bold text indicates the function used R20UT0159EJ0100 Rev 1 00 RENESAS 4 16 Dec 07 2011 SH7269 CPU Board ROK572690C000BR Table 4 2 22 Peripheral Function RQSPI SH7269 Multiplexed Pin Functions RQSPI Pin Name QIO3 0 QIO2 0 QIO1 0 QIOO 0 QSSL 0 QSPCLK 0 QIO3 1 QIO2 1 QIO4 1 QIOO 1 QSSL 1 QSPCLK 1 SH7269 Port Control Re
60. PFA SSISCKO SGOUT 0 2B PF5 SSIWS0 SGOUT_1 PF 7 4 cannot use the PWM function 2C PF7 SSIRxDO SGOUT 3 2D PF6 SSITxDO SGOUT 2 o 3 3V vee D 3 3V DV DATA8 PWM2A T GND PJ8 PJ10 DV DATA10 PWM2C ONO S n PJ12 DV DATA12 PWM2E 177 PJ13 DV DATA13 PWM2F DIP switches SW6 4 PJ9 DV DATA9 PWM2B a lt 2E La zr PJ14 DV DATA14 PWM2G 2G PJ15 DV DATA15 PWM2H 2H PJ11 DV_DATA11 PWM2D PWM output connector CN11 Note Pin names in red indicate the function used 33V Figure 4 10 1 PWM Interface Block Diagram Table 4 10 1 R0K572690C000BR System Setting DIP Switches SW6 4 Number Function OFF High ON Low SW6 4 Connected to the SDHI PWM character LCD Interface Connected to the VDC4 default Note Shading indicates the function to be set Table 4 10 2 M3A HS64G02 Jumper Setting JP3 Number 1 2 2 3 JP3 Connected to the PWM interface default Connected to the SDHI SSIF PORT interface Note Shading indicates the function to be set R20UT0159EJO100 Rev 1 00 Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions 4 11 MTU2 Interface The SH7269 includes a Multi Function Timer Pulse Unit 2 MTU2 consists of five channels of 16 bit timer counter LEDs are conne
61. PJ15MD 2 0 B 100 PWM2G PJCR3 PJ14MD 2 0 B 100 PWM2F PJCR3 PJ13MD 2 0 B 100 PWM2E PJCR3 PJ12MD 2 0 B 100 PWM2D PJCR2 PJ11MD 2 0 B 100 PWM2C PJCR2 PJ10MD 2 0 B 100 PWM2B PJCR2 PJ9MD 2 0 B 100 PWM2A PJCR2 PJ8MD 2 0 B 100 Note Bold text indicates the function used R20UTO159EJ0100 Rev 1 00 Dec 07 2011 24 NESAS 3 20 SH7269 CPU Board ROK572690C000BR Table 3 2 30 Peripheral Function PORT Note Bold text indicates the function used R20UTO0159EJO100 Rev 1 00 Dec 07 2011 SH7269 Multiplexed Pin Functions PORT Pin Name PJ16 PJ17 PJ18 PJ19 PJO PJ1 PJ2 PJ3 PJ4 PJ5 PJ6 PJ7 PJ12 PJ13 PJ14 PJ15 PJ27 PE6 PE7 PE9 SH7269 Port Control Register Register Name PJCR4 PJCR4 PJCR4 PJCR4 PJCRO PJCRO PJCRO PJCRO PJCR1 PJCR1 PJCR1 PJCR1 PJCR3 PJCR3 PJCR3 PJCR3 PJCR6 PECR1 PECR1 PECR2 MD Bit Setting PJ16MDJ 2 0 B 000 PJ17MD 2 0 B 000 PJ18MD 2 0 B 000 PJ19MDJ 2 0 B 000 PJOMD 2 0 B 000 PJ1MD 2 0 B 000 PJ2MD 2 0 B 000 PJ3MD 2 0 B 000 PJ4MD 2 0 B 000 PJ5MD 2 0 B 000 PJ6MDJ 2 0 B 000 PJ7MD 2 0 B 000 PJ12MD 2 0 B 000 PJ13MD 2 0 B 000 PJ14MD 2 0 B 000 PJ15MD 2 0 B 000 PJ27MD 2 0 B 000 PE6MD 1 0 B 00 PE7MD 1 0 B 00 PE8MD 2 0 B 000 3 M3A HS64G01 Functions SH7269 Multiplexed Pin Name PJ16 DV DATA16 LCD DATA16 RSPCKO TIOCOA SIOFSCK PJ17 DV DATA17 LCD DATA17 SSLO
62. PJ21 IRQ1 2 S 5 14 1 IRO1 CE21 U14C U14D J7 CP83 CP84 SW4 S 2 2uF 10V SN74LVC14 3 SN74LVC14 3 2514 6002 0 1uF 0 1uF B3SN 3012 SWITCH Q ASEBRKAK ASEBRK NC1 40 NC2 3VCC vcc H3 CP85 TEST SWITCH R T d c SEL K a c 3VCC 2 4 7 8 RES L gt 4 TP5 TEST U14E U14F SW7 TEST 2 24F 10V SN74LVC14 3 SN74LVC14 3 B3SN 3012 3VCC User Port R128 R129 1 5kQ 1 5kQ 2 5 8 PJ 31 0 lt gt LED2 LED3 TP6 TP7 SML 311YT SML 311YT 2 8 PA 2 0 PJ18 PJ19 ROHM ia O Y Y PJ18 System Switch as La 3 Serial Port Connector COM P pied J10 3VCC XM2C 0942 132L SW5 R137 OMRON A6S 4104 4 7kQ U15 OMRON a R134 MAX3222E O i 8 PA2 PA2 MD CLKO 2458 PFI23 0 lt _ gt 4 70 MAXIM 4 4225504 PAO MD BOOTO TL 85 237 Br ME ee PA1 MD_BOOT1 PF14 RxD2 TxDO 4 AR PFIS TxD2 R1OUT RIN E JPCO MD_BOOT2 2 Ea 08 TIIN TOUT E T2IN T20UT Cis C18 0 1uF C19 C20 0 1uF 1 0 1uF A User Switch 3VCC C1 ON Low OFF Hi 3VCC C2 3VCC En s eet C21 9 0 1uF 6 SW6 R144 R146 R140 CP86 CE23 A6S 6104 4 7kQ 4 7kQ R147 odia 1 l 0 1uF 4 7uF 10V A gt EXTH SDRAM 2 PASE RENE ue i pS ARA L e NE SE on ee usd Me Ed nn en a A o 0 1uF S L SSIF IEB 8 Op hug pu T S Iu mj 4 A ROROJ2090CU0DBR Renesas Solutions Corp x W Z KG T O 1 2 3 4 5 5V TO 1 25V STEP
63. Pin No Signal Name 25 PJe DV DATA6 LCD DATA6 SD D3 1 26 GND PWM1G PJ24 SGOUT_0 SSISCK4 LCD TCON3 SPDIF IN SCK7 27 PJ26 SGOUT 2 SSIDATA4 LCD_TCON5 28 PJ7 DV_DATA7 LCD_DATA7 SD_D2 1 TxD7 PWM1H PJ31 DV CLK PJ25 SGOUT 1 SSIWS4 LCD TCONA SPDIF OUT RxD7 TIOC4A DREQO AUDCK ee e PJ13 DV DATA13 LCD DATA13 PINTS TIOC4C TENDO SPBMO 1 SPBIOO 1 PWM2F TxD5 el TIOC4D AUDIO XOUT SPBMI_1 SPBIO1 1 PF4 CS5 CE1A SSISCKO SGOUT 0 PF7 SSIRXDO RXDO SGOUT 3 CTS1 SSIRXDO RXDO SGOUT 3 CTS14 PJ19 DV DATA19 LCD DATA19 MISOO TIOCOD SIOFRxD AUDIO XOUT Legend 5V power 3 3V power GND Table 7 1 6 Descriptions of Pins for Connecting to R0K572690C000BR 6 CN9 Pinno SignalName PinNo Signal Name PGO D16 LCD DATAO IRQO TIOCOA PG2 D18 LCD DATA2 IRQ2 TIOCOC 5 GND J PG4 D20 LCD DATA4 IRQ4 TIOC1A 7 PG6 D22 LCD DATA6 IRQ6 TIOC2A 8 PG5 D21 LCD DATA5 IRQ5 TIOC1B s PGz Dzs LCD DATAT IRGT TIOCB 10 GND PG8 D24 LCD DATA8 PINTO TIOC3A PG10 D26 LCD_DATA10 PINT2 TIOC3C 23 PG24 LCD CLK 24 PJ22 DV DATA22 LCD DATA22 PG27 LCD TCON2 LCD EXTCLK NC 27 PJ12 DV DATA12 LCD DATA12 PINT4 28 PFO BREQ QSPCLK 1 RSPCK1 PJ27 SGOUT 3 TIOC1A CTS7 PF2 WAIT QMO 1 QIOO 1 MOSI1 Legend 5V power 3 3V power R20UT0159EJ0100 Rev 1 00 ZEN ESAS 7 5 Dec 0
64. Q c 2 o a o Hw G Y B Y 32 c T a E oO O 8 9 S S 92 3 g 5 E Q z 5 e 5 o 5 e S o S NS 5 Eo om ee pe at zu ZR ZE 288 22 Zo a me P6 JP7 54 5 1 5 1 OG OO OO olo OW OO S 30 i TN t ow E JP3 CAN ch0 terminate jumpers N gl LO E da Piz ey gae k i PWM SD SSIF PORT J14 k id uti switch jumper CAN connector O I nT PiPIPLIT bs iia ata J15 S Sm CAN connector 1 i A T d TE Hlod Jak ei JP10 JP11 f E E LLL SLAP L a E ven CAN ch1 terminate jumpers i R it pE NO JP4 CTx1 pin connect jumper g JP8 2 ower supply switch CRx1 pin connect jumper zb pply J17 SW2 to SW17 12 V power supply connector Key input switches JP12 Power switch jumper J5 PWM connector J18 12 V input AC adapter jack 45 PW 7 dir J16 MTU2 connector Xu BER 8 Jur HAGI M run run Xx K o a 6 6 6 N lt amp En u O o o O 9 5 I 2 2 2 8S o Ww Q o O o E D o o o z lo c C 2 E E OP p 5 5 P amp 3 9 S G o o S eN NO c c im o 5 Q O O O i z0 zog 9 e 3 O o Y c o St Y Y o 9 O A o o o n uE 7 b a 8 o 3 5 5 N lt 9 o 9 5 UU 5 o 5 3 5 co Q 2 KE 3 230 En O O o SA SY gt Tu o Go E o ur 90 E E E 0 9 o O o 5 K a 5 e 2 3 3 2 3 Z B Z o 3 g vw vw LU 2 gt UU 5315 53 XOZ 3 lt LU JM A S E a n EE 2000405 mN NER Pan en 06000600006 ay 0 OOO DODO i 6066066000006 b jJ ces Lj LE ea Mn ww a
65. QSSL 0 Connected to serial flash SSLO0 memory 1 CS pin SPBSSL PB19 A19 QMO_O QI00_0 A19 CN4 pin 4 MOSIO QMO 0 QIOO 0 Connected to serial flash SPBMO O SPBIOO 0 MOSIO memory 1 SI pin SPBMO O0 SPBIOO 0 PB20 A20 QMI_0 QIO1_0 A20 CN4 pin 3 MISOO SPBMI_0 SPBIO1_ 0 QMI_0 QIO1_0 Connected to serial flash MISOO memory 1 SO pin SPBMI_0 SPBIO1_0 as ves IA A CN4 pin 2 EE EE EE CN4 pin 1 59 PCO CSO MD_BOOT2 CSO Connected to NOR flash CN6 pin 5 memory CE pin mode input 2 E nn CN6 pin 20 EA o area eee mode input 0 EE MA EA p PA1 MD ROOT MD ROOT Connected to SW5 3 as boot CN1 ping RES low mode input 1 Jem pr RTS7 67 PJ29 SSIWS5 TIOC2A CN7 pin 24 IERxD CN1 pin 19 OFF PJ30 SSIDATA5 TIOC2B CN7 pin 23 IETxD CN1 pin 20 OFF uL RN TU pe ening O LCD EXTCLK AUDIO CLK DV CLK 72 PE2 SCL1 TCLKC IOIS16 Connected to EEPROM SCL CN7 pin7 NN ll DV_VSYNC pin Le MS 73 PE3 SDA1 TCLKD ADTRG SDA Connected to EEPROM SDA CN7 pin 10 NN DV_HSYNC pin Le MAA AA O NATA PAI Legend 3 3V power supply 1 25V power supply GND R20UT0159EJ0100 Rev 1 00 24 NESAS Dec 07 2011 2 4 SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions Table 2 2 4 SH7269 Pin Functions 4 10 Symbol Description Expansion Connector 74 PE4 SCL2 RxD4 DV_VSYNC DV_VSYNC DV input CN11 pin A17 M PES SDA2 RXD5 DV HSYNC DV HSYNC DV input CN11 EM pin B17 76 PEG SCL9
66. ROK572690C000BR 3 M3A HS64G01 Functions Table 3 2 6 SH7269 Pin Functions 6 11 Symbol Description Expansion Connector ee PG1 D17 LCD DATA1 LDC DATA1 Connected to LCD module D1 pin CN9 pin 1 IRQ1 TIOCOB CN10 E B1 PG2 D18 LCD DATA2 LCD DATA2 Connected to LCD module D2 pin pin 4 IRQ2 TIOCOC CN10 pin A2 A II A Er AUDIO X2 AUDIO X2 PDD anns AUDIO X1 AUDIO X1 Connects the audio external clock LEN 11 2896MHz to MCU 144 ys o O o po o y 145 PGS3 D19 LCD DATA3 LCD DATA3 Connected to LCD module D3 pin CNQ pin 3 B3 IRQ3 TIOCOD CN10 pin B2 E ER MAMAS Ee AAN NNNM IRQ4 TIOC1A CN10 pin B3 IRQS TIOC1B CN10 pin A4 er Jue mem Le IRQ6 TIOC2A CN10 pin B4 ML TTE IRQ7 TIOC2B CN10 pin B4 PJO DV_DATAO DV_DATAO DV input CN11 pin Ag O LCD DATAO SD CD 1 Connected to the character LCD CN7 pin 15 SW6 3 OFF PWM1A DB7 pin SD CD 1 ei to the SD card slot CD A Connect to DAC1 U11 BICKI CN7 pin 17 uM 3 ON 152 PJ1 DV DATA1 ex S input CN11 pin B6 eu LCD DATA1 SD WP 1 PJ1 E nail to the character LCD CN7 pin 16 SW6 3 OFF PWM1B Eli pin Connected to DAC1 U11 LRCKI CN7 pin 20 SW6 3 ON A oma seno Mss O oo T PINTO TIOC3A CN 10 pin A6 pop eeu 156 Vcc 157 PJ2 DV DATA2 DV DATA2 DV input CN11 pinAt0 LCD DATA2 SD D1 1 PJ2 E n ad to the character LCD CN7 pin 13 SW6 3 OFF v on a D SD D1 1 EES to the SD card slot DP NN AA www mum Y al I
67. Rev 1 00 Dec 07 2011 434 NESAS Para Flexible connector for TX09D14VM3CAA J11 R5 to RO G5 to GO B5 to BO VEN VDD2 DCLK 6 67 MHz DTMG Data Enable Signal VREV HREV DIM Dimming Control Signal TMZ Thermistor Output Flexible connector for TXO9D55VM1CDA J10 R5 to RO G5 to GO B5 to BO DCLK 5 33 MHz DTMG Display Timing Signal Vctrl Backlight Control Signal PCI Power Control Signal MIL spec connector J12 LCD DATA15 to LCD DATAO LCD CLK VDD1 LCD DE VDD2 LCD VSYNC GND LCD HSYNC LCD M DISP Jumper less H PWM ONES LCD Module Interface Block Diagram o a e Qe lt a lt 4 22 SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions 4 3 2 Character LCD Module with LED Backlight The M3A HS64G02 includes a connector for 16 x 2 semi transmissive character LCD module SD1602H Sunlike The SH7269 general purpose port output controls the character LCD modules The M3A HS64G02 is intended only for writing from the SH7269 to the character LCD modules Therefore the character LCD module R W signal is fixed low The M3A HS64G02 also includes a variable resistor VR 1 for the LCD driver voltage adjustment to control the LCD contrast and a variable resistor VR2 for LCD backlight adjustment SH7269 PJ7 to PJO pins are multiplexed with VDC4 pins on the ROK572690CO000BR and the module to use is specified by SW6 3 on the ROK572690C000
68. Rev 1 00 24 NESAS 3 12 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions 3 2 3 M3A HS64G01 Module Availability Table 3 2 12 shows which combination of modules can cannot be used Table 3 2 12 M3A HS64G01 Module Availability ROK572690C000BR ROK572690C000BR M3A HS64G01 SH7269 Component Peripherals MOGUIB Name Serial flash memory 2 SD MMC card UDI 14 pin UDI 38 pin IRQ1 switch DIP switches Character LCD Se SS ee IEEE ARE LE x EEPROM S E EPI EE Serial flash memory 1 NOR flash memory x Y SDRAM NAND flash memory EEPROM Serial flash memory 1 Serial flash memory 2 USB SD MMC card H UDI 14 pin H ES 38 pin YIN Ba Y N Y EA Ea LY EX Y Y Ba Y lt aaia EERE 1 iY Y vYv v vY Y BB Y Y v v v vY Y BENE Y Y v v v v Y Bay cam YT Y Ed SET Ea EA na Y EA EA EA Ea Ea Y RA Y Ea Ea EA EX Ea Y SZ EXA ES 5 Ea Y Y EN CIE EA E BA EA DC4 BARABAS AAA RALEA EA Y L ent dov KIKIR KRI KIRRI viv Y 0 ES N CN11 PWM YI YY yy yy jy yy jy E 8 NA DENS J1 I CharactertcD __ Y Y Y vY Y Y vY Y vY vY vY vY vY v N 9 DHI VA AAA KAKES SCE VOI RR N SIF RSPI U6 Audio codec TTT exc carac EA EJEA EACT EA SIF IIC3 U11 D A Converter 1 EXCESS aaa EANA ES EET Ea SIF IIC3 U12 D A Converter 2 Era aras TNI VLAS EN TY Y EY enm v EA MEAR RS aaa a EX OY T ES EYE es E EST EXE EXC carana ESTE SEES EXE EAR E
69. SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions 2 9 Reset Module A reset IC controls reset signals connected to the SH7269 flash memory and peripheral I Os on the ROK572690C000BR There are two system reset options power on reset and reset by switch Figure 2 9 1 shows the reset module block diagram 38 pin H UDI port connector J3 ORES RNA50C27AUS U20 gt EN pin of the 1 25 V DC DC 14 pin H UDI port connector J7 C RESZ SH7269 U1 NOR flash memory U4 CIRESET Reset IC output delay time td 330 kO x 0 1 uF 33 ms RS 232C driver U15 Q SHDN Expansion connector CN7 Optional Figure 2 9 1 Reset Module Block Diagram R20UTO159EJOT00 Rev 100 coDevmiecan mere 235 Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions 2 10 Power Supply Module A 5 V power supply is input to the ROK572690COOOBR and the regulator on the ROK572690CO000BR generates 3 3 V voltage the reference voltage for the A D Converter 3 3 V and 1 25 V CPU 3 3 V and 1 25 V power can be externally supplied Figure 2 10 1 shows the power supply module block diagram Legend 2 Generated by Symbol Voltage type Application PS Power supply E C N AVcc 3 3 V analog ADC PS gt UA3V 3 3 V analog AV ref 3VCC USB I O PS 3 3 V analog
70. Signal Name PJ7 DV _DATA7 LCD DATA7 SD D2 1 PWM1G PWM1H 3 PJ4 DV DATM LCD DATA4 SD CLK 1 4 PJ5 DV DATA5 LCD DATA5 SD CMD 1 PWMIE PWM1F 5 PEO SCLO TCLKA LCD EXTCLIK 6 RESK 7 PE2 SCL1 TCLKC IOIS16 amp DV VSYNC PE1 SDAO TCLKB AUDIO CLK DV CLK PJ20 DV DATA20 LCD DATA20 LCD TCONG IRQO CRx2 CRx0 CRx1 CRx2 9 PE4 SCL2 RxD4 DV VSYNC PE3 SDA1 TCLKD ADTRG DV HSYNC PES SDA2 RxD5 DV HSYNC PJ2 DV DATA2 LCD DATA2 SD D1 1 PJ3 DV DATAS LCD DATA3 SD DO 1 PWM1C PWM1D PJO DV DATAO LCD DATAO SD CD 1 PJ1 DV DATA1 LCD DATA1 SD WP 1 PWM1A PWM1B 2 12 14 16 PF10 CS1 SSISCK1 DV_DATA1 SCK1 1 5V 20 2 24 11 13 15 17 PWM1A PF12 SSIDATA1 DV DATAS3 TxD1 MMC D7 PJ2 DV DATA2 LCD DATA2 SD D1 1 1 PJO DV DATAO LCD DATAO SD CD 1 PJ3 DV DATAS LCD DATA3 SD DO 1 PWM1C PWM1D GND PJ28 SSISCK5 TIOC1B RTS7 PJ5 DV DATAS LCD DATA5 SD CMD 1 PJ4 DV DATA4 LCD DATA4 SD CLK 1 PWM1F PWM1E PJ29 SSIWS5 TIOC2A IERxD MMC D5 PF11 SSIWS1 DV DATA2 RxD1 MMC D6 PJ1 DV DATA1 LCD DATA1 SD WP 1 PWM1B NO NO CO co PJ30 SSIDATAS TIOC2B IETxD Legend 5V power 3 3V power GND R20UT0159EJ0100 Rev 1 00 44 NESAS 7 4 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification Table 7 1 5 Descriptions of Pins for Connecting to R0K572690C000BR 5 CN7 2 Pin No Signal Name
71. Supply Connector Pins J17 Pin No Signal Name Pin No Signal Name 1 12V 2 NG 3 Ie R20UT0159EJ0100 Rev 1 00 2 AS 7 21 Dec 07 2011 SENES SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification 7 1 15 12V Input AC Adapter Jack J18 M3A HS64G02 includes adapter jack J18 for DC12V input Figure 7 1 16 shows 12V input AC adapter jack pins Table 7 1 22 lists their descriptions lt Top view of the component side gt CAE Figure 7 1 16 Diagram of 12V AC Adapter Jack Pins J18 Table 7 1 22 Descriptions of 12V AC Adapter Jack Pins J18 LA Signal Name CL Signal Name NC without a terminal 12V lee H GND R20UT0159EJ0100 Rev 1 00 2 AS 7 22 Dec 07 2011 SENES SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification 7 2 M3A HS64G02 Operation Parts Layout Figure 7 2 1 shows the layout of operation parts on M3A HS64G02 lt Top view of the component side gt c l J M na O O O O 0000000 J _ Ange ERE B2 m C 2Doo0oo0oooo G G DO DO 0 0 FAS MIA H554602 5DR39762 MADE IN JAPAN Ph heel L A F A L 20 Cede Cee CE23 cere LANE ANJ S Z 3016 PL EL ELIEN EE r LS a E 2 ens LI t ANI E ir EI ad EID Bel SW4 SW8 SW5 SW9 SW6 SW10 SW7 SW11 eere 0000000 20000000 E a E E E E E H 000000000000000 000000000000000000
72. T T HT A re T HT e NU 213 pu O E p nn en A O s TT 3vcc CPU for USBDPVcc 3 3V wen oad a eS fg 4 USBDPVcc CE5 CE6 CP35 CP36 CP38 2yrnov T ioyF 16V T 0 1 HF 0 01pF 0 001pF CP15 CP16 CP17 CP18 CP19 CP20 CP21 CP22 CP23 CP24 CP25 CP26 CP27 CP28 CP29 CP30 CP31 CP32 CP33 CP34 CP37 CE7 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 0 1uF 4 7yF 10V USBDPVss avcc for USBDVee 1 25V for Digital 1 25V ue HS USBUVcc gi CE8 CE9 CP39 CP40 CP41 vlees a 2uF A0V oup av 0 1yF 0 01uF 0 001uF vloed Ei L51 1 T T Lo LLL LLL 247 USBUVss e E A A T LLL gt es A E AS AAA AR ver aL ds EFS En nn St Se taco for USBUVcc 1 25V te NA USBDVcc Vec12 EA AAA A ROS CE10 _ CE11 CP42 CP43 CP44 sew E 0 1yF 0 01yF 0 001uF L26 _ T J J TJT T LL LL T s 2uF 10 10uF 16V Vcc15 USBDVss CP45 CP46 CP47 CP48 CP49 CP50 CP51 CP52 CP53 CP54 CP55 CP56 CP57 CP58 CP59_ CE12 AVref AVcc AN3V PLLVcc Q G AVref AVcc MOOR 3 PLLVcc 2 O y ol ol aac c eid ol l dl y B p CP60 CP61 CP62 CP63 oo od d EEZ d AN Jl ol A y O 1uF 0 1uF 0 1puF 0 1uF PLLVss1 PLLVss2 Renesas Solutions Corp ROK572690C000BR CPU SH7269 power CHANGE 2 5 6 8 PF 23 0 lt gt 2 8 PD 15 0 lt gt 3VCC NAND flash 256MB H1 2 8 A21 NOR flash 32MB EEPROM 16KB U4 R40 R41 U5
73. U6 S29GL256P 56 4 7kQ 4 7kQ K9F2G08U0A R1EX24128ASA00A Spansion SAMSUNG RENESAS PD15 NAF7 PD15 44 Hed Bese DISIA 2018 9886 PDI 1 4 Ral BEA PF13 A24 e Ds iss Nn a 09 2 8 PE3 SDA1 Ln aa 0012 0884 gt Pr A 4 i G DQ12 PD11 NAF3 Sa Gn T cn pan PD10 NAF2 SO a ETE 6 R44 Z R38 A20 DQ10 PD9 NAFl Se as S a o 4Jk0 gt 4 7kO n DQ9 esmer po P pos PD6 FALE VE AEREO REA TER E EE 0 y A15 DQ5 STE pH R46 nn 4 7kQ A22 ar aaa E Dos PDA4 FRE due Pe Ss p 3VCC RITA O A21 NC ATS M3 Bas d je Eee S ed A10 Dao 2 8 PF16B FCE DS 29 A8 O AT 3VCC p Q 4 N A 3VCC 5 A3 H2 s R48 R49 R52 A2 R53 36 40 PF9 4 7kO gt 4 7k0 4 7kQ p 3VCC H3 00 hp 4 3VCC R54 T1 I 3 48 2 Peo cSo O j OTA CE NVDD 2 8 PC1 RD po 00 Ha A OE 2 8 PC3 WEOH DQML gt E WE d 1 CE13 CP65 CP66 0 1uF L 0 1yF aia Ad e 99 a HS Hann g wr acc SS CP68 CP69_ CE14 0 1uF 0 1uFT 4 7pF 10V SDRAM 16MB U7 EDS1216AHTA ELPIDA 3VCC 2 PC8B CS3 L 3VCC 3vcc 5VCC 2 PC5B RAS amp L 2 PC6B CAS e R61 i 2 8 PC2RDWR _ gt 00 H6 3VCC IS R62 R63 UB R64 2 8 PC4WE1 DQMU gt a 1 La MARA TE Ro E SVDD R65 age 8 VDD TP1 AE 2 1 1 00 HI a ju CS BIS T m dn nn 3 Stopa J e JP10 O O 6 Ol nn qu R69 cen of we 2 e None USB Function Mode 470 ATA _ a a nn a as ES 470 CE15 VDDQ NC1
74. WR SCK6 _ E to SDRAM WE pin CN pin 7 Seg PC3 WE0 DQMLL RxD6 WEO Connected to NOR flash memory CN6 pin 8 NEN WEZ pin eeen T UE GRUT un PC5 RAS CRx0 CRxO CRx1 CRx2 RQO ne GHR pin 14 BWR ON PC6 CAS SCK7 CTXO CAS ConnectedtoSDRAMCAS pin SWe tOFF CTxO amp CTX1 amp CTX2 Ee aem vern CUE A E NA AA NAAA PCTICKE RXD7 CRx1 CKE Connected to SDRAM CKE pin BR OFF CRxO CRx1 IRQ1 p tC NG pin 16 BWR ON PC8 CS3 TxD7 CTx1 CS3R Connected to SDRAM CS pin SW61 OFF_ CTxO amp CTx1 p NC NG pin 17 BWR ON 13 PBUAUTIOCOA A Addressbus CN4pnB 4 PBZAZTIOCOB A2 Addressbus Gh RT ENT CE ES D PJ14 DV_DATA14 LCD_DATA14 PINT6 PWM2G TxD6 PJi4 Connected to CD deck FLAG6 pin CN pin4 AA A eee IS ee PJ15 DV_DATA15 CN11 pin B1 LCD_DATA15 PINT7 ee PWM2H TxD7 PJi5 Connected to CD deck TRANS pin CN1 pin2 ME ESRO Me EME Ve EEE PJ16 DV_DATA16 PJ16 EE to SW6 5 as user input CN11 pin B13 MN LCD_DATA16 RSPCKO gt 1 TIOCOA SIOFSCK DV_ DV _DATA16 DV DVinut PJ17 DV_DATA17 PJ17 Connected to SW6 6 as user ee CN11 pin B12 E LCD DATA17 SSLI O0 Foi 2 TIOCOB SIOFSYNC DV_DATA17 DATA17 DV DVinut PJ18 DV_DATA18 PJ18 Connected to LED2 as user output CN11 pin B8 EN LCD DATA18 MOSIO port 1 TIOCOC SIOFTxD DV DATA18 DV input Legend 3 3V power supply 1 25V power s
75. an PINT1 TIOC3B CN10 pin B6 dE d mmi RN PINT2 TIOC3C CN10 pin A7 PY PG11 D27 LCD_DATA11 DATA11 ET to LCD module D11 pin ET pin 13 TT CN10 A B7 ES DATA12 DATA12 EEE to LCD module D12 pin EE pin 16 NA CN10 PE B8 A PINT5 CN10 pin A9 v mue une mee i umm PINT6 CN10 pin B9 D muse use ener ammo PINT7 CN10 pin A10 DQMUL LCD_DATA16 o n NA AUDATAO LCD_DATA16 DATA16 Connected to LCD module D16 pin to LCD module D16 pin PJ5 DV_DATAS Connected to the character LCD DB2 CN7 pin 4 De OFF LCD DATA5 SD CMD 1 pin PWM1F SD CMD 1 Connected to the SD card slot CMD pin DV DATAR DV input CN11 pin A7 Connected to the Video decoder IC D5 CN7 pin 23 SW6 3 ON pin PJ6 Connected to the character LCD DB1 CN7 pin 1 SW6 3 OFF pin SD D3 1 Connected to the SD card slot DAT3 DV DATAG T T CN11 pinB7 Connected to the Video decoder IC D6 CN7 pin 25 SW6 3 ON pin AA ves A ooo o 175 PG17 WE3 ICIOWRH AUDATA Connected to the H UDI port connector CN10 pin B11 AH DQMUU J3 LCD DATA17 AUDATA1 LCD DATA17 Connected to LCD module D17 pin we ve VA HT NE Legend 3 3V power supply 1 25V power supply GND R20UT0159EJ0100 Rev 1 00 24 NESAS 4 8 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions Table 4 2 8 SH7269 Pin Functions 8 11 177 178 179 180 181 182 183 184 185 Symbol Description Expansi
76. ef s go e OQ ELLE 0000600005 ui a x e Figure 7 1 1 Connector Assignments on M3A HS64G02 R20UT0159EJ0100 Rev 1 00 lt 2 AS 7 1 Dec 07 2011 ENE S SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification 7 1 1 R0K572690C000BR Connectors CN1 CN3 CN6 CN7 and CN9 The M3A HS64G02 includes MIL spec connectors CN 1 CN3 CN6 CN7 and CN9 for connecting to ROK572690C000BR Figure 7 1 2 shows the connecter pin assignments to connect to ROK572690COOOBR From Table 7 1 1 to Table 7 1 6 list pin descriptions lt Top view of the component side gt 20 CN6 2 f 0000000000 0000000006 h 30 CN9 2 40 CN7 2 000000000000000 0000000000000 00000000 0000000000000086 0000000000000 000000S6O 29 1 39 1 Figure 7 1 2 Connector Pin Assignments CN1 CN3 CN6 CN7andCN9 R20UT0159EJ0100 Rev 1 00 2 AS 7 2 Dec 07 2011 SENES SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification Table 7 1 1 Descriptions of Pins for Connecting to R0K572690C000BR 1 CNI Pin No Signal Name Pin No Signal Name 1___ PJ11 DV DATA11 LCD DATA11 PINTS 2 PJ15 DV DATA15 LCD DATA15 PINT7 PWM2D SCK6 PWM2H TxD7 h PJ14 DV DATA14 LCD DATA14 PINT6 PWM2G TxD6 a PWM2B RTS5 Not connected on ROK572690C000BR NC 8 Not connecte
77. intput pin IERxD PJ29 SN EM Invalid to ROK572690C000BR setting by default Notes The jumpers shall not changed their setting under operation of this evaluation board Make sure to change the setting with the power turned off R20UT0159EJ0100 Rev 1 00 sZ NC S AS 6 23 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification Table6 2 2 Plug in Microphone Jumper Setting JP3 JP3 1 2 Supplies the power Plug in microphone None open Not supply power Typical microphone setting by default Notes The jumpers shall not changed their setting under operation of this evaluation board Make sure to change the setting with the power turned off Table6 2 3 CAN Evaluation Jumper Setting JP4 JP6 JPS JP10 and JP11 JP4 A2 Connects the CTx2 pin to the CAN driver U16 CTx2 scheme None S Leaves the CTx2 pin disconnected to the CAN driver U16 JP8 Connects the CTx2 pin to the CAN driver U 16 CRx2 scheme None s Leaves the CTx2 pin disconnected to the CAN driver U16 Terminates the CANL chO pin CANL ch0 end Leaves the CANL chO pin non terminated Terminates the CANH ch0 pin CANH ch0 end Leaves the CANH ch0 pin non terminated JP10 Terminates the CANL cht pin CANL ch1 end Leaves the CANL ch1 pin non terminated JP11 Terminates the CANH cht pin CANH ch1 end Leaves the CANH chi pin non terminated setting by default Notes The jumpers shall not changed their setting under
78. lt S D2 32 S D5 eS Ln TP5 E ORAR p C NLV2ST2RAJPF NLV25T2R2JPF R61 E1 L2 TCS7548 01 201 in EXDATAO NS 14 EXDATA1 48 EXDATA2 Video Input 40 EXDATA3 EXDATA4 97 EXDATAS Separate EXDATA6 EXDATA7 Ana VV Ny lt R63 220 9 CLK27MO AGND2 AGND2 8 NLV25T2R2JPF HALFCKO L3 L4 8 VRP a FIELD M 9 CSYNC VRN NLV25T2R2JPF S HSYNC C28 lt VSYNC VCOM 3VCC 3VCC DVALID 30 VREFOUT a E A EXTCLP R68 R69 6 aS L10KO S 47kQ Nels era ese Blas IREFR2 AGND2 3VCC WOO a ROMAN COMM CLPCAp L98 C30 0 tuE 25V 4 ec OUT4 R72 220 69 CI KIN CLPCAP2 PS C31 0 1uF 25V 3AVCC2 0 1uF 25V eu OE 9 SG 8002JF_24 576MHz R7 9 SS did dad de RM CP23 CP24 CP39 CP40 0 1yF 25V 0 1yF 25V 0 1yF 25V 0 1yF 25V 10uF 16V IVA Nu AGND2 AGND2 AGND2 BD M3A HS64G02 Renesas Solutions Corp DRAWN CHECKED DESIGNED APPROVED Video Decoder eben DK30762 TFT LCD Module Interface 2 LCD DATA 0 15 _ 3VCC 5VCC 3VCC C33 CE18 C34 CE19 C35 CE20 0 1uF 25V 10uF 16V 3VCC 0 1pF 25V 10uF 16V 0 1pF 25V 10uF 16V 3VCC R76 10KO 5VCC 3VCC R78 3VCC 5VCC 3VCC 4 7kQ le J11 R80 I MN E MEE UL E A C61 CE24 C36 CE21 10KQ PG16 LCD VSYNC R81 00 1U4F 25V 104F 16V 0 1uF 25V 10uF 16V J j 1 PG18 LCD DE 3 T 2 P PG19 LCD CLK LCD DATA4 4 R PG17 LCD HSYNC g LCD DATA2 l 6 PG18 LCD DE DA 8 3VCC PG16 LCD VSYNC 101 Jz 2 PG16 LCD
79. manual This manual comprises an overview of the CPU board 1ts function and operating specifications Carefully read all notes in the manual These notes occur within the body of the text The Revision History summarizes primary modifications and additions to the previous versions Refer to the text of the manual for details The following documents apply to the SH7269 CPU board ROK572690C000BR Document Type Document Tit User s Manual Describes functions devices memory SH7269 CPU Board This publication maps electrical characteristics and ROK572690C000BR operating specifications connectors User s Manual and switches Installation Manual Describes how to set up hardware SH7269 CPU Board R20UTO160EJ and software ROK572690C000BR Installation Manual The following documents apply to the SH7269 Group Make sure to refer to the latest versions of these documents The newest versions of the documents listed may be obtained from the Renesas Electronics website Document Type Document Tit User s manual Hardware Hardware specifications pin assignments SH7269 Group RO1UHO048EJ memory maps peripheral function User s manual specifications electrical characteristics Hardware timing charts and operation description Note Refer to application notes for details on using peripheral functions Software manual Description of CPU instruction set SH 2A SH2A FPU REJO9B0051 Software manual Application note
80. module Character LCD module with LED backlight Connects the SH7269 D A Converters and an audio codec 96kHz 24 bit D A Converters 2 24 bit stereo codec with microphone AMP 1 Connects the SH7269 Renesas Serial Peripheral Interface RSPI Serial Sound Interface SSIF and a CD deck Connects the SH7269 SD Host Interface SDHI and an SD card slot Connects the SH7269 Serial Communication Interface with FIFO SCIF and a UART connector Connects the SH7269 Controller Area Network RCAN TL1 and a CAN connector Note One CAN channel can be used on the ROK572690C000BR Connects the SH7269 IEBus controller IEB and IEBus connector Connect the SH7269 I O ports LEDs and DIP switches Controls the system clock Controls the peripheral I O clock Resets devices on the M3A HS64G01 Controls the M3A HS64G01 system power supply Connectors switches and LEDs Refer to Chapter 6 for details 24 NESAS 31 SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions 3 2 CPU 3 2 1 SH7269 Overview The ROK572690C000BR includes the SH7269 the 32 bit RISC MCU that operates with a maximum frequency of 266 67MHz 3 2 2 SH7269 Pin Functions Used on the M3A HS64G01 Table 3 2 1 to Table 3 2 1 1 list the SH7269 pin functions used on the M3A HS64G01 Table 3 2 1 SH7269 Pin Functions 1 11 Expansion mbol Description LH sm etn comes ema PC1 RD Connected to NOR flash memory CN6 pin 6 OER PV 0 sa PC2 RD
81. pin 5 71 PE1 SDAO TCLKB pi AUDIO CLK DV CLK 2 PE2 SCL1 TCLKC IOIS167 SCL1 Connected to EEPROM SCL CN7 pin 7 DV VSYNC pin 7 Connected to DAC U11 U12 SCL pins SDA1 Connected to EEPROM SDA CN7 pin 10 pin N oO PE3 SDA1 TCLKD ADTRG DV_HSYNC Connected to DAC U11 U12 SDA pins pin A17 SCL2 Connected to the external IIC connector J11 pin B17 SDA2 Connected to the external IIC connector J11 PE6 SCL3 RxD6 PE6 Connected to the character CN6 pin 12 EC EN ERN PETISDAS RxD7 EA CN6pin13 PE4 SCL2 RxD4 DV_VSYNC N C1 PE5 SDA2 RxD5 DV HSYNC TD TT 78 79 M SS ASEMD Vec PLLVcc EXTAL Z M ASEMD ASE mode select PEE PVcc Non maskable interrupt Z 81 H UDI 00 N BA lt 1 83 84 13 33MHz EXTAL Connects the system external clock to MCU XTAL 85 XTAL PLLVss PLLVss RES RTC_X1 RTC_X2 USBDPVcc USBDPVss 87 NAAA 88 RES Reset input RTC X1 Connects the realtime clock RTC X2 resonator to MCU USB differential D data USB differential D data FEE CN7 pin 6 32 68kHz 91 92 co wm U lt U lt co IR VBUS VBUS input 95 VBUS USBDVcc 97 USBDVss REFRIN REFRIN Reference input Connects a 5 6 kQ 1 resistor Legend 3 3V power supply 1 25V power supply GND R20UT0159EJ0100 Rev 1 00 EN ESAS 3 5 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions Table 3 2 5 SH7269 Pin Functions 5 11
82. the information contained in this document or Renesas Electronics products or if you have any other inquiries Note 1 Renesas Electronics as used in this document means Renesas Electronics Corporation and also includes its majority owned subsidiaries Note 2 Renesas Electronics product s means any product developed or manufactured by or for Renesas Electronics WEEE Directive Renesas development tools and products are directly covered by the European Union s Waste Electrical and Electronic Equipment WEEE Directive 2002 96 EC As a result this equipment including all accessories must not be disposed of as household waste but through your locally recognised recycling or disposal schemes As part of our commitment to environmental responsibility Renesas also offers to take back the equipment and has implemented a Tools Product Recycling Program for customers in Europe This allows you to return equipment to Renesas for disposal through our approved Producer Compliance Scheme To register for the program click here http www renesas This page is intentionally left blank About This Manual 1 Purpose and Target Readers This manual is designed to provide the user with an understanding of the functions and operating specifications of this CPU board It is intended for users of this CPU board A basic knowledge of electrical circuits logical circuits and microcomputers MCUs 1s necessary in order to use this
83. 0 B 01 PD11MD 1 0 B 01 PD10MD 1 0 B 01 PD9MD 1 0 B 01 PD8MD 1 0 B 01 PD7MD 1 0 B 01 PD6MD 1 0 B 01 PD5MD 1 0 B 01 PD4MD 1 0 B 01 PF16MD 2 0 B 011 PF17MD 2 0 B 011 These values must be set in boot modes 2 to 5 2 Bold text indicates the function used SH7269 Multiplexed Pin Functions RSPI Pin Name MISOO MOSIO SSL00 RSPCKO MISO1 MOSI1 SSL10 RSPCK1 SH7269 Port Control Register Register Name PBCR5 PBCR4 PBCR4 PBCR4 PFCRO PFCRO PFCRO PFCRO MD Bit Setting PB20MD 1 0 B 11 PB19MD 1 0 B 11 I PB18MD 1 0 B 11 1 PB17MD 1 0 B 11 1 PF3MD 2 0 B 011 PF2MD 2 0 B 011 PF1MD 2 0 B 011 PFOMD 2 0 B 011 These values must not be set in boot modes 0 and 1 2 Bold text indicates the function used 24 NESAS 3 M3A HS64G01 Functions SH7269 Multiplexed Pin Name PD15 D15 NAF7 PWM2H PD14 D14 NAF6 PWM2G PD13 D13 NAF5 PWM2F PD12 D12 NAF4 PWM2E PD11 D11 NAF3 PWM2D PD10 D10 NAF2 PWM2C PD9 D9 NAF1 PWM2B PD8 D8 NAFO PWM2A PD7 D7 FWE PWM1H PD6 D6 FALE PWM1G PD5 D5 FCLE PWM1F PD4 D4 FRE PWM1E PF16 SD_CD_0 FCE IRQ4 MMC_CD PF17 SD WP O FRB IRQ5 SH7269 Multiplexed Pin Name PB20 A20 QMI 0 QIO1 0 MISOO PB19 A19 QMO 0 QIO 0 MOSIO PB18 A18 QSSL 0 SSLO0O PB17 A17 QSPCLK O RSPCKO PF3 CS22 QMI 1 QIO1 1 MISO1 TIOCAD AUDIO XOUT PF2 WAIT QMO_1 QIO0_1 MOSI1 TIOC4C TENDO PF1 BACK QSSL_1 SSL10 TIOC4B D
84. 00 SW12 SW16 A Ed 000000000000000 EN 00000000000000000000 D mtae ELE SW13 SW17 ol eg REP nimimm a SW14 SW18 Sk s EICI TIBIUNNDQNUDE ODORE S EA SW15 SW19 oS BB zl s A hE raar CE b TRE CEIACETS J3cl2g T ha P Lu A S EE ea TT n m7 p AE L Ra n 5 l 0600000000000000 coo0000000000000 Ji ASK TEA Bg IR o SO JA LED11 LED12 LED13 LED14 SW3 SW1 SW2 LEDS LED6 LED7 LED8 LED1 LED2 LED3 LED4 LED9 LED10 Figure 7 2 1 M3A HS64G02 Operation Parts Layout R20UT0159EJ0100 Rev 1 00 2 AS 7 23 Dec 07 2011 4S NES SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification 1 2 1 Jumper JP1 to JP12 M3A HS64G02 includes twelve jumpers Figure 7 2 2 shows the deployment of the jumpers JP1 to JP12 Table 7 2 1 to Table 7 2 3 list their settings JP JP6 3 1 HH ps JP11 JP10 JP9 HH Jp JP8 Top view of the component side gt Figure 7 2 2 Diagram of Jumper on M3A HS64G02 JP1 to JP12 Table 7 2 1 List of Jumper Settings to Switch Multifunctional Terminal JP1 to JP3 JP5 and JP9 IEEE to D A converter device U10 as an SCL1 output terminal 2 3 Connects t o a push switch SW1 as a PE2 input terminal Connects to D A converter device U10 as an SDA1 input output terminal SDA1 PE3 Connects t o a push switch SW2 as a PE3 input terminal JP3 iZ Connects to MIL standard connector J5 as a PWM data output terminal PWM 2
85. 159EJ0100 Rev 100 9em c nc JJ A09 Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR Table 4 2 29 SH7269 Multiplexed Pin Functions VDC4 4 M3A HS64G02 Functions Peripheral Pin Name SH7269 Port Control Register SH7269 Multiplexed Pin Name Function Register MD Bit Setting Name VDC4 DV_HSYNC PECR1 PE5MD 1 0 B 11 PE5 SDA2 RxD5 DV_HSYNC DV_VSYNC PECR1 PE4MD 1 0 B 11 PE4 SCL2 RxD4 DV_VSYNC DV_CLK PJCR7 PJ31MD B1 PJ31 DV_CLK DV_DATA7 PJCR1 PJ7MD 2 0 B 001 PJ7 DV_DATA7 LCD_DATA7 SD D2 1 PWM1H DV DATA6 PJCR1 PJ6MD 2 0 B 001 PJ6 DV DATAG LCD DATA6 SD D3 1 PWM1G DV DATAR PJCR1 PJ5MD 2 0 B 001 PJ5 DV DATAS LCD DATAS SD CMD 1 PWM1F DV DATA4 PJCR1 PJAMD 2 0 B 001 PJ4 DV_DATA4 LCD DATA4 SD CLK 1 PWM1E DV DATA3 PJCRO PJ3MD 2 0 B 001 PJ3 DV DATA3 LCD DATA3 SD DO 1 PWM1D DV DATA2 PJCRO PJ2MD 2 0 B 001 PJ2 DV DATA2 LCD DATA2 SD D1 1 PWM1C DV_DATA1 PJCRO PJ1MD 2 0 B 001 PJ1 DV DATA1 LCD DATA1 SD WP 1 PWM1B DV DATAO PJCRO PJOMD 2 0 B 001 PJO DV DATAO LCD DATAO SD CD 1 PWM1A LCD EXTCLK PGCR6 PG27MD 1 0 B 11 PG27 LCD TCON2 LCD EXTCLK LCD CLK PGCR6 PG24MD 1 0 B 10 PG24 LCD_CLK LCD TCON6 PJCR5 PJ23MD 2 0 B 011 PJ23 DV DATA23 LCD DATA23 LCD TCONG IRQ3 CTx1 CTx0 amp CTx1 LCD TCON5 PJCR5 PJ22MD 2 0 B 011 PJ22 DV DATA22 LCD DATA22 LCD TCONBS IRQ2 CRx1 CRxO CRx1 LCD TCON1 PGCR6 PG26MD 1 0 B 10 PG26 LCD_TCON1 LCD TCONO PGCR6 PG25MD 1 0 B 10 PG25 LCD_TCONO LCD DATA23 PGCR5 PG23MD 2 0 B 010 P
86. 17 LCD DATA1 IRQ1 TIOCOB GND EA A E a NC can supply 5V via zero ohm resister 25 PG25 LCD TCONO LCD_VSYNC 26 PJ22 DV DATA22 LCD DATA22 LCD TCON5 IRQ2 CRx1 CRx0 CRx1 LCD DE PJ23 DV DATA23 LCD DATA23 28 GND LCD TCON6G u A CTXO amp CTx1 LCD M DISP I oes ar Sora names in bold style show the setting functions R20UTOi59EJOi00 Rev TOOR aa GA Dec 07 2011 RENESAS SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification 6 1 11 IEBus Connector J15 The M3A HS64G01 includes an IEBusTM connector J15 Figure 6 1 12 shows the IEBus TM connector pin assignments Table 6 1 18 lists the pin descriptions Top view of the component side Figure 6 1 12 IEBus Connector Pin Assignments J15 Table 6 1 18 IEBus Connector Pin Descriptions J15 BUS GND R20UT0159EJ0100 Rev 1 00 sZ NC S AS 6 18 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification 6 1 12 CAN Connector J16 and J17 The M3A HS64G01 includes CAN connectors J16 and J17 Only J17 can be used to connect ROK572690C000BR Figure 6 1 13 shows the CAN connector pin assignments Table 6 1 19 lists the pin descriptions Top view of the component side Figure 6 1 13 CAN Connector Pin Assignments J16 and J17 Table 6 1 19 CAN Connector Pin Descriptions J16 and J17 CANL A
87. 2 RxD2 RxD2 Connected to the RS 232C CN5 pin 16 connector J10 CN7 pin 19 SW6 3 OFF Legend 3 3V power supply 1 25V power supply GND R20UT0159EJ0100 Rev 1 00 424 NESAS 3 10 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions Table 3 2 10 SH7269 Pin Functions 10 11 Symbol Description Expansion sl EN Ma IL E EE 21 TEN PEE 214 PJ10 DV_DATA10 PWM2C SS output CN11 mE A2 TTL level LCD DATA10 PINT2 DV DATA10 DV input SCK5 Connected to the UART connector CN1 pin 13 TTL level J10 AE A E 216 garoor SD CD 0 c pin 13 C 2 IRQ4 MMC_CD MMC_CD CE pin E R B pin A A IT IRQ6 MMC_D1 Du E D1 DAT1 r a PJ11 DV_DATA11 _PWM2D PWM output CN pin B2 LCD DATA11 PINT3 MS PWM2D SCK6 C Ie Tr O 220 PJ12 DV DATA12 CN11 TTL level LCD DATA 2 PINTA pin B11 PWM2E SCK7 PJ12 Connected to the audio codec U6 CN9 pin 27 CS pin 221 PJ13 DV DATA13 PWM2F PWM output CN11 TTL level LCD DATA13 PINT5 DV DATA13 DV input pin A11 PWM2F TxD5 PJ13 Connected to the CD deck CDFS Soorten tre CO deek DFS qn CN7 pin 32 An ooo PF19 SD DO 0 SSIWS3 SD DO 0 EE to SD MMC card slot ET pin 7 VE DO paar DO DATO aa PWM2C SCK5 218 19 2 225 EE EEE A to SD MMC card slot CLK a pin 5 SSIDATA3 MMC_CLK MMC_CLK pin Vcc popu 227 PF21 SD CMD 0O0 SCK3 SD CMD 0 Connected to SD MMC card slot CMD CN5 pin 4 MMC CMD MMC CMD i MMC D3 MMC D3 DATS pin MMC D2 MMC D2 DAT2 pin
88. 2011 SENES SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification 7 1 11 IEBus Connector J13 M3A HS64G02 includes an IEBusTM connector J13 Figure 7 1 12 shows the deployment of the IEBusTM connector pins Table 7 1 18 lists their descriptions Top view of the component side Figure 7 1 12 Diagram of IEBus Connector Pins J13 Table 7 1 18 Descriptions of IEBus Connector Pins J13 Pin No Signal Name Pin No Signal Name BUS 1 5V 2 GND R20UT0159EJ0100 Rev 1 00 2 AS 7 18 Dec 07 2011 4S NES SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification 7 1 12 CAN Connectors J14 and J15 M3A HS64G02 includes CAN connectors J14 and J15 Only J15 can be used on the ROK572690C000BR Figure 7 1 13 shows the deployment of CAN connector pins Table 7 1 19 lists their descriptions lt Top view of the component side gt Figure 7 1 13 Diagram of CAN Comnector J14 and J15 Table 7 1 19 Assignments of CAN Connector J14 and J15 Pin No Signal Name Pin Na Signal Name 1 CANH 2 CANL 3 T Note Channel 2 CTx2 CRx2 is connected to J15 R20UT0159EJ0100 Rev 1 00 2 AS 7 19 Dec 07 2011 4S NES SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification 7 1 13 MTU2 Connector J16 M3A HS64G02 includes an MIL standard connector J16 for MUT2 output Figure 7 1 14 shows the deployment of the MTU2 c
89. 3 PJ16 and PJ17 can be used as the user setting switches input PJ18 and PJ19 can be used as the user LED control output Figure 3 10 1 shows the I O ports block diagram Expansion connector CN3 gt lt le O y x O O 7 KQ 1 58 KQ o M e o 2 E o_o SW K T o_o e oS gt Q e m x O HO o M e ro 9 M MO B i gt Q ro ag x O Doe IS AMO Lo gt cz Qo O m O o M e O 3 3 V x 4 70 KR TT A o_o SW K T 0 o o Figure 3 10 1 R20UTO159EJ0100 Rev 1 00 Dec 07 2011 3 3 V x 14 0 KR 14 0 KR 4 7 KR 4 70 KR 4 7 KR 83Vx1 58 KR 1 58 KR 4 7 KR 0 83 V 3 3 V x 0 00 KR 0 00 KR 4 7 KR PJ18 DV_DATA18 PJ19 DV_DATA19 PJ16 DV_DATA16 PJ17 DV DATA17 User DIP switches SW6 oor x Note Pin names in red indicate the function used 2 47 V 1 65 V OV 24 NESAS I O Ports Block Diagram 3 34 SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions 3 11 Clock Modules Provide following clocks with the SH7269 on the ROK572690C000BR e SH7269 input clock X4 13 33MHz e SH7269 RTC clock X5 32 768kHz e SH7269 audio clock X8 11 2896MHz e SH7269 USB clock X6 48 00MHz e SH7269 LCD clock X1 Optional e SH7269 digital video decoder clock X2 27 00M
90. 3 3 V digital 4 ADC reference PS PLL3V 3 3 V analog PLL PS o C DV3V E UA1 2V 3 3 V analog 1 25 V Video decoder analog PS USB core PS X x Figure 2 10 1 Power Supply Module RO0UTOIS9EJOI00 RO o 9 36 Dec 07 2011 ZENESAS SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions 2 11 H UDI The ROK572690COOOBR includes two H UDI port connectors 14 pin and 38 pin to connect to the EIOA USB emulator AUD pins are multiplexed with the Renesas Serial Peripheral Interface RSPI pins Serial Sound Interface with FIFO SSIF pins and VDC4 Video Display Controller 4 pins AUD function can be used when the ROK572690C000BR is used alone Do not use the AUD function when connecting optional boards Note that serial flash memory 2 cannot be used when using the AUD function Figure 2 11 1 shows H UDI block diagram SN KN KN 38 pin H UDI port connector J3 PFFF E SH7269 U1 AUDCK NW UU PFO QSPCLK_1 RSPCK1 AUDCK AUDATAO NW PG16 LCD_DATA16 AUDATAO AUDATA1 AN PG17 LCD DATA17 AUDATA1 AUDATA2 N PG21 LCD_DATA21 AUDATA2 AUDATA3 Wv e PG23 LCD_DATA23 TxD5 AUDATA3 AUDSYNCH D N PG22 LCD_DATA22 RxD5 AUDSYNC N C N C Hy TCK TMS e TRST e TDI TDO
91. 3 Connects to SD card slot J4 D A converter U10 test terminal TP1 TP4 as SD SSIF PORT in terminals al SSIF and PORT Connects to IEBus driver U37 as an IETxD output terminal 1 2 IETxD PJ30 Invalid on ROK572690C000BR JP9 Connects to an IEBus driver U37 as an IETxD input terminal IERxD PJ29 Invalid on ROK572690C000BR setting by default Note The jumper settings shall not changed under operation of this evaluation board Make sure to use it with the power turned off R20UT0159EJ0100 Rev 1 00 lt 2 AS 7 24 Dec 07 2011 SENES SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification Table 7 2 2 List of Jumper Settings for CAN Evaluation JP4 JP6 to JPS JP10 and JP11 JP4 52 Connect CTx2 terminal to CAN driver U16 CTx2 connection None E Not connect CTx2 terminal to CAN driver U16 Connect CRx2 terminal to CAN driver U16 CRx2 connection None Le mei Not connect CRx2 terminal to CAN driver U16 Terminate CANL chO CANL n end None e me Not terminate CANL ch0 Terminate CANH ch0 CANH ch0 end Not terminate CANH ch0 JP10 Terminate CANL ch1 CANL cht end Not terminate CANL ch1 JP11 Terminate CANH chi CANH ch1 end Not terminate CANH ch1 setting by default Note The jumper settings shall not changed under operation of this evaluation board Make sure to use it with the power turned off Table 7 2 3 List of Jumper Settings for Switch
92. 3 function used e IRQ1 switch SW4 ESA Test switch TP5 SW7 Figure 2 7 1 Interrupt Switches Block Diagram Table 2 7 1 Jumper Setting JPS Number 1 2 None Open JP8 Uses PJ21 as IRQ1 input pin default Uses PJ21 as CTx2 output DV DATA21 input pin Note Shading indicates the function to be set R20UTO159EJOT00 Rev 100 De 933 Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions 2 8 Clock Modules Provide following clocks with the SH7269 on the ROK572690C000BR e SH7269 input clock X4 13 33MHz e SH7269 RTC clock X5 32 768kHz e SH7269 audio clock X8 11 2896MHz e SH7269 USB clock X6 48 00MHz e SH7269 LCD clock X1 Optional e SH7269 digital video decoder clock X2 27 00MHz Figure 2 8 1 shows the clock module block diagram SH7269 U1 Expansion connector Socket X8 CLK HW AUDIO_XOUT 11 2896 MHz oe 7 DIP SW5 1 32 768 kHz Socket X3 Lo REY SDRAM U7 CLK AN CLK 13 33 MHz NC Socket X6 CLK 48 MHz LCD EXTCLK LCD CLK wW Figure 2 8 1 Clock Module Block Diagram R20UTO159EJOT00 Rev 100 Scn cehe TTS Dec 07 2011 ENESAS
93. 3MD 2 0 B 001 PF23 SD D2 O TxD3 MMC D2 SD CD 1 PJCRO PJOMD 2 0 B 011 PJO DV DATAO LCD DATAO SD CD 1 PWM1A SD WP 1 PJCRO PJ1MD 2 0 B 011 PJ1 DV DATA1 LCD DATA1 SD WP 1 PWM1B SD D1 1 PJCRO PJ2MD 2 0 B 011 PJ2 DV DATA2 LCD DATA2 SD D1 1 PWM1C SD DO 1 PJCRO PJ3MD 2 0 B 011 PJ3 DV DATAS LCD DATAS3 SD DO 1 PWM1D SD CLK 1 PJCR1 SD CMD 1 PJCR1 SD D3 1 PJCR1 SD D2 1 PJCR1 Note Bold text indicates the function used PJ4MD 2 0 B 011 PJSMD 2 0 B 011 PJ6MD 2 0 B 011 PJ7MD 2 0 B 011 PJ4 DV_DATA4 LCD DATA4 SD CLK 1 PWM1E PJ5 DV_DATA5 LCD_DATA5 SD CMD 1 PWM1F PJ6 DV DATAG LCD DATAG SD D3 1 PWM1G PJ7 DV_DATA7 LCD_DATA7 SD D2 1 PWM1H Table 4 2 25 SH7269 Multiplexed Pin Functions MMC Peripheral Pin Name SH7269 Port Control Register SH7269 Multiplexed Pin Name Function Register Name MD Bit Setting MMC MMC_CD PFCR5 PF16MD 2 0 B 101 PF16 SD CD O FCEZ IRO4 MMC CD MMC D1 PFCR5 PF18MD 2 0 B 101 PF18 SD_D1_0 SSISCK3 IRQ6 MMC_D1 MMC_DO PFCR5 PF19MD 2 0 B 101 PF19 SD_DO_0 SSIWS3 IRQ7 MMC_DO MMC_CLK PFCR6 PF20MD 2 0 B 101 PF20 SD_CLK_0 SSIDATA3 MMC_CLK MMC_CMD PFCR6 PF21MD 2 0 B 101 PF21 SD_CMD_0 SCK3 MMC_CMD MMC_D3 PFCR6 PF22MD 2 0 B 101 PF22 SD D3 O RxD3 MMC D3 MMC D2 PFCR6 PF23MD 2 0 B 101 PF23 SD_D2 0 TxD3 MMC_D2 Note Bold text indicates the function used Table 4 2 26 SH7269 Multiplexed Pin Functions MTU2 Peripheral Pin Name SH7269 Port Control Register SH7269 Multiplexed Pin Name Function Register Na
94. 3SN 3012 B3SN 3012 B3SN 3012 B3SN 3012 YELLOW 3VCC AVss AVcc MTU2 R113 1 pt ae Board fixed hole PH1 AN1 2 MH4 x x x x LED5 u LED8 SML 310YT SML 310YT SML 310YT SML 310YT 5 el 7 8 g SW8 sw9 SW10 Sw11 10 B3SN 3012 B3SN 3012 B3SN 3012 B3SN 3012 nea e ERA EE VES E E S oen LT a ee eee EEE EEE ul 2 3 PC10 TIOC2B gt 7 15 AVss AVss AVss AVss 146 BLUE 17 18 5VCC 19 20 XG4C 2031 PH2 AN2 2 R121 9100 SW12 SW13 SW14 SW15 Y B3SN 3012 B3SN 3012 B3SN 3012 B3SN 3012 u LED10 SML310BAT SML310BAT 2 PF11 TIOC3C ES AVss AVss AVss AVss AA 2 PF12 TIOC3D ED ORANGE PH3 AN3 2 SW16 SW17 SW18 SW19 B3SN 3012 B3SN 3012 B3SN 3012 B3SN 3012 AVss AVss AVss AVss x x x x Y LED11 u LED14 SML 310DT SML 310DT SML 310DT SML 310DT 2 PC5 TIOC4A 2 PC6 TIOC4B 2 PC7 TIOC4C 2 PC8 TIOC4D EE Renesas Solutions Corp M3A HS64G02 m m bebe DK30762 CHANGE 1 2 Power On 2 3 Power Off Power Power Connector Switch 12VCC 12VCC D D XG8V 0334 MS 12AAH1 R135 5 1KQ 1 2 PWR me 2 3 ADP AC 22uF 50V POWER Adaptor K Y LED15 UB1111C BLUE LGP6531 0700 5VCC C c CDRH125NP 180MC 5VCC L5 0 0270 0 5W TP41 R136 R140 3A B 5 0V Out c39 C43 Le CE22 CE27 22yF 25V 22uF 25V 1004F 25V P 100uF 25V P En pij e
95. 4 MNR14 4 7kQ cl M PB6 A6 TIOC1B PD5 D5 FCLE PWM1F E RAB a e PB7 A7 TIOC2A PD6 D6 FALE PWM1G E Data LARA E R1 220 A13 Kg 32 PBB AB TIOC2B PD7 D7 FWE PWM1H 248 Ds NDE MWE Serial flash2 C PBZ SS WR zo ata 7 NAD 34 PB9 A9 TIOC3A PDS DS NAFO PWM2A 219 ps A Noes We 4 PB14 QIO3 1 lt gt NE imam u PB10 A10 TIOC3B PD9 D9 NAF1 PWM2B mmm Noor We 4 R7 220 A15 ce PB11 A11 TIOC3C PD10 D10 NAF2 PWM2C 5 VW 4 PB15 QIO2 0 SWE 220 at K emmen PB12 A12 TIOC3D PD11 D11 NAF3 PWM2D S m MARIA 4 7kQ 4 PB16 QIO3 0 S 2 WRI 2 AT A S PB13 A13 QIO2 1 SPBIO2 1 PD12 D12 NAF4 PWM2E A Rae A CS eny 4 PB17 QSPCLK 0 SI Wasa ata a PB14 A14 QIO3_1 SPBIO3 1 PD13 D13 NAF5 PWM2F 288 7 77 Ds Dalt A 4 PB19 QI00_0 lt gt Re 220 A20 Naar PB15 A15 QIO2 0 SPBIO2 0 PD14 D14 NAF6 PWM2G EMO mf Noo 3 MW 4 PB20 QIO1 0 amp ham en PB16 A16 QIO3 0 SPBIO3_0 PD15 D15 NAF7 PWM2H Noone We 4 A18 ri msn PB17 A17 QSPCLK 0 RSPCKO SPBCLK 98 R8_5 6k0 1 Noone DAM 4 PB18 QSSL_ 0 lt ele 9 2H PB19 A19 QMO 0 QIOO 0 MOSIO SPBMO O SPBIOO 0 au ai ae VW EN PB20 A20 QMI_0 QIO1_0 MISOO SPBMI_0 SPBIO1_0 lt gt UPE ee 6 PB21 A21 CRX2 IERXD AS DP 4 Y USB oia ar eee PB22 A22 CTX2 IETXD CS4 JVBUS 4 D12 Lir PB18 A18 QSSL 0 SSL00 SPBSSL o ae 5 6 8 PAR lt gt R9 AKO Noisy M A 3VCC var C1 O 1pF NAME
96. 41 CPM CP12 CP44 CP 38 CN8 Expansion connector W TTE 25 II 48 HH CP34ep37 JO conn cesi mj Sa ao a amer uo RU RST RAJ RAS RAG RA mm Genen mu CP32 ji R112 R121 IRRD a 20 is BRZ 66666 ARAJEAJAABBA Expansion connector CN7 Expansion connector Expansion connector Figure 5 1 2 R0OK572690C000BR Connector Assignments Top view of the solder side R20UT0159EJ0100 Rev 1 00 Dec 07 2011 RENESAS SH7269 CPU Board ROK572690C000BR 5 R0K572690C000BR Operating Specification 5 1 1 USB Connectors J1 and J2 The ROK572690C000BR includes a USB Series A receptacle J1 Remove the series A receptacle to connect a USB mini B receptacle J2 Refer to Table 1 6 2 in Chapter 1 for the USB mini B receptacle allowed on the ROK572690C000BR Figure 5 1 3 shows the Series A receptacle pin assignments Figure 5 1 4 shows the Mini B receptacle pin assignments Table 5 1 1and Table 5 1 2 list the pin descriptions for Series A and Mini B receptacles respectively Top view of the component side Side view Figure 5 1 3 Series A Receptacle Pin Assignments J1 Table 5 1 1 Series A receptacle Pin Descriptions J1 O8 0 DP O R20UT0159EJ0100 Rev 1 00 lt 2 AS 5 3 Dec 07 2011 ENES SH7269 CPU Board ROK572690C000BR 5 R0K572690C000BR Operating Specification lt Top view of the component side gt lt Side view gt Figure
97. 4G02 lt Top view of the component side gt _ _ o 5 8 8 2 g o o o D e O o c c c c E o o c c c c e c D G Q Q o o c o o o o e c tL y tL c g 8 E 3 o a zie zic o o E E E T E S 2 em gt OD DI Og SD H at za za za za Za D 22 OO OO OO ou OO Pd k pint E Eia J14 SOT EA H T CAN connector 0 3 Hm Pw i BIT e D d i EE hs Ws J15 CAN connector 1 qn un wenn J17 12V power supply connector Last J5 bi PWM connector f J18 3 C 12V input AC adapter jack A sis d Lp JY X V a Codie regis b 5 MTU2 connector Sad TT Sin 2 A c un 5 85 5 amp amp 5 O O O O lt lt D 6 c c c co x os c c c 5 C O c 8 Q G Q G 9 5e O o o x a5 2e g g a E 5 5 5 Q gt U o o o ke 5 a o o o o o E E E o o a a a c Ke o P Yoo 26 S o3 Del Dl Dl 3 50005 29 FTA 00000 idu a e 5699 a aad o L E ad oo o L Bot ye 2 4 oo a DO M ao GN J4 oo SD card slot t E C t E q i a JE P mT a eo s DO E in a E oc H zB S ao Y s a R mn DG E F4 Super t que a RL m oo AR Dp h 2 D pa F amp 99 G G E E J Do m s 4 DO gt D L i Do F S e 00000600 oc o5 oo V o o l om eu m 1 zi EE E no a a E B tu B BO Z 5 N ia oe faz A K nud ME 7T oee oz E S A pe 7 9 eru l Peu x l N a E a E aa tua la f a oOo o 0 ru py 900 R 0000000000 je 4
98. 4VF Asahi Kasel 24 bit 96kHz audio codec 1 3 D A Converters AK4353VF Asahi Kasei 96kHz 24 bit D A converter 1 4 CAN drivers HA13721FP Renesas 2 5 lEBus driver HA12187FP Renesas 1 Table 1 16 2 Major Components Connectors 2 2 No Name Part Number Manufacturer Remarks Quantity per Board 1 20 pin expansion connectors XG4C 2031 Omron 20 pin MIL spec 3 2 30 pin expansion connector XG4C 3031 Omron 30 pin MIL spec 1 3 40 pin expansion connector XG4C 4031 Omron 40 pin MIL spec 1 4 SD card slot DM1B DSF PEJ Hirose Reverse type 1 5 Audio optical connectors TOTX147PL Toshiba 1 6 UART connector B7B XH A J S T TTL level 1 Manufacturing 7 External IIC connector XG4C 2031 Omron 20 pin MIL spec 1 8 LCD module connector 1 J10 IMSA 9639S Iriso 0 5mm pitch FFC for 1 40D TX09D55VM1CDA only 9 LCD module connector 2 J11 IMSA 9619S Iriso 1 mm pitch FFC for 1 40B TX09D14VM3CCA only 10 LCD module connector 3 J12 XG4C 3031 Omron 30 pin MIL spec multi 1 purpose 11 IEBus connector B4B XH A J S T 2 5mm pitch 1 Manufacturing 12 CAN connectors B3B XH A J S T 2 5mm pitch 2 Manufacturing 13 PWM connector XG4C 2031 Omron 20 pin MIL spec 1 14 MTUZ2 connector XG4C 2031 Omron 20 pin MIL spec 1 R20UT0159EJ0100 Rev 1 00 ENESAS 1 21 SH7269 CPU Board ROK572690C000BR 1 Overview 1 17 Memory Maps Figure 1 17 1 shows the memory map example of the SH7269 on the SH7269 CPU Board Logic address SH
99. 5 PF11 SSIWS1 DV_DATA2 RxD1 MMC_D6 209 PF12 SSIDATA1 DV_DATA3 CN7 pin 19 TxD1 MMC_D7 210 PF13 A24 SSISCK2 SCK2 A24 Address bus CNS pin 17 211 PF14 A25 SSIWS2 RxD2 RxD2 Connected to the RS 232C CNB pin 16 AA aor 212 PF15 A0 SSIDATA2 TxD2 Connected to the RS 232C WDTOVF TxD2 UBCTRG connector J10 213 Ls co 203 204 205 206 207 08 2 CN7 pin 20 214 PJ10 DV_DATA10 PWM2C CN11 pin A2 TTL level SCK5 PRENNE LN Legend 3 3V power supply 1 25V power supply GND R20UT0159EJ0100 Rev 1 00 RENESAS Dec 07 2011 SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions Table 2 2 9 SH7269 Pin Functions 9 10 E e L haad Connector A O S O O O IRQ4 MMC_CD MMC_CD CD pin memory CE pin WP pin FRB Connected to NAND flash CN5 pin 10 SW6 2 OFF E TH IRQ6 MMC_D1 MMC D1 DAT1 pin 219 PJ11 DV_DATA11 CN1 pin B2 TTLlevel LCD_DATA11 PINT3 PWM2D SCK6 EN A es 220 PJ12 DV_DATA12 CN11 pin B11 LCD_DATA12 PINT4 PWM2E IS SCK7 ee LENS pin27 221 PJ13 DV_DATA13 CN11 pin A11 LCD_DATA13 PINT5 PWM2F TxD5 Ep w A E RR PF19 SD DO O SSIWS3 SD DO O Connected to SD MMC card slot a pin 7 E ay DO REN DO DATO DUET LAE CLK O SSIDATA3 SD CLK EET Connected to m card slot mn pin 5 WC RC CLK pun CLK CLK en Ki MN MMC CMD MMC CMD CMD pin EI een MMC_D3 MMC_D3 DAT3 pin A illa NN MMC D2 MMC D2 DAT2 pin ERES Data bus Mt ooo EE PJ24 SGOUT_0 SSISCK4 T
100. 5 1 4 Mini B Receptacle Pin Assignments J2 Table 5 1 2 Mini B Receptacle Pin Descriptions J2 R20UT0159EJ0100 Rev 1 00 lt 2 AS 5 4 Dec 07 2011 SENEC SH7269 CPU Board ROK572690C000BR 5 R0K572690C000BR Operating Specification 5 1 2 H UDI Port Connector 38 pin J3 The ROK572690C000BR includes a 38 pin H UDI port connector J3 to connect to an EIOA USB emulator Figure 5 1 5shows the H UDI port connector pin assignments Table 5 1 3 lists the pin descriptions 38 pin type 38 2 MOE Top view of the component side gt Side view Figure 5 1 5 H UDI Port Connector Pin Assignments 38 pin type J3 Table 5 1 3 H UDI Port Connector Pin Descriptions 38 pin type J3 NC ASEMD NG GND AUDCK NG ASEBRKAK ASEBRK RESET N TDO 3 3V NC 3 3V TCK TMS TDI TRST NC AUDATA3 NG AUDAT A2 NG AUDAT A1 NG AUDATAO NC AUDSYNC NC R20UT0159EJ0100 Rev 1 00 lt 2 AS 5 5 Dec 07 2011 ENES SH7269 CPU Board ROK572690C000BR 5 R0K572690C000BR Operating Specification 5 1 3 5V Power Supply Connector J4 The ROK572690COOOBR includes a system power supply connector Figure 5 1 6 shows the power supply connector pin assignments and Table 5 1 4 lists the pin descriptions Top view of the component side gt Side view Figure 5 1 6 Power Supply Connector Pin Assignment J4 Table 5 1 4 Power Supply Connector Pin Descriptions J4 R20UT0159EJ0100 Rev 1 00 lt 2
101. 5 1 shows the reset module block diagram 38 pin H UDI connector J3 Q RES 14 pin H UDI connector J7 RNA50C27AUS U20 gt EN pin of the 1 25 V DC DC PWM or SSIF U5 C RES Expansion SH7269 U1 connectpr CN7 D A Converter AK4353 330 KO z PDN CI RES PF7 SSIRxDO NOR flash memory U4 CIRESET Reset IC output delay time td 330 KO x 0 1 uF 33 ms RS 232C driver U15 CJSHDN Video decoder U11 AK8851 RESET Note Pin names in red indicate the function used i Optional Figure 4 15 1 Reset Module Block Diagram R20UTO159EJ0100 Rev100 Denicence AR Dec 07 2011 ZENESAS SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions 4 16 Power Supply Module 12 V power supply is input to the M3A HS64G02 and the voltage regulator on theM3A HS64G02 generates 8 V voltage and 5 V voltage 5 V voltage is provided to the ROK572690C000BR and the voltage regulator on the ROK572690C000BR generates 3 3 V digital 3VCC and 3 3 V analog A Vee Figure 4 16 1 shows the power supply module block diagram Legend Symbol Dual channel Voltage type Application avec 8 V digital CD deck PS 5VCC 5AVCC 5 V digital 5 V analog amr ro R C GE C Xm Cs XA ot JVCC JAVCC AVoc Notused 3 3 V digital B 3 3 V analog 3 3 V analog Key inpu
102. 59EJ0100 Rev 1 00 Dec 07 2011 PB22 A22 CTx2 IETXD CS4H A22 61 CKIO 62 PJ28 SSISCK5 TIOC1B RTS7 Address bus CN4 pin 5 JP4 Open QSSL_0 SSLOO SPBSSL Connected to serial flash memory 1 CS pin HEN Address bus CN4 pin 4 QMO_0 QIOO Connected to serial flash memory _0 1 SI pin MOSIO SPBMO_0 SP BIOO 0 Address bus CNA pin 3 QMI_0 QIO1_ Connected to serial flash memory 0 1 SO pin MISOO SPBMI 0 SPB Address bus CM pin2 oo Address bus Connected to NOR flash memory CE pin Connected to SW5 4 as boot mode input 2 Connected to SDRAM CLK pin CNG pin 20 Connected to SW5 2 as boot mode input O Connected to SW5 3 as boot mode input 1 Connected to DAC 2 U12 BICKI CN7 pin 22 pin Connected to DAC 2 U12 LRCKI CN7 pin 24 pin CN4 pint CN6 pin 5 JP5 1 2 JP5 2 3 RES low RES low MD BOOT2 CKIO MD BOOTO CN1 pin 10 MD_BOOT1 CN1 pin 9 SSISCK5 SW6 3 OFF SSIWS5 IERxD Connected to the lEBus driver IC CN1 pin 19 SW6 4 OFF Connected to DAC 2 U12 SDTI pin SSIDATAS CN7 pin 23 IETxD Connected to the IEBus driver IC CN1 pin 20 SW6 4 OFF 1 25V power supply GND 3 4 ENESAS SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions Table3 2 4 SH7269 Pin Functions 4 11 Symbol Description Expansion Connector pin B16 Connected to the CD deck CN7 pin 27 Ie laiii LCD EXTCLK CN7
103. 6MD 2 0 B 000 PJ17MD 2 0 B 000 PJ18MD 2 0 B 000 PJ19MD 2 0 B 000 SH7269 Multiplexed Pin Name PJ15 DV DATA15 LCD DATA15 PINT7 PWM2H TxD7 PJ14 DV DATA14 LCD DATA14 PINT6 PWM2G TxD6 PJ13 DV DATA13 LCD DATA13 PINTS PWM2F TxD5 PJ12 DV DATA12 LCD DATA12 PINT4 PWM2E SCK7 PJ11 DV DATA11 LCD DATA11 PINT3 PWM2D SCK6 PJ10 DV DATA10 LCD DATA10 PINT2 PWM2C SCK5 PJ9 DV_DATA9 LCD_DATA9 PINT1 PWM2B RT S5 PJ8 DV_DATA8 LCD_DATA8 PINT0 PWM2A CTS5 SH7269 Multiplexed Pin Name PJ16 DV_DATA16 LCD_DATA16 RSPCKO TIOCOA SIOFSCK PJ17 DV DATA17 LCD DATA17 SSLOO TIOCOB SIOFSYNC PJ18 DV DATA18 LCD DATA18 MOSIO TIOCOC SIOFTxD PJ19 DV DATA19 LCD DATA19 MISOO TIOCOD SIOFRxD AUDIO XOUT 24 NE SAS 219 SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions 2 3 Memory The ROK572690C000BR includes the SH7269 internal RAM external flash memories an external SDRAM and an external EEPROM 2 3 1 SH7269 Internal RAM The SH7269 includes 64 KB high speed internal RAM that allows high speed access to MCU and 2 5 MB large capacity internal RAM of which 128 KB is used for data retention 2 3 2 NOR Flash Memory Interface The ROK572690C000BR comes standard with an NOR flash memory listed in the table below to store the user program The NOR flash memory works at 16 bit mode and 3 3 V only single power supply The SH7269 address pins A20 to A13 are multiplexed with Renesas Serial Peripheral Interface RSPI pins Set JP4 and JP5
104. 7 2011 SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification 7 1 2 UART Connector J2 The M3A HS64G02 includes UART connector J2 with TTL level flow control Figure 7 1 3 shows the UART connector pin assignments Table 7 1 7 lists the pin descriptions J2 lt Top view of the component side gt 6 6 1 7 Figure 7 1 3 UART Connector Pin Assignments J2 Table 7 1 7 UART Connector Pin Descriptions J2 Pin Na Signal Name Pin No Signal Name 1 3 3V 2 RxD PG22 LCD DATA22 LCD TCON5 RxD5 AUDSYNCH TxD PG23 LCD DATA23 LCD TCON6 Sa AU Le AS O ICI Note The signal names in bold style are setting functions R20UT0159EJ0100 Rev 1 00 2 AS 7 6 Dec 07 2011 4S NES SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification 7 1 3 External IIC Connector J3 M3A HS64G02 includes an MIL spec connector J3 for connecting external IC interfaces Figure 7 1 4 shows the external IIC interfaces connector pin assignments Table 7 1 8 lists the pin descriptions lt Top view of the component side gt 2 J3 20 O OO 0 000 Uo GO O 0000000000 1 19 Figure 7 1 4 Connector Pin J3 Assignments Table 7 1 8 Connector Pin J3 Descriptions Pin No Signal Name Pin No Signal Name SCL PEO SCLO TCLKA LCD EXTCLK SDA PE1 SDA0 TCLKB AUDIO CLK DV Guo 20 GND NM The names in bold style are setting functions 1 For
105. 7269 Logic Space ROK572690C000BR Memory Map H 0000 0000 T Flash memory 32 MB 16 bit bus H 0200 0000 CSO space 64MB hr User area H 0400 0000 CS1 space 64MB User area aoedd 0000 ERR CS2 space 64MB User area H OCOO 0000 H ODOO 0000 CS3 space 64MB User area ariooso 0000 DEBERE CS4 space 64MB User area g i1400 0000 DEBEO CS5 space 64MB User area pda 6000 DEED os SPI multi I O bus area 8MB scisco RS User area Other 128MB H 1C00 0000 Large capacity internal RAM 2 5MB es pooo BEBE Reserved Do not use 4000 9090 CS0 to CS5 spaces other CS0 to CS5 spaces other Cache disabled space Cache disabled space 14000 0000 Smm 85 017 Reserved Do not use Reserved Do not use a 8000 0000 neo Reserved Do not use Reserved Do not use H FFF8 8000 High speed internal RAM High speed internal RAM 64KB 64KB H FFF9 0000 Internal RAM reserved Internal RAM reserved Do not use Do not use H FFFC 0000 H FFFF FFFF Figure 1 17 1 SH7269 Memory Map Example R20UTO159EJO100 Rev 100 DD Dec 07 2011 ZENESAS SH7269 CPU Board ROK572690C000BR 1 Overview 1 18 Absolute Maximum Ratings Table 1 18 1 and Table 1 18 2 list the absolute maximum ratings of the SH7269 CPU Board and its optional boards Table 1 18 1 Symbol VCC 3VCC 1 2VCC Topr T sto SH7269 CPU Board Absolute Maximum Ratings Item Value 5V system power supply voltage 0 3V to 6 0V 3 3V system p
106. 72690C000BR Schematics R20UT0159EJ0100 Rev 1 00 ENESAS Appendix 1 Dec 07 2011 SH7269 CPU Board ROK572690C000BR Appendix This page is intentionally left blank R20UT0159EJ0100 Rev 1 00 sE NC SAE Appendix 2 Dec 07 2011 O CHANGE AAA AAA 2 222 AA SH7269 CPU board ROK572690C000BR SCHEMATICS TITLE PAGE Note INDEX 1 177 Digital GND GND CPUTSHZI269 CLOCK CPU SH7269 power Memory USB NOR SDRAM NAND EEPROM Serial flash Video SD Push Switch RS 232C H UDI User I F Reset Power Ext Connector aE Analog GND AVss Hs Co N lt gt USB Analog GND USB_AVSS m Not mounted Vec Digital Dy SN Digi al 23V 3VCC CPU 3 3V for CPU I O LeAVCCE lL 25V for CPU Core PLLVcc Analog 3 3V for PLL UA3V Analog 3 3V for USB UA1 2V Analog 1 25V for USB AVoG Analog 33V AVref 3 3V for ADC Voltage Reference AN3V Analog 3 3V for Video CO OY UI Fixed Resistors Resistor Array Ceramic Caps Tantalum Electrolytic Caps Decoupling Caps Renesas Solutions Corp ROK572690COOOBR R RA e CE CE U1 1 D 15 0 l 48 A23 gt SH72690FP c gt PD 15 0 4 8 RENESAS RA3 3VCC RA4 Bee iene Bot bt Pune NB MWE NAG ia ERS A2 TIOCOB SIII B M Sa lR PD2 D2 PWMIC 23 95 N03 a DW A PB4 A4 TIOCOD PD3 D3 PWM1D VW a PB5 A5 TIOC1A PD4 D4 FRE PWM1E oem
107. 9 CPU Board ROK572690C000BR 1 Overview 1 3 SH7269 CPU Board Specifications Table 1 3 1 and Table 1 3 2 describe the specifications of the SH7269 CPU Board Table 1 3 1 SH7269 CPU Board Specifications ltem CPU External memory USB SD card interface Composite video input Connectors and through holes R20UT0159EJ0100 Rev 1 00 Dec 07 2011 Description SH7269 e Input XIN clock 13 33MHz e Bus clock Up to 133 33MHz e CPU clock Up to 266 67MHz e Internal memory High speed internal RAM 64KB Large capacity internal RAM 2 5MB Instruction cache 8KB Operand cache 8KB e Power supply voltage internal 1 25V I O 3 3V e 256 pin QFP 0 4mm pitch package code PLOPO256LB A e SDRAM 16MB EDS1216AATA 75E 1 Elpida e NOR flash memory 32MB 29GL256P90TFIR1 1 Spansion e NAND flash memory Optional Board pattern is designed to install the K9F2GO8U0B PCBO 1 Samsung e Serial flash memory 4MB S25FLO32POXMFI01 2 Spansion e EEPROM 16KB R1EX24128ASASOA 1 Renesas e USB Series A receptacle Mini B receptacle is optional e Accesses the SD card by the SH7269 on chip SD Host Interface SDHI e Accesses the MMC by the SH7269 on chip MMC Host Interface MMC SD card slot 1 Includes a card power control IC Software control NOT allowed e Inputs the analog video signal to the SH7269 on chip video decoder directly e 14 pin or 38 pin H UDI port connector e RS 232C connector D
108. 900 Renesas Electronics Europe GmbH Arcadiastrasse 10 40472 D sseldorf Germany Tel 49 211 65030 Fax 49 211 6503 1327 Renesas Electronics China Co Ltd 7th Floor Quantum Plaza No 27 ZhiChunLu Haidian District Beijing 100083 P R China Tel 86 10 8235 1155 Fax 86 10 8235 7679 Renesas Electronics Shanghai Co Ltd Unit 204 205 AZIA Center No 1233 Lujiazui Ring Rd Pudong District Shanghai 200120 China Tel 86 21 5877 1818 Fax 86 21 6887 7858 7898 Renesas Electronics Hong Kong Limited Unit 1601 1613 16 F Tower 2 Grand Century Place 193 Prince Edward Road West Mongkok Kowloon Hong Kong Tel 852 2886 9318 Fax 852 2886 9022 9044 Renesas Electronics Taiwan Co Ltd 13F No 363 Fu Shing North Road Taipei Taiwan Tel 886 2 8175 9600 Fax 886 2 8175 9670 Renesas Electronics Singapore Pte Ltd 1 harbourFront Avenue 06 10 keppel Bay Tower Singapore 098632 Tel 65 6213 0200 Fax 65 6278 8001 Renesas Electronics Malaysia Sdn Bhd http www renesas com Unit 906 Block B Menara Amcorp Amcorp Trade Centre No 18 Jin Persiaran Barat 46050 Petaling Jaya Selangor Darul Ehsan Malaysia Tel 60 3 7955 9390 Fax 60 3 7955 9510 Renesas Electronics Korea Co Ltd 11F Samik Lavied or Bldg 720 2 Yeoksam Dong Kangnam Ku Seoul 135 080 Korea Tel 82 2 558 3737 Fax 82 2 558 5141 O 2011 Renesas Electronics Corporation All rights reserved Colophon 1 1 SH7269 CPU Boar
109. A al O Legend 3 3V power supply 1 25V power E R20UTO159EJ0100 Rev 1 00 24 NESAS 3 7 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions Table 3 2 7 SH7269 Pin Functions 7 11 Symbol Description Expansion Connector 158 PJ3 DV DATA3 DV DATA3 DV input CN11 pin B9 LCD DATA3 SD DO 1 PJ3 Connected to the character LCD DB4 CN7 pin 14 SW6 3 OFF PWM1D pin SD DO 1 Connected to the SD card slot DATO pin Connected to DAC2 U12 BICKI pin CN7 pin 22 159 PJ4 DV DATA4 DV_DATA4 CN11 pinA9 LCD DATA4 SD CLK 1 PJ4 Connected to the character LCD DB3 CN7 pin 3 SW6 3 OFF PWM1E pin Connected to the SD card slot CLK pin ConnectedtoDAC2 U12 LRCKI pin CNT pin 24 PINT1 TIOC3B CN10 pin B6 PINT2 TIOC3C CN10 pin A7 Eec LEE PG11 D27 LCD DATA11 LCD DATA11 Connected to LCD module D11 pin CN9 pin 13 PINT3 TIOC3D CN10 pin B7 164 Vas A PG12 D28 LCD DATA12 LCD DATA12 Connected to LCD module D12 pin CN9 pin 16 PINTA CN10 pin B8 Vec nn PEA PG13 D29 LCD DATA13 LCD DATA13 Connected to LCD module D13 pin CN9 pin 18 PINT5 CN10 pin A9 PINT6 CN10 pin B9 PINT7 CN10 pin A10 170 PG16 WE2 CIORD CN10 pin A11 RO DQMUL LCD_DATA16 Connected to the H UDI port AUDATAO connector J3 171 PJ5 DV_DATAS CNI1 pinA7 LCD DATA5 SD CMD 1 PJ5 Connected to the character LCD DB2 CN7 pin 4 SW6 3 OFF PWM1F pin SD CMD 1 Connected to the SD card slot CMD pin
110. A1 TCLKD ADTRG DV_HSYNC PE2 SCL1 TCLKC IOIS16 DV_VSYNC PE1 SDAO TCLKB AUDIO CLK DV CLK PEO SCLO TCLKA LCD_EXTCLK SH7269 Multiplexed Pin Name PJ20 DV DATA20 LCD DATA20 LCD TCON3 IRQ0 CRx2 CRx0 CRx1 CRx2 PJ21 DV_DATA21 LCD_DATA21 LCD_TCON4 IRQ1 CTx2 CTx08 CTx18CTx2 SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions Table 4 2 19 SH7269 Multiplexed Pin Functions IEB Peripheral Pin Name SH7269 Port Control Register SH7269 Multiplexed Pin Name Function Register Name MD bit setting IEB IERxD PJCR7 PJ29MD 2 0 B 101 PJ29 SSIWS5 TIOC2A IERXD IETxD PJCR7 PJ30MD 2 0 B 101 PJ30 SSIDATAS TIOC2B IETxD Note Bold text indicates the function used Table 4 2 20 SH7269 Multiplexed Pin Functions FLCTL Peripheral Pin Name SH7269 Port Control Register SH7269 Multiplexed Pin Name Function Register Name MD bit setting FLCTL NAF7 PDCR3 PD15MD 1 0 B 01 PD15 D15 NAF7 PWM2H NAF6 PDCR3 PD14MD 1 0 B O1 PD14 D14 NAF6 PWM2G NAF5 PDCR3 PD13MD 1 0 B O1 PD13 D13 NAF5 PWM2F NAF4 PDCR3 PD12MD 1 0 B 01 PD12 D12 NAF4 PWM2E NAF3 PDCR2 PD11MD 1 0 B 01 PD11 D11 NAF3 PWM2D NAF2 PDCR2 PD10MD 1 0 B O1 PD10 D10 NAF2 PWM2C NAF1 PDCR2 PD9MD 1 0 B 01 PD9 D9 NAF1 PWM2B NAFO PDCR2 PD8MD 1 0 B 01 PD8 D8 NAFO PWM2A FWE PDCR1 PD7MD 1 0 B 01 PD7 D7 FWE PWM1H FALE PDCR1 PD6MD 1 0 B 01 PD6 D6 FALE PWM1G FCLE PDCR1 PD5MD 1 0 B 01 PD5 D5 FCLE PWM1F FREH PDCR1 PD4MD 1 0 B 01
111. A14 LCD_DATA14 PINT6 PWM2G TXD6 PH7 AN7 PINT7 PJ15 DV DATA15 LCD DATA15 PINT7 PWM2H TXD7 5 6 8 PG 27 0 lt _ gt PJ16 DV_DATA16 LCD DATA16 RSPCKO TIOCOA SIOFSCK PJ17 DV_DATA17 LCD DATA17 SSLOO TIOCOB SIOFSYNC PGO PJ18 DV_DATA18 LCD DATA18 MOSIO TIOCOC SIOFTXD aveo x4 SS 4 PGO D16 LCD DATAO IRQO TIOCOA PJ19 DV DATA19 LCD DATA19 MISOO TIOCOD SIOFRXD AUDIO XOU SG 8002DC 5 33MHz R19 Se a PG1 D17 LCD DATA IRQ1 TIOCOB PJ22 DV_DATA22 LCD DATA22 LCD TCON5 IRQ2 CRX1 CRXO CRX 5 f PG27 br a PG2 D18 LCD DATA2 IRQ2 TIOCOC PJ23 DV_DATA23 LCD_DATA23 LCD TCON6 IRQ3 CTX1 CTXO amp CTX1 CP4 27 VCC OUT4 UL Ra PG3 D19 LCD DATA3 IRQ3 TIOCOD PJ24 SGOUT_0 SSISCK4 LCD_TCON3 SPDIF_IN SCK7 0 1uF 180 SETE PG4 D20 LCD DATA IRQ4 TIOC1A PJ25 SGOUT 1 SSIWS4 LCD_TCON4 SPDIF_OUT RXD7 GND OE C PG5 D21 LCD DATAR IRQ5 TIOC1B PJ26 SGOUT_2 SSIDATA4 LCD_TCONS TXD7 XRZA BTI N NP e PG6 D22 LCD_DATA6 IRQ6 TIOC2A PJ27 SGOUT_3 TIOC1A CTS7 LCD Do PG7 D23 LCD DATAT IRQ7 TIOC2B PJ28 SSISCK5 TIOC1B RTS7 E ME RR or PG8 D24 LCD_DATA8 PINTO TIOC3A PJ29 SSIWS5 TIOC2A IERXD lt __ gt PCI8 0 4 8 ul ps PG9 D25 LCD_DATA9 PINT1 TIOC3B PJ30 SSIDATAS TIOC2B IETXD GA 5 3 U2 SN74CB3Q3257 NB PG10 D26 LCD DATA10 PINT2 TIOC3C PJ31 DV
112. ACKO PFO BREQZ QSPCLK 1 RSPCK1 TIOCAA DREQO AUDCK 3 16 SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions Table 3 2 20 SH7269 Multiplexed Pin Functions RQSPI Peripheral Pin Name SH7269 Port Control Register SH7269 Multiplexed Pin Name Function Register MD Bit Setting Name RQSPI QIO3 0 PBCR4 PB16MD 2 0 B 010 PB16 A16 QIO3_0 SPBIO3_0 QIO2 0 PBCR3 PB15MD 2 0 B 010 PB15 A15 QIO2 0 SPBIO2 0 QIO1 O PBCR5 PB20MD 2 0 B 010 PB20 A20 QMI_0 QIO1_0 MISOO SPBMI_0 SPBIO1_0 QIOO 0 PBCR4 PB19MD 2 0 B 010 PB19 A19 QMO_0 QIOO_0 MOSIO SPBMO O SPBIOO 0 QSSL 0 PBCR4 PB18MD 2 0 B 010 PB18 A18 QSSL_0 SSLOO SPBSSL QSPCLK 0 PBCR4 PB17MD 2 0 B 010 PB17 A17 QSPCLK_0 RSPCKO SPBCLK QIO3 1 PBCR3 PB14MD 2 0 B 010 PB14 A14 Q0IO3 1 SPBIOS3 1 QIO2 1 PBCR3 PB13MD 2 0 B 010 PB13 A13 QIO2 1 SPBIO2 1 QIO41 1 PFCRO PF3MD 2 0 B 010 PF3 CS2 QMIL_1 QIO1_1 MISO1 TIOC4D AUDIO XOUT SPBMI_1 SPBIO1_1 QIOO 1 PFCRO PF2MD 2 0 B 010 PF2 WAITH QMO_1 QIOO_1 MOSI1 TIOC4C TENDO SPBMO_1 SPBIOO_1 QSSL_1 PFCRO PF1MD 2 0 B 010 PF1 BACKH QSSL_1 SSL10 TIOC4B DACKO QSPCLK_1 PFCRO PFOMD 2 0 B 010 PF0O BREQ QSPCLK_1 RSPCK1 TIOC4A DREQO AUDCK Notes 1 These values must not be set in boot modes 0 and 1 2 Bold text indicates the function used Table 3 2 21 SH7269 Multiplexed Pin Functions SPIBSC Peripheral Pin Name SH7269 Port Control Register SH7269 Multiplexed Pin Name Function Register
113. AS SCK7 CTx0 CTx0 amp CTx1 amp CTx2 PC7 CKE RxD7 CRx1 CRx0 CRx1 IRQ1 PC2 RD WR SCK6 PF13 A24 SSISCK2 SCK2 PF8 A23 TXDO PB22 A22 CTx2 IETxD CS4 PB21 A21 CRx2 IERxD PB20 A20 OMISO0 amp QIO10 MISOO SPBMI_0 SPBIO1_0 PB19 A19 OMO 0 amp QIOO 0 MOSIO SPBMO O SPBIOO 0 PB18 A18 QSSL 0 SSLOO SPBSSL PB17 A17 QSPCLK O RSPCKO SPBCLK PB16 A16 QIO3 0 SPBIO3 0 PB15 A15 QIO2 0 SPBIO2 0 PB14 A14 Q103_1 SPBIO3 1 PB13 A13 QIO2 1 SPBIO2 1 PB12 A12 TIOC3D PB11 A11 TIOC3C PB10 A10 TIOC3B PB9 A9 TIOC3A PB8 A8 TIOC2B PB7 A7 TIOC2A PB6 A6 TIOC1B PB5 A5 TIOC1A PB4 A4 TIOCOD PB3 A3 TIOCOC PB2 A2 TIOCOB PB1 A1 TIOCOA PD15 D15 NAF7 PWM2H PD14 D14 NAF6 PWM2G PD13 D13 NAF5 PWM2F PD12 D12 NAF4 PWM2E PD11 D11 NAF3 PWM2D PD10 D10 NAF2 PWM2C PD9 D9 NAF1 PWM2B PD8 D8 NAFO PWM2A PD7 D7 FWE PWM1H PD6 D6 FALE PWM1G 4 14 SH7269 CPU Board ROK572690C000BR Table 4 2 14 SH7269 Multiplexed Pin Functions BSC2 Peripheral Pin Name SH7269 Port Control Register Function Register Name MD Bit Setting BSC D5 PDCR1 PD5MD 1 0 B 01 D4 PDCR1 PD4MD 1 0 B 01 D3 PDCRO PD3MD 1 0 B 01 D2 PDCRO PD2MD 1 0 B 01 D1 PDCRO PD1MD 1 0 B 01 DO PDCRO PDOMD 1 0 B 01 Notes 1 These values must be set in boot modes 2 to 5 2 Bold text indicates the function used Table 4 2 15 SH7269 Multiplexed Pin Functions INTC Peripheral Pin Name SH7269 Port Control Register Function S Register Name MD Bit Setting INTC IRQ1
114. AS 4 34 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions 4 12 1 0 Ports The SH7269 I O ports are connected to switches and LEDs on the M3A HS64G02 To use ports PHO to PH3 as key input switches 4 switches x 4 inputs via an A D Converter ADC set the ports as analog input pins ANO to AN3 PJ16 and PJ17 can be used as the user setting switches input PJ18 and PJ19 can be used as the user LED control output Figure 4 12 1 shows the I O ports block diagram Expansion connector CN3 gt lt le O y x O O 7 KQ 1 58 KQ o M e o 2 E o_o SW K T o_o e oS gt Q e m x O HO o M e ro 9 M MO B i gt Q ro ag x O Doe IS AMO Lo gt cz Qo O m O o M e O 3 3 V x 4 70 KR TT A o_o SW K T 0 o o Figure 4 12 1 R20UTO159EJ0100 Rev 1 00 Dec 07 2011 3 3 V x 14 0 KR 14 0 KR 4 7 KR 4 70 KR 4 7 KR 83Vx1 58 KR 1 58 KR 4 7 KR 0 83 V 3 3 V x 0 00 KR 0 00 KR 4 7 KR PJ18 DV_DATA18 PJ19 DV_DATA19 PJ16 DV_DATA16 PJ17 DV_DATA17 User DIP switches SW6 o x Note Pin names in red indicate the function used 2 47 V 1 65 V OV 24 NESAS I O Ports Block Diagram 4 35 SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Func
115. ASEBRKAK ASEBRK c ASEBRKAK ASEBRK RES RES VCC TR VCC E 3 3 V MA ASEMD T Notes 1 For more information about connecting the ROK572690C000BR and E10A USB emulator refer to the E10A USB emulator User s manual 2 Pin names in red indicate the function used TCK L n PEN 3 li Pisos Optional ToDo ASEBRKAK ASEBRK D s 2 1 13 8 RES Figure 2 11 1 H UDI Block Diagram R20UT0159EJ0100 Rev 1 00 RENESAS 2 37 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions 2 12 SD MMC Card Interface The ROK572690C000BR includes an SD MMC card slot The SD MMC card slot is connected to the SH7269 SD Host Interface SDHI and the MMC Host Interface MMC SDHI channel 0 pin and MMC host interface MMC pin are multiplexed with the NAND flash memory controller FLCTL pins Figure 2 12 1 shows the SD MMC card interface block diagram Table 2 12 1 lists the DIP switches setting SW6 2 NAND flash memory SH7269 U1 SD MMC card slot J13 PF23 SD D2 0 MMC D2 MCVDD PF22 SD D3 0 MMC D3 MCVDD 22 KO CMD PF21 SD_CMD_0 MMC_CMD ES PF20 SD CLK 0 MMC CLK WKO CIK PF19 SD DO 0 MMC DO 3 3V PF18 SD D1 0 MMC D1 lis SD or NAND U3 33V O PF17 SD WP O FRB AW Tao kQ PF16 SD CD O FCEZ MMC CD AW LTC1470 U13 mevoo C ENO OUT T 177 When SD MMC card is inserted Note Pin names in red indicate the COMMON and
116. ATA19 MISOO TIOCOD SIOFRxD AUDIO XOUT PJO DV DATAO LCD DATAO SD CD 1 PWM1A PJ1 DV DATA1 LCD DATA1 SD WP 1 PWM1B PJ2 DV DATA2 LCD DATA2 SD D1 1 PWM1C PJ3 DV DATA3 LCD DATAS3 SD DO 1 PWM1D PJA DV DATAA LCD DATA4 SD CLK 1 PWM1E PJ5 DV DATAS LCD DATAS SD CMD 1 PWM1F PJ6 DV DATAG LCD DATA6 SD D3 1 PWM1G PJ7 DV DATA7T LCD DATA7 SD D2 1 PWM1H PE2 SCL1 TCLKD IOIS16 DV_VSYNC PE3 SDA1 TCLKD ADTRG DV_VSYNC PE6 SCL3 RxD6 PE7 SDA3 RxD7 PF7 CE2B SSIRxD0 RxD0 SGOUT_3 CTS1 PF9 BSZ DV DATAO SCKO MMC DA4 RTS1 24 NESAS Sel SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions 4 3 LCD Module Interface 4 3 1 LCD Module Interface The M3A HS64G02 includes two flexible connectors and one MIL spec connector for connecting LCD modules The SH7269 on chip Video Display Controller VDC4 controls the LCD modules Figure 4 3 1 shows the LCD module interface block diagram Expansion connectors CN1 EE CN9 PG15 to PGO LCD DATA15 to gt 16 LCD DATAO SH7269 U1 Socket X1 CLK W 9 PG27 LCD EXTCLK PG24 LCD CLK Hw EN PJ22 DV DATA22 LCD TCON5 PG25 LCD TCONO PG26 LCD TCON1 PJ23 DV DATA23 LCD TCON6 Ke PFO QSPCLK 1 RSPCK1 TIOCAA AUDCK PH7 AN7 Note Pin names in red indicate the function used BEEN Optional Co pe lt J N d Figure 4 3 1 R20UTO0159EJO100
117. Applications sample programs Available from the Renesas Electronics Renesas technical update Product specifications updates on website documents etc 2 Frequently Used Abbreviations and Acronyms bps CRC DMA GSM io LSB MSB All trademarks and registered trademarks are the property of their respective owners Table of Contents TOVON OW Ix ELK N 1 1 1 1 Ys e A A A E E OEO 1 1 1 1 1 SH7269 CPU Board Part Number SH7269 CPU Board esee een 1 1 LUN e Optional Board for Audio Part Number M3A HS64G01 esse 1 1 1 1 3 Optional Board for Graphic Display Part Number M3 A HS64G02 sss 1 1 12 SH 269 CPU Board Re S cT RL 1 2 1 3 5117209 CPU Board Speer Call ONS re sarntsnneten picada ro cicle 1 3 1 4 IZOD CPU DOE Ta e o sent n dato etie aa iet eden o tas tet EU ated 1 5 1 5 SH 7269 CPU Board Block Dia Std vederdistel 1 6 1 6 SH7269 CPU Board Maj Gr COMPONENS TT 1 7 1 7 I RTE e EEN RR T E ODE trial aiii 1 10 1 8 M3A HS64G01 Board Specifications sees ee eee 1 11 1 9 M3 ASHS64G0T EXE lloc 1 12 1 10 M3A Hs64G01 Block DITA ta 1 13 1 11 Ma ASHS64GO0I Major Components corts id ci lead botes 1 14 1 12 M5 A HS04G02 Conf Surat o A A A vat et eee add 1 16 1 13 MS3A HS64G602 Board Specifications an a pair 1 17 1 14 IMIBASHSGAGO2 EXPO A A ias 1 18 1 15 NM5SASHS64G02 Block E ninel ici 1 19 1 16 MS A H564G02 Major Re eT 1 20 1 17 Memore MaD ssrin T E E E O A E 1 22 1 18 Absolute Maximum Rabies
118. B19MD 2 0 B 110 PB19 A19 QMO_0 QIOO 0 MOSIO SPBIOO 0 SPBMO O SPBIOO 0 SPBMI 0 PBCR5 PB20MD 2 0 B 110 PB20 A20 QMI_0 QIO1_0 MISOO SPBIO1_0 SPBMI_0 SPBIO1_0 SPBIO2 0 PBCR3 PB15MD 2 0 B 110 PB15 A15 QIO2 0 SPBIO2 0 SPBIO3 0 PBCR4 PB16MD 2 0 B 110 PB16 A16 QIO3 0 SPBIO3 0 SPBMO 1 PFCRO PF2MD 2 0 B 110 PF2 WAIT2 QMO 1 QIOO 1 MOSI1 TIOCAC SPBIOO 1 TENDO SPBMO 1 SPBIOO 1 SPBMI 1 PFCRO PF3MD 2 0 B 110 PF3 CS2 QMI 1 QIO1 1 MISO1 TIOCAD SPBIO1 1 AUDIO_XOUT SPBMI_1 SPBIO1_1 SPBIO2 1 PBCR3 PB13MD 2 0 B 110 PB13 A13 QIO2 1 SPBIO2 1 SPBIO3 1 PBCR3 PB14MD 2 0 B 110 PB14 A14 QIO3 1 SPBIO3 1 2 Bold text indicates the function used R20UTO0159EJO100 Rev 1 00 4 17 Dec 07 2011 434 NESAS SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions Table 4 2 24 SH7269 Multiplexed Pin Functions SDHI Peripheral Pin Name SH7269 Port Control Register SH7269 Multiplexed Pin Name Function Register Name MD Bit Setting SDHI SD_CD_0 PFCR5 PF16MD 2 0 B 001 PF16 SD_CD_0 FCE IRQ4 MMC_CD SD WP 0 PFCR5 PF17MD 2 0 B 001 PF17 SD WP O FRB IRQ5 SD D1 O PFCR5 PF18MD 2 0 B 001 PF18 SD D1 O SSISCK3 IRQ6 MMC D1 SD DO 0 PFCR5 PF19MD 2 0 B 001 PF19 SD DO O SSIWS3 IROQ7 MMC DO SD CLK 0 PFCR6 PF20MD 2 0 B 001 PF20 SD CLK O SSIDATA3 MMC CLK SD CMD O0 PFCR6 PF21MD 2 0 B 001 PF21 SD_CMD_0 SCK3 MMC_CMD SD D3 0 PFCR6 PF22MD 2 0 B 001 PF22 SD D3 O RxD3 MMC D3 SD D2 0 PFCR6 PF2
119. BR On the M3A HS64G02 PJ7 to PJO pins are multiplexed with the SDHI pins and PWM output pins SDHI and PWM output cannot be used when using the character LCD module on the M3A HS64G02 Figure 4 3 2 shows the character LCD module block diagram Table 4 3 1 lists the DIP switches setting SW6 3 Table 4 3 2 lists the M3A HS64G02 jumper setting JP3 R20UTO159EJ0100 Rev 100 R ah a a a O Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions Expansion connectors CNG CN7 8 Video signal input module PWM interface SH7269 U1 DV or SD U22 LCD or SD U2 Character LCD J1 PJ7 DV_DATA7 SD_D2_1 PWM1H PJ6 DV_DATA6 SD_D3_1 PWM1G PJ5 DV_DATA5 SD_CMD_1 PWM1F PJ4 DV_DATA4 SD_CLK_1 PWM1E PJ3 DV_DATA3 SD_DO_1 PWM1D PJ2 DV_DATA2 SD_D1_1 PWM1C PJ1 DV_DATA1 SD_WP_1 PWM1B PJO DV_DATAO SD_CD_1 PWM1A PE6 SCL3 RxD6 PE7 SDA3 RxD7 7 DIP switches SW6 3 PJ25 SSIWS4 PJ24 SSISCK4 PJ30 SSIDATAS IETxD PJ29 SSIWS5 IERxD PJ28 SSISCK5 PF12 SSIDATA1 PF11 SSIWS1 PF10 CS1 SSISCK1 Note Pin names in red indicate the function used Figure 4 3 2 Character LCD Module Block Diagram Table 4 3 1 R0K572690C000BR DIP Switches SW6 3
120. BR 5 R0K572690C000BR Operating Specification 5 2 2 Switch and LEDs ROK572690C000BR includes seven switches and three LEDs Figure 5 2 3 shows the switch assignments and LED pin assignments Table 5 2 5 describes about on chip switches Table 5 2 6 and Table 5 2 7 list LED descriptions Table 5 2 8 described on chip LEDs mpm SW7 SW4 SW3 SW5 TEST IRQ1 NMI Top view of the component side gt Figure 5 2 3 Diagram of Populated Switches and LEDs for R0K572690C000BR Table 5 2 5 R0K372690C000BR Switches SWi Powers EA Reset switch For the details refer to Section 2 9 SW3 NMI switch For the details refer to Section 2 7 IRQ1 switch For the details refer to Section 2 7 DIP switch for setting the system with 4 poles For the details refer to Table 5 2 6 DIP switch for users with 6 poles For the details refer to Table 5 2 7 TEST switch For the details refer to Section 2 7 R20UT0159EJ0100 Rev 1 00 lt 2 AS 5 23 Dec 07 2011 ENES SH7269 CPU Board ROK572690C000BR 5 R0K572690C000BR Operating Specification Table 5 2 6 Explanation of DIP Switches for System setting MD CLKO is high Prohibited setting MD CLKO MD CLKO is low Clock mode 0 MD BOOTO MD BOOTO is low MD BOOT 2 0 SW5 3 IE setting by default MD BOOT1 is hiah 0 B 00 NOR flash memory bus width is 16 bits 1 B 10 NOR flash memory bus width is 32 bits Table 5 2 7 Explanation of the Fun
121. C pin CN10 EE pin A17 Legend 3 3V power supply 1 25V power supply GND R20UT0159EJ0100 Rev 1 00 RENESAS 4 9 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions Table 4 2 9 SH7269 Pin Functions 9 11 Symbol Description Expansion PG27 LCD_TCON2 LCD EXTCLK Connects LCD module CN9 pin 26 eme JN Ou PFO BREQ O Connected to the H UDI CN7 pin30 AUD QSPCLK 1 RSPCK1 port connector J3 TIOCAA DREQO QSPCLK 1 Connected to serial flash 192 193 AUDCK RSPCK1 memory 2 SCK pin TIOCAA Connected to the MTU2 CN9 pin 28 connector J16 194 Ve A AAA 195 PF1 BACKZ QSSL 1 QSSL 1 Connected to serial flash CN5 pin 20 SSL10 TIOCAB DACKO SSL10 memory 2 CS pin 196 vss E E 197 PF2 WAITZ QMO 1 QIOO 1 MOSI1 TIOCAC TENDO SPBIOO 1 QMO 1 QIOO 1 Connected to serial flash CN7 pin 31 MOSI1 memory 2 SI pin SPBMO 1SPBIOO 1 TIOCAC Connected to the MTU2 CN9 pin 30 connector J16 198 PF3 CS2 QMI_1 QIO1 1 MISO1 TIOCAD AUDIO XOUT SPBMI 1 SPBIO1 1 OMI 1 QIO1 1 MISO1 SPBMI_1SPBIO1_1 TIOC4D Connected to the MTU2 connector J16 Connected to serial flash memory 2 SO pin CN7 pin 33 199 PF4 CSS CE1A SSISCKO SGOUT 0 SGOUT 0 SSISCKO Connected to the DAC BICK pin CN7 pin 36 0 O resistor 200 PF5 SSIWSO SGOUT 1 SGOUT 1 SSIWSO Connected to the DAC LRCK pin CN7 pin 35 0 O resistor 201 PF6 CE2A SSITxDO SGOUT 2 SGOUT 2 SSITxDO Connecte
122. CCR1 PCCRO PFCR3 PFCR2 PBCR5 PBCR5 PBCR5 PBCR4 PBCR4 PBCR4 PBCR4 PBCR3 PBCR3 PBCR3 PBCR3 PBCR2 PBCR2 PBCR2 PBCR2 PBCR1 PBCR1 PBCR1 PBCR1 PBCRO PBCRO PBCRO PDCR3 PDCR3 PDCR3 PDCR3 PDCR2 PDCR2 PDCR2 PDCR2 PDCR1 PDCR1 MD Bit Setting PCOMD B PC8MD 2 0 B 001 PC1MD B 1 PC3MD 1 0 B 01 PC4MD 1 0 B 01 PC5MD 2 0 B 001 PC6MD 2 0 B 001 PC7MD 2 0 B 001 PC2MD 1 0 B 01 PF13MD 2 0 B 001 PF8MD 2 0 B 001 PB22MD 2 0 B 001 PB21MD 1 0 B 01 PB20MD 2 0 B 001 PB19MD 2 0 B 001 PB18MD 2 0 B 001 PB17MD 2 0 B 001 PB16MD 2 0 B 001 PB15MD 2 0 B 001 PB14MD 2 0 B 001 PB13MD 2 0 B 001 PB12MD 1 0 B 01 U PB11MD 1 0 B 01 PB10MD 1 0 B 01 PB9MD 1 0 B 01 PB8MD 1 0 B 01 PB7MD 1 0 B 01 PB6MD 1 0 B 01 PB5MD 1 0 B 01 PB4MD 1 0 B 01 PB3MD 1 0 B 01 PB2MD 1 0 B 01 PB1MD 1 0 B 01 PD15MD 1 0 B 01 PD14MD 1 0 B 01 PD13MD 1 0 B 01 PD12MD 1 0 B 01 PD11MD 1 0 B 01 PD10MD 1 0 B 01 PD9MD 1 0 B 01 PD8MD 1 0 B 01 C PD7MD 1 0 B 01 PD6MD 1 0 B 01 These values must be set in boot modes 2 to 5 2 Bold text indicates the function used ENESAS SH7269 Multiplexed Pin Name PCO CSOF MD_BOOT2 PC8 CS3 TxD7 CTx1 CTx0 amp CTx1 PC1 RD PC3 WE0 DQMLL RxD6 PC4 WE1 DQMLU TxD6 PC5 RAS CRx0 CRx0 CRx1 CRx2 IRQO PC6 C
123. CK4 A13 GND B13 PG20 DV DATA6 LCD DATA20 KE HT A14 PG21 DV DATA7 LCD DATA21 B14 PG22 LCD_DATA22 LCD TCON5 RxD5 O O Er A15 PG23 LCD DATA23 LCD TCONG TxD5 B15 GND a PS A17 PG26 LCD TCON 1 B17 PJ22 DV DATA22 LCD DATA22 WIE NNNM 7 A18 GND B18 PJ23 DV DATA23 LCD DATA23 LCD TCON6 Legend BV power supply 3 3V power supply GND Dec 07 2011 SH7269 CPU Board ROK572690C000BR 5 R0K572690C000BR Operating Specification Table 5 1 18 Expansion Connector Description 11 CN11 PinNo Signal Name PinNo Signal Name A1 PJ14 DV DATA14 LCD DATA14 PINT6 B1 PJ15 DV DATA15 LCD DATA15 PINT7 I RM AME PJ10 DV DATA10 LCD DATA10 PINT2 PJ11 DV DATA11 LCD DATA11 PINT3 NT NE Imago 3 3V PJ9 DV_DATA9 LCD_DATAS PINT1 ae PJ8 DV DATA8 LCD DATA8 PINTO PJ20 DV DATA20 LCD DATA20 eme rom PJ7 DV_ nn ee DATA7 SD_D2 1 Ennn H PJO DV DATAO LCD DATAO SD CD 1 PJ1 DV DATA1 LCD DATA1 SD WP 1 T urere je orem PJ5 DV DATAS LCD DATA5 PJ6 DV DATA6 LCD DATA6 SD D3 1 WIE C NNNM SEMEN 3 3V PJ18 DV DATA18 LCD DATA18 MOSIO ee ee AQ PJ4 DV DATA4 LCD DATA4 SD CLK 1 PJ3 DV DATA3 LCD DATA3 SD DO 1 WI WENN SUM A10 PJ2 DV DATA2 LCD DATA2 SD D1 1 B10 5V I O A PJ13 DV_DATA13 LCD_DATA13 PINT5 PJ12 DV DATA12 LCD DATA12 PINTA PJ19 DV DATA19 LCD DATA19 MISOO PJ17 DV DATA17 LCD DATA17 SSLOO PJ16 DV DATA16 LCD DATA16 RSPCKO E A14 PJ21 DV DATA21 LCD DATA 1 PJ22 DV DATA22
124. CLK Texas Instruments 3VCC x2 e PG11 D27 LCD_DATA11 PINT3 TIOC3D PJ20 DV_DATA20 LCD_DATA20 LCD TCON3 IRQO CRX2 CRXO CRX1 CRX2 SG 8002CA 27MHz E PG12 D28 LCD DATA12 PINTA PJ21 DV DATA21 LCD DATA21 LCD TCON4 IRQ1 CTX2 CTXO amp CTX1 amp CTX2 1B1 j n 5 PG13 D29 LCD_DATA13 PINT5 gt PC5B RASH 4 CP2 VCC OUT4 PG14 D30 LCD_DATA14 PINT6 PCO CS0 MD_BOOT2 1B2 0 1yF R20 A PG15 D31 LCD_DATA15 PINT7 PC1 RD 2B1 GND OE 180 DEE PG16 WE2 ICIORD DQMUL LCD_DATA16 AUDATAO PC2 RD WR SCK6 ___ gt PC8BICASH 4 TT PG17 WE3 ICIOWR AH DQMUU 7 LCD DATA17 AUDATA1 PC3 WEO DQMLL RXD6 2B2 9 PG18 DV_DATA4 LCD_DATA18 SPDIF IN SCK4 PC4 WE1 WE DQMLU TXD6 3B1 A PG19 DV DATAR LCD_DATA19 SPDIF OUT SCK5 PC5 RAS CRXO CRXO CRX1 CRX2 IRQO ___ gt PC7BICKE 4 aveo x3 A 3 2H PG20 DV DATA6 LCD DATA20 LCD TCON3 RXD4 PC6 CASH SCK7 CTX0 CTXO amp CTX1 amp CTX2 3B2 SG 8002DC 10MHz R24 NEE L B PG21 DV DATA LCD DATA21 LCD TCOM4 TXD4 AUDATA2 PC7 CKE RXD7 CRX1 CRXO CRX1 IRQ1 481 P PG22 LCD_DATA22 LCD_TCON5 RXD5 AUDSYNC PC8 CS3 TXD7 CTX1 CTXO amp CTX1 ___ gt PC8B CS3H 4 2 VCC OUT4 22 PG23 LCD_DATA23 LCD TCON6 TXD5 AUDATA3 482 M Lene oe NPC 917 2825 LCD TCONO ea SNM IS gy J Interrupt m Ke XR2A 0811 N Se PG26 LCD TCON1 20 RES 4 6 7 8 P 2 o GND gt
125. CON6 ES EN TP1 ir Note Pin names in red indicate the function used A EEN Optional S TS e nN e 3 3 V ZA Figure 3 3 1 R20UTO0159EJO100 Rev 1 00 Dec 07 2011 434 NESAS Para Flexible connector for TX09D14VM3CAA J13 R5 to RO G5 to GO B5 to BO VEN VDD2 DCLK 6 67 MHz DTMG Data Enable Signal VREV HREV DIM Dimming Control Signal TMZ Thermistor Output Flexible connector for TXO9D55VM1CDA J12 R5 to RO G5 to GO B5 to BO DCLK 5 33 MHz DTMG Display Timing Signal Vctrl Backlight Control Signal PCI Power Control Signal MIL spec connector J14 LCD_DATA15 to LCD_DATAO LCD_CLK VDD1 LCD_DE VDD2 LCD_VSYNC GND LCD_HSYNC LCD_M_DISP Jumper less 4 PWM ee a LCD Module Interface Block Diagram r na e Qe lt al qe 3 22 SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions 3 3 2 Character LCD Module with LED Backlight The M3A HS64G01 includes a connector for 16 x 2 semi transmissive character LCD module SD1602H Sunlike The SH7269 general purpose port output controls the character LCD modules The M3A HS64G01 is intended only for writing from the SH7269 to the character LCD modules Therefore the character LCD module R W signal is fixed low The M3A HS64G01 also includes a variable resistor VR1 for the LCD driver voltage adjustment to control the LCD contrast and a
126. CR3 PB14MD 1 0 B 001 A13 PBCR3 PB13MD 1 0 B 001 A12 PBCR3 PB12MD 1 0 B 01 A11 PBCR2 PB11MD 1 0 B 01 A10 PBCR2 PB10MD 1 0 B 01 U A9 PBCR2 PB9MD 1 0 B 01 A8 PBCR2 PB8MD 1 0 B 01 A7 PBCR1 PB7MD 1 0 B 01 A6 PBCR1 PB6MD 1 0 B 01 A5 PBCR1 PB5MD 1 0 B 01 A4 PBCR1 PB4MD 1 0 B 01 A3 PBCRO PB3MD 1 0 B 01 U A2 PBCRO PB2MD 1 0 B 01 A1 PBCRO PB1MD 1 0 B 01 D15 PDCR3 PD15MD 1 0 B 01 D14 PDCR3 PD14MD 1 0 B 01 D13 PDCR3 PD13MD 1 0 B 01 D12 PDCR3 PD12MD 1 0 B 01 D11 PDCR2 PD11MD 1 0 B 01 D10 PDCR2 PD10MD 1 0 B 01 D9 PDCR2 PD9MD 1 0 B 01 D8 PDCR2 PD8MD 1 0 B 01 C D7 PDCR1 PD7MD 1 0 B 01 D6 PDCR1 PD6MD 1 0 B 01 C Notes 1 These values must be set in boot modes 2 to 5 2 Bold text indicates the function used R20UT0159EJ0100 Rev 1 00 Dec 07 2011 241 NE SAS SH7269 Multiplexed Pin Name PCO CSO MD_BOOT2 PC8 CS3H TxD7 CTx1 CTx08 CTx1 PC1 RD PC3 WE0 DQMLL RxD6 PC4 WE1 DQMLU TxD6 PC5 RAS CRx0 CRx0 CRx1 CRx2 IRQ0 PC6 CAS SCK7 CTx0 CTx0 amp CTx1 amp CTx2 PC7 CKE RxD7 CRx1 CRx0 CRx1 IRQ1 PC2 RD WR SCK6 PF13 A24 SSISCK2 SCK2 PF8 A23 TxDO PB22 A22 CTx2 IETxD CS4 PB21 A21 CRx2 IERxD PB20 A20 OMISO0 amp QIO10 MISOO SPBMI O SPBIO1 0 PB19 A19 QMO 0 amp QIOO 0 MOSIO SPBMO O SPBIOO 0 PB18 A18 QSSL_0 SSLOO SPBSSL PB17 A17 QSPCLK_0 RSPCKO SPBCLK PB16 A16 QIO3_0 SPBIO3_0 PB15 A15 QIO2 0 SPB
127. Connected to DAC2 U12 SDTI pin CN7 pin 23 SW6 3 ON 172 A VA PJ6 DV_DATAG DV_DATA6 DV input CN11 pinB7 LCD DATAG SD D3 1 CN7 pin 1 SW6 3 OFF PWM1G pin SD D3 1 Connected to the SD card slot DAT3 en pin 4 vss o o o 175 PG17 WE3 ICIOWR LCD DATA17 Connected to LCD module D17 pin CN10 pin B11 AH DQMUU AUDATA1 Connected to the H UDI port LCD DATA17 AUDATA1 connector J3 A N O Legend 3 3V power supply 1 25V power supply GND R20UT0159EJ0100 Rev 1 00 a 3 8 Dec 07 2011 SENE S S SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions Table 3 2 8 SH7269 Pin Functions 8 11 4 178 179 180 181 188 189 190 191 Legend 3 3V power supply 1 25V power supply GND R20UT0159EJ0100 Rev 1 00 24 NESAS 192 PG27 LCD TCON2 LCD EXTCLK Connects LCD module external clock CN9 pin 26 LCD EXTCLK to MCU Description Expansion AA PJ7 DV DATATI DV DATA7 DV input LCD DATAT SD D2 1 PJ7 Connected to the character LCD DBO CN7 pin 2 SW6 3 PWM1H pi OFF SD D2 1 Connected to the SD card slot DAT2 MI pin Connected to the CD deck IIS LRCK SW6 3 ON pin PWM2A PWM output TTL level DV DATAS DV input CTS5 Connected to the UART connector TTL level J10 PWM2B PWM output TTL level DV input DV DATA9 RTS5 Connected to the UART connector CN1 pin 5 TTL level J10 LCD DATA18 Connected to LCD module D18 pin CN10 R2 pin A12 Connected to
128. D C PDN DZF un 34 vee LTE J Tx Gps EE H es C ioi HE O tuF 25V Ee BEA En me m Ganol gt lol tL e zura Tanay eee CE33 Sexi SDA CDTI 10uF 25V AGND AGND BEES 3VCC gee I P R69 ee 4 7KQ ES An ES CE34 10uF 25V 8 J6 ql HSJ1636 010520 AGND BLACK AGND AK4353VF 7 AGND 3VCC 3AVCC CE35 CP16 CP17 CE36 10u4F 16V 0 1uF 25V 0 1uF 25V 10yF 16V AGND AGND HOLE gt ide 3VCC 3VCC 3VCC 3VCC J7 E H o E CP18 gt 4 NC 0 1uF 25V A gt 0 C36 CE37 TOTX147PL AK4353VF AGND E 0 1uF 25V 10uF 16V CE38 10uF 25V AGND AGND CE39 10uF 25V HSJ1636 010520 AGND BLACK AGND Renesas Solutions Corp DRAWN CHECKED DESIGNED APPROVED DK30759 M3A HS64G01 Audio D A Converter CHANGE Ver HS62 PG12 gt HS62 PG13 gt 1 00B CD deck Interface 8VCC 3VCC R83 4 7kO PJ9 RES PF10 SSLO PF11 MOSIO SPDIF IN PF9 RSPCKO PF12 MISOO SPDIF OUT PF6 SSISCK3 TCLKB PF7 SSIWS3 TCLKD PF8 SSIDATA3 PE1 IRQ1 TCLKA PJ10 C37 C38 IMSA 9617S 22 0 1uF 25V 0 1uF 25V UART Interface 3VCC 2 PJ4 RxD3 2 PJ5 TxD3 2 PJ6 SCK3 2 PJ7 ICTS3 2 PJ8 RTS3 0 0 1yF 25V IIC Interface 3VCC J11 2 PE4 SCL2 2 PE5 SDA2 XG4C 20 E RSPDIF Through Hole 3VCC MH3 HOLE MH4 PF11 MOSIO SPDIF_IN 1 O HOLE MH5 PF12 MISOO SPDIF_OUT 1 O 2 5mm pich HOLE MH6 HOLE Rotary Encoder T
129. D RD t0 t oc za 20 Za Za Za Su 53 00 OO OO OO OO L F d r r TT a o TT s TT hy J16 Bih CAN connector 0 BEF TER TES rl 13 1 LES J17 ERE A 7 o L CAN connector 1 H E E ur HE mt GE S RENELAA a amp UNIT TI abili maps Im AA nnl Wag J18 12V power supply connector P tra TTE m x PIT stk C lt me GiT cue erus rue J19 12V input AC adaptor jack Oo x x x x 2 X x 8 T E E E E amp 5 amp 5 SE O amp c lt o o E 5 S E a 2 a a 5 a A E 8 8 8 x 8 2 29 3 29 B 8 3 5 P 35578 9 Z 3 3 3 5 nE DZ oS 9859c 20 55 o o o o o 3 o V J a S EE E 2 o ee gt o tAw A va c 0g 35 ge ues Yo OM Oo O OS 508 5 5939 59 30 m E A0 lt Top view of the solder side gt A 100000000 900 0 0000000 MN To l oo 00 oo J2 SD card slot Q O Q On Oy He ve Ye O she oe s oo t pl O kf yos T L B B H Bs RENESAS 99 oo ps of 9 i m zum 99 EE nn 9000000 LL ee M3A HS64G01 o JR Ke o000 60C DK30759 ot 0000000 t ee Na dE m AP B2 BI gt ee te yr CR GH E ok amp l 0000 000000000000099Q gt 00000000 A HS Ha o EA EREN e enen Lan Pe CNCA Se Tt O E mall an NE a NL pS e D ORG C oo L a 7 0 En id g g Z E P 333 te e D N RITA A sm HS Ma oo PER E T en S tte c ERT gt 244 E 8 ee t UL OC N K
130. DOWN REGULATOR 5V To 3 3V Linear Regulator ADC Voltage Reference 5VCC D2 CP87 1N4148W 0 01yF Power Switch L4 Vin 5VCC U18 3VCC AVref VLCF4020T 4R7N1R2 1 2VCC IN LMS1587CS ADJ TP8 U16 TDK NS 3VCC 5VCC CP89 Power On Reset CE24 R149 _ CE25 _ CE26 SEN Z 0 1yF D3 6 2kQ S2B XH A 3VCC U19C R148 Z R178 TOREPIGY MBRM110L TOgF 1GV L JST XG8V 0334 MS 12AAH1 HD74LV2G14A R151 AIK 470 OMRON NIKKAI Fi 4 2 A Power Ss CE28 i CP90 00 R153 LM2734X 11kO Connector 1 2 Power On SUFFR 22uF 10V 22yF 10V A 0 1uF EA 4 7KQ NS 2 3 Power Off R155 SR C55 1800 1 8W C23 LL 0 1uF 0 1uF RNA50C27AUS 3VCC RENESAS HEC0470 01 630 HOSHIDEN td 33ms 0 1uF 330kQ U25 R156 _HD74ALVC1G06 4 7kQ Renesas 3VCC CPU e 3 3V External 1 25V EXTERNAL J4 Q Power LED HWP 2P G 3VCC_EX 1 2VCC EX TP9 5VCC AVcc 3VCC JP15 R158 HWP 2P G CE30 CE31 1kQ R159 U21 TP10 104F 16V 104F 16V 4 7kQ G U19A UA3V LED1 R160 3 O O gt RES 2 4 6 8 UB1111C 2200 HD74LV2G14A HD74LV2G14A y STANLEY TC7S08 TP11 Y BLUE TOSHIBA PLLVcc Z O sw2 CE32 3VCC Fixed 3 3V Fixed 1 25V B3SN 3012 2 24F 10V External 3 3V External 1 25V OMRON 3VCC U19D 3VCC EX 3VCC 3VCC CPU 12VCC EX 1 2VCC IN 1 2VCC CP92 TP12 JP12 JP13 0 1uF AN3V HWP 3P G HWP 3P G HD74LV2G14A RENESAS 2 Decoupling Caps CE35 CE36 for TC7S08FU oa K Sung 1 2VCC UA1 2V JP16 HWP 2P G TP13 UA1 2V CE37 1 1 TE emT S 20uF 6 3V AGND DGND POWER TEST PIN Board fixed hole for Corner M3 5VCC
131. Dec 07 2011 SH7269 CPU Board ROK572690C000BR 5 R0K572690C000BR Operating Specification Table 5 1 16 Expansion Connector Description 9 CN9 EITC IO CO TI s PO3 D18 L0D_DATAS IRaS TIO00D 4 PO2 D18 LOD_ DATAR IRQ2 TIO00O s CI e Poono ommon 7 Po6 022 10D_DATAS IROS IOOZA e POS D21 LOD_DATAS IROS TIOOIB S Feron DaN nar Toces vo P FT PG BRE UR DATENTITTGERE 12 PGB D24 LGD_DATAS PITO TOCA PG14 D30 LCD DATA14 PINT6 PG13 D29 LCD DATA13 PINTS PG25 LCD TCONO EI p Somas e PG15 D31 LCD DATA15 PINT7 _PG26 LCD_TCON LCD TCON1 PG24 LCD CLK PJ22 DV DATA22 LCD DATA22 eee 3 LES PG27 LCD_TCON2 LCD_EXTCLK LCD TCON2 LCD EXTCLK PJ12 DV DATA12 LCD DATA12 PINTA PFO BREQ QSPCLK 1 RSPCK1 all dll PJ27 SGOUT 3 TIOC1A CTS7 PF2 WAIT QMO 1 QIOO 1 MOSI1 Wi 7 2 Legend 5V power supply 3 3V power supply R20UT0159EJ0100 Rev 1 00 244 NESAS 5 16 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 5 R0K572690C000BR Operating Specification Table 5 1 17 Expansion Connector Description 10 CN10 Hw aans O Summe As FGS DALCO DATASPINTOITIOOS Be POSIDESILOD DATAS PINTI TOCH i PO137028 L0D_DATAIS PINTS ee PGMIDSILODDATAMIPNTS T A11 PG16 WE2 ICIORD DQMUL B11 PG17 WE3 ICIOWR AH DQMUU LCD DATA16 AUDATAO LCD DATA17 AUDATA1 A12 PG18 DV_DATA4 LCD_DATA18 B12 PG19 DV DATA5 LCD DATA19 Sit ul SPDIF OUT SCK5 S
132. EJ0100 Rev 1 00 EN ESAS 2 7 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions Table 2 2 7 SH7269 Pin Functions 7 10 Symbol Description Expansion Connector PG17 WE3 ICIOWR AH LCD_DATA17 Connected to LCD module D17 pin CN10 DQMUU LCD_DATA17 AUDATA1 Connected to the H UDI port pin B11 AUDATA1 179 connector J3 STE DATA7 DV input CN11 pin AS ame PJ8 DV_DATA LCD_DATAS CN11 pin Ad PINTO PWM2A CTSS Ls pa tpn PJ9IDV_DATAS LCD_DATAS CN11 pin B3 LEE NENNEN PINT1 PWM2B RTS5 DV DATA9 DV input CN1 pin 5 180 PG18 DV_DATA4 EP DATA18 A to LCD module D18 pin CN10 LCD DATA18 SPDIF IN SCK4 pin A12 181 PG19 DV DATA5 LCD DATA19 Connected to LCD module D19 pin CN10 LCD DATA19 SPDIF OUT pin B12 PG20 DV DATAG LCD DATA20 Connected to LCD module D20 pin CN10 R4 LCD DATA20 LCD TCON3 pin B13 RxD4 PG21 DV DATATI LCD DATA21 Connected to LCD module D21 pin CN10 LCD DATA21 LCD TCON4 AUDATA2 Connected to the H UDI port pin A14 TxD4 AUDATA2 connector J3 186 Vcc wem VERE Tas b 187 PG22 LCD DATA22 LCD TCONS RXD5 AUDSYNC Connected the H UDI port pin B14 AUD AUDSYNC a connector T LN A TB H 188 PG23 LCD_DATA23 LCD_TCON6 TxD5 AUDATA3 AUDATA3 Connected the H UDI b Lead pin A15 Eh LA p ent pint 189 PG24 LCD CLK LCD CLK Connected to LCD module CLK pin CNQ pin 23 mE CN10 pin A16 190
133. Expansion connector CN7 SH7269 U1 IEBus interface D A Converter 1 U11 AK4353 PJ27 TIOC1A Common pin for AK4353x2 and AK4524 PJ19 DV DATA19 AUDIO XOUT PF10 SSISCK1 PF11 SSIWS1 PF12 SSIDATA1 PE2 SCL1 PE3 SDA1 PJ28 SSISCK5 SSIF or IEB U24 PJ29 SSIWSS IERxD PJ30 SSIDATAS IETxD Socket X8 CLK 11 2896 MHz GADO Chip address 11 Audio codec PDN control pin 77 DIP switches SW6 4 5 2 EEPROM IIC chip address 000 2 4 Figure 3 4 1 D A Converter Block Diagram Table 3 4 1 R0K572690C000BR DIP Switches Setting SW6 4 Number Function OFF High ON Low SW6 4 Connected to the IEBus interface Connected to D A Converter 2 default Note Shading indicates the function to be set R20UT0159EJO100 Rev 1 00 Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions e AK4524 Audio codec SH7269 RSPI SSIF and I O ports control the AK4524 SH 7269 RSPI channel 1 Accesses the AK4524 registers to initialize AK4524 and format data SH7269 SSIF channel 0 Inputs and outputs the audio data SH7269 I O ports PJ27 Powers down the AK4524 at low powers up the AK4524 at high Renesas Serial Peripheral Int
134. F PEJ 3VCC ADG794 0 1uF 25V 5VCC 3VCC MCVCC R19 4 7KQ JP2 9 ES CE10 R20 1uF 16V 10KO HW 3P LTC1470CS8 CP3 CP4 1 2 LCD 0 1uF 25V 0 1uF 25V 2 3 SD SD Card Power Control EE Renesas Solutions Corp ED 09 03 02 4 Eo HTH CHANGE 1 00B Ver M3A HS64G01 Character LCD SD Card Slot 3 10 E DK30759 Audio Interface Cii 180pF Audio CODEC 3VCC 5AVCC 5AVCC Head Phone Out R22 pan 50 R23 USA CE CP5 CP6 CE12 4 TkQ NJM2732M USA 104F 16V 0 1uF 25V 0 1uF 25V 10uF 16V NJM4556AM D CE13 CK3 AGND 4 7uF 16V R25 CE14 R27 100 470uF 10V 0 022uF 50V C12 47KQ 18pF r AOUTL KE HSJ1636 010522 0 AGND AGND 5 AOUTL HS62 PG20 gt 2 5 PG24 E GREEN HS62 PG9 gt 2 PK9 SSIWSO o t LRCK AOUTR Tok HS62 PGB gt 2 PK8 SSISCKO S Wp J E HS62 PG11 gt 2 PK11 SSITxDO Leet N23 SDTI AOUTR HS62 PG10 S 2 PK1O SSIRxDO Z EE R32 C15 C16 8 1KQ 180pF 150pF as62 PCIE gt BPM ENE R35 HS62 PG17 gt Bl ERS RN Wol CE15 3300 HS62 PG19 gt 21 PG23 MOSI me ATyF A6V R36 1 rod mmm 4 TkQ C17 CE16 MICR E mm AGND AGND 5AVCC MICL L AGND AGND CE17 47uF 16V CP7 C19 CE18 0 1uF 25V 0 1uF 25V 10pF 16V U4B AK4524VF NJM2732M USR NJM4556AM AGND NZ CE19 6 c AGND AGND AGND R39 al 5AVCC 4 7uF 16V R40 CE20 C20 4 TkQ R41 C21 i 100 470uF 10V 0 022uF 50V 4 7kQ 180pF
135. G pint4 CN6 pin 14 SW6 1 ON PC3 WE0 DQMLL RxD6 DQMLL 5 DQMLU PC5 RASH CRxO RAS 7 PC6 CASH SCK7 CTxO CAS YAA 10 PC7 CKE RxD7 CRx1 CKE Connected to SDRAM CKE pin SW6 1 OFF CNG pin16 CRxO CRx1 IRQ1 CN6 pin 16 SW6 1 ON Connected to SDRAM CAS amp pin SW6 t OFF CN6 pin 15 SW6 1 ON Vcc Gs 12 PC8 CS3H TXD7 CTx1 CS3 Connected to SDRAM CS pin SW6 1 OFF CTx0 amp CTx1 CN6 pin 17 SW6 1 ON 13 PB1 A1 TIOCOA A1 Address bus CN4 pin 28 14 PB2 A2 TIOCOB A2 Address bus CN4 pin 27 15 PB3 A3 TIOCOC A3 Address bus CN4 pin 26 PJ14 DV_DATA14 PWM2G PWM output CN11 pin A1 TTL level LCD DATA14 PINT6 DV DATA14 DV input CN1 pin 4 PWM2G TxD6 PWM2H PWM output CN11 pin B1 TTL level 17 DV _DATA15 DV input PJ15 DV DATA15 LCD DATA15 PINT7 Connected to the PWM connector CN1 pin 2 JS O N N Y A co 00 PWM2H TxD7 20 PBA AA TIOCOD A4 Vee Address bus CN4 pin 25 22 PJ16 DV DATA16 PJ16 Connected to SW6 5 as user input CN11 pin B13 LCD DATA16 RSPCKO port 1 TIOCOA SIOFSCK 23 PJ17 DV_DATA17 CN11 pin B12 LCD DATA17 SSL 00 port 2 TIOCOB SIOFSYNC LCD DATA18 MOSIO port 1 TIOCOC SIOFTxD Legend 3 3V power supply 1 25V power supply GND R20UT0159EJ0O100 Rev 1 00 EN ESAS 4 2 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions Table 4 2 2 SH7 269 Pin Functions 2 11 ro m s mme Connect
136. G17 LCD_HSYNC 7 PG19 LCD CLK 7 PG18 LCD DE B PF3 SSISCK2 5 6 PF5 SSIDATA2 TCLKC 5 PF4 SSIWS2 6 PF6 SSISCK3 TCLKB 6 PF8 SSIDATA3 6 PF7 SSIWS3 TCLKD 4 PG22 SSL1 4 PG21 RSPCK1 4 5 PG24 4 PG23 MOSI1 6 PF9 RSPCKO 6 PF11 MOSIO SPDIF IN 6 PF10 SSLO 6 PF12 MISOO SPDIF OUT 4 PK9 SSIWSO 4 PK8 SSISCKO 4 PK11 SSITxDO 4 PK10 SSIRxDO 4 AUDIO XTAL XG4H 40 APPROVED CPU Board Stack Connector pou DK30759 4 Eo HTH CHANGE Character Type LCD Connector 3VCC 5VCC 5VCC j R5 R6 R7 10K 3 9kQ 470 Ex c c R8 VR1 VR2 00 10KOB 1kOB 5VCC ESA s 2 PC9 lt gt EE EN Pee a een Eee ns62 PG16 21 P10 pum LCD DO mn en LCD D1 DL En a ea LCD SD Selector Fin B82 EE ah DB5 zes Ae EA nn E er alt CP1 6 0 1uF 25V o C69 PM 61 16P 0 1uF 25V 5 2 PKO SD D2 cC 4 Bi LCD DO SIB LCD D1 2 PK1 SD D3 S o S2A 9 a a a 2 PK2 SD_CMD lt gt S3A hip E RE Sn 44 ee 2 PK3 SD CLK c SAA LCD D3 I y S4B i Z ADG794 3VCC SD Card Slot When SD is selected the SD signal of PGO PG7 is used in HS62 3VCC 3VCC MCVCC R16 10kQ CP2 S005 D DAT 0 1pF 25V o EAS EE E EE SD CMD E U2 me A BEERS lt gt 0 3 LLL KESE gt sa E pr Wu MEE SD Di p 3 L 9 28 ij LDD OD ed MR os re S LIE SD D2 T m ed saa 14 soan rr e S4B Card_Detect 2 C10 COMMON DM1B DS
137. G23 LCD DATA23 LCD TCONG TxD5 AUDATA3 LCD DATA22 PGCR5 PG22MD 2 0 B 010 PG22 LCD_DATA22 LCD_TCON5 RxD5 AUDSYNC LCD DATA21 PGCR5 PG21MD 2 0 B 010 PG21 DV_DATA7 LCD_DATA21 LCD_TCON4 TxD4 AUDATA2 LCD DATA20 PGCR5 PG20MD 2 0 B 010 PG20 DV_DATA6 LCD_DATA20 LCD_TCON3 RxD4 LCD DATA19 PGCR4 PG19MD 2 0 B 010 PG19 DV_DATA5 LCD_DATA19 SPDIF_OUT SCK5 LCD DATA18 PGCR4 PG18MD 2 0 B 010 PG18 DV_DATA4 LCD_DATA18 SPDIF_IN SCK4 LCD DATA17 PGCR4 PG17MD 1 0 B 10 PG17 WE3 ICIOWR AH DQMUU LCD_DATA17 AUDATA1 LCD DATA16 PGCR4 PG16MD 1 0 B 10 PG16 WE2 ICIORD DQMUL LCD_DATA16 AUDATAO LCD_DATA15 PGCR3 PG15MD 1 0 B 10 PG15 D31 LCD_DATA15 PINT7 LCD_DATA14 PGCR3 PG14MD 1 0 B 10 PG14 D30 LCD DATA14 PINT6 LCD DATA13 PGCR3 PG13MD 1 0 B 10 PG13 D29 LCD DATA13 PINT5 LCD DATA12 PGCR3 PG12MD 1 0 B 10 PG12 D28 LCD_DATA12 PINT4 LCD DATA11 PGCR2 PG11MD 2 0 B 010 PG11 D27 LCD _DATA11 PINT3 TIOC3D LCD DATA10 PGCR2 PG10MD 2 0 B O10 PG10 D26 LCD DATA10 PINT2 TIOC3C LCD DATA9 PGCR2 PG9MD 2 0 B 010 PG9 D25 LCD DATA9 PINT1 TIOC3B LCD DATAR PGCR2 PG8MDJ 2 0 B 010 PG8 D24 LCD DATAS PINTO TIOC3A LCD DATA7 PGCR1 PG7MD 2 0 B 010 PG7 D23 LCD_DATA7 IRQ7 TIOC2B LCD_DATAG PGCR1 PG6MD 2 0 B 010 PG6 D22 LCD_DATA6 IRQ6 TIOC2A LCD DATA5 PGCR1 PG5MD 2 0 B 010 PG5 D21 LCD_DATA5 IRQ5 TIOC1B LCD_DATA4 PGCR1 PG4MD 2 0 B 010 PG4 D20 LCD_DATA4 IRQ4 TIOC1A LCD DATA3 PGCRO PG3MD 2 0 B 010 PG3 D19 LCD_DATA3 IR
138. Hz Figure 3 11 1 shows the clock module block diagram of the ROK572690C000BR and M3A HS64G01 Expansion connectors SH7269 U1 INS GIN dennis U10 Socket X8 CLK 11 2896 MHz D A Converter 1 U11 CLKOUT MCKI D A rter 2 U DIP switches Converter 2 SW5 1 ONO MCKI 7 Audio codec U6 XTI 32 768 kHz SDRAM U7 CLK Socket X6 CLK 48 MHz LCDs J10 to J12 Socket X1 1 LCD EXTCLK K LCD CLK A gt DCLK Figure 3 11 1 R0K572690C000BR and M3A HS64G01 Clock Module Block Diagram R20UTO159EJ0100 Rev100 Fe nicene 3 35 Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions 3 12 Reset Module A reset IC controls reset signals connected to the SH7269 flash memory and peripheral I Os on the ROK572690C000BR and M3A HS64G01 There are two system reset options power on reset and reset by switch Figure 3 12 1 shows the reset module block diagram 38 pin H UDI port connector J3 q RES 14 pin H UDI port connector J3 RNA50C27AUS U20 gt EN pin of the 1 25 V DC DC aay c RES Expansion connector CN9 SH7269 U1 D A Converter 1 U11 AK4353 C RES PDN NOR flash memory U4 D A Co
139. IO2 0 PB14 A14 QIO3 1 SPBIO3 1 PB13 A13 QIO2 1 SPBIO2 1 PB12 A12 TIOC3D PB11 A11 TIOC3C PB10 A10 TIOC3B PB9 A9 TIOC3A PB8 A8 TIOC2B PB7 A7 TIOC2A PB6 A6 TIOC1B PB5 A5 TIOC1A PB4 A4 TIOCOD PB3 A3 TIOCOC PB2 A2 TIOCOB PB1 A1 TIOCOA PD15 D15 NAF7 PWM2H PD14 D14 NAF6 PWM2G PD13 D13 NAF5 PWM2F PD12 D12 NAF4 PWM2E PD11 D11 NAF3 PWM2D PD10 D10 NAF2 PWM2C PD9 D9 NAF1 PWM2B PD8 D8 NAFO PWM2A PD7 D7 FWE PWM1H PD6 D6 FALE PWM1G 2 13 SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions Table 2 2 13 SH7269 Multiplexed Pin Functions BSC2 Peripheral Pin Name SH7269 Port Control Register Function Register Name MD Bit Setting BSC D5 PDCR1 PD5MD 1 0 B 01 D4 PDCR1 PD4MD 1 0 B 01 D3 PDCRO PD3MD 1 0 B 01 D2 PDCRO PD2MD 1 0 B 01 D1 PDCRO PD1MD 1 0 B 01 DO PDCRO PDOMD 1 0 B 01 Notes 1 These values must be set in boot modes 2 to 5 2 Bold text indicates the function used Table 2 2 14 SH7269 Multiplexed Pin Functions INTC Peripheral Pin Name SH7269 Port Control Register Function Register Name MD Bit Setting INTC IRQ1 PJCR5 PJ21MD 2 0 B 100 Note Bold text indicates the function used Table 2 2 15 SH7269 Multiplexed Pin Functions SCIF Peripheral Pin Name SH7269 Port Control Register Function Register Name MD Bit Setting SCIF RxD2 PFCR3 PF14MD 2 0 B 100 TxD2 PFCR4 PF15MD 2 0 B 100 Note Bold text indicates the function used Table 2 2 16 SH7269 Multiplexe
140. J30MD 2 0 B 010 PJ26MD 2 0 B 010 PJ25MD 2 0 B 010 PJ24MD 2 0 B 010 PF12MD 2 0 B 010 PF11MD 2 0 B 010 PF10MD 2 0 B 010 PF7MDJ 2 0 B 010 PF6MD 2 0 B 010 PF5MD 2 0 B 010 PF4MD 2 0 B 010 SH7269 Multiplexed Pin Functions ADC Pin Name AN7 AN6 AN5 AN4 AN3 AN2 AN1 ANU SH7269 Port Control Register Register Name PHCR1 PHCR1 PHCR1 PHCR1 PHCRO PHCRO PHCRO PHCRO Bold text indicates the function used R20UTO0159EJO100 Rev 1 00 Dec 07 2011 MD Bit Setting PH7MD 1 0 B 01 PH6MD 1 0 B 01 PH5MD 1 0 B 01 PH4MD 1 0 B 01 PH3MD 1 0 B 01 PH2MD 1 0 B 01 PH1MD 1 0 B 01 PHOMD 1 0 B 01 24 NESAS 3 M3A HS64G01 Functions SH7269 Multiplexed Pin Name PJ28 SSISCK5 TIOC1B RTS7 PJ29 SSIWS5 TIOC2A IERxD PJ30 SSIDATA5 TIOC2B IETxD PJ26 SGOUT 2 SSIDATA4 LCD TCON5 TxD7 PJ25 SGOUT_1 SSIWS4 LCD_ TCON4 SPDIF_OUT RxD7 PJ24 SGOUT_0 SSISCK4 LCD_ TCON3 SPDIF_IN SCK7 PF12 SSIDATA1 DV DATA3 TxD1 MMC D7 PF11 SSIWS1 DV_DATA2 RxD1 MMC_D6 PF10 CS1 SSISCK1 DV_DATA1 SCK1 MMC_D5 PF7 SSIRxD0 RxD0 SGOUT_3 CTS1 PF6 CE2A SSITxD0 SGOUT 2 PF5 SSIWSO SGOUT 1 PF4 CS5 CE1A SSIWS0 SGOUT_0 SH7269 Multiplexed Pin Name PH7 AN7 PINT7 PH6 AN6 PINT6 PHS AN5 PINTS LCD EXTCLK PH4 AN4 PINT4 PH3 AN3 PINT3 PH2 AN2 PINT2 PH1 AN1 PINT1 PHO ANO PINTO 3 19 SH7269 CPU Board ROK572690C000BR Table 3 2 28 SH7269 Multiplexed Pin Functions VDC4 Peripheral Pin
141. K9F2G08UO0B U5 SH7269 U1 256 MB PD15 to PD8 D15 to D8 NAF7 to NAFO PD7 D7 FWERD PD6 D6 FALE PD5 D5 FCLE PD4 D4 FRE PF17 SD WP O FRB PF16 SD CD O FCEZ IMMC CD SD card slot Figure 2 3 5 NAND Flash Memory Block Diagram Table 2 3 9 DIP Switches Setting SW6 2 Number Function OFF High ON Low SW6 2 Connected to the NAND flash memory Connected to the SD MMC card slot default Note Shading indicates the function to be set R20UTO159EJO100 Rev 100 M E 72599 Dec 07 2011 sC NC S AS SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions 2 3 5 Serial Flash Memory Interface The ROK572690C000BR includes two serial flash memories listed in the table below Serial flash memory is controlled by the SH7269 Renesas Serial Peripheral Interface RSPI or Renesas Quad Serial Peripheral Interface RQSPI SH7269 SPI pins are multiplexed with address bus A13 to A20 pins Set JP4 to connect these pins to serial flash memory O control two serial flash memories at one time using SPI multi I O bus controller JP6 and JP7 should be set Figure 2 3 6 shows the serial flash memory block diagram Table 2 3 11 lists the jumper JP4 setting Table 2 3 12 describes about JP6 and JP7 settings Table 2 3 10 Serial Flash Memory Specifications Part Number Interface Capacity Package S25FL032POXMFIO 1 6 wire serial QSPI 4MB 8 pin SOP To the addr
142. LCD TCON5 LCD TCON5 Connected to LCD module DE pin CNS pin 24 IRQ2 CRx1 CRXxO CRx1 CN10 pin B17 PJ23 DV DATA23 DV DV DATAS Dip DV input 0 CN11 pin A15 CN11 pin A15 A15 LCD DATA23 LCD TCON6 S TCONG Connected to the LCD module CN1 pin 18 IRQ3 CTx1 CTx0 amp CTx1 M_DISP pin CN10 pin B18 PB14 A14 QIO3_1 Address bus bus CN4 pin 11 S E 1 E to serial flash memory SPBIO3_1 2 103 pin PB15 A15 QIO2 0 SPBIO2 0 A Address bus bus CN4 pin 10 Cam 0 Eo to serial flash memory Ran 0 1 102 UI PB16 A16 QIO3 0 Ww gt bus pin 9 SE QIO3 C ene to serial flash memory c 0 1103 IMS 3 3V power supply 1 25V power A nn l A R20UT0159EJ0100 Rev 1 00 24 NESAS 3 3 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions Table 3 2 3 SH7269 Pin Functions 3 11 Symbol Description Expansion Connector 50 PB17 A17 QSPCLK 0 RSPCKO SPBCLK Address bus CN4 pin6 SS QSPCLK_0 Connected to serial flash memory RSPCKO 1 SCK pin SPBCLK 5 10 EE o NE o PB18 A18 QSSL 0 SSL00 SPBSSL a1 52 al C2 PB19 A19 QMO 0 QIOO 0 MOSIO SPBMO O0 SPBIOO 0 O1 ER PB20 A20 OMI 0 QIO1 0 MISOO SPBMI 0 SPBIO1 0 99 56 PB21 A21 CRx2 IERxD 57 58 PB22 A22 CTx2 IETxD CS4 PCO CSOZ MD BOOT2 al co 63 PAO MD BOOTO 64 Vcc 65 PA1 MD BOOT1 O N PJ29 SSIWS5 TIOC2A IERxD PJ30 SSIDATAS TIOC2B IETxD Legend 3 3V power supply R20UT01
143. LVC14APWR IRO3 SWITCH CIRCUIT 3VCC IIC Interface 3VCC J3 IRQ3 2 CE11 UIC UID 2 24F 16V SN74LVC14APWR SN74LVC14APWR B3SN 3012 sw2 IRQ3 S 3VCC CP1 0 1 Free GATE XG4C 2031 R10 R11 R12 00 00 00 U1E SN74LVC14APWR De SN74LVC14APWR 2 6 PEO SCLO 2 6 PE1 SDAO nn Renesas Solutions Corp M3A HS64G02 Beed pr30762 E L e KG E O Vers L 00B 3VCC CP2 0 1uF 25V 3VCC PWM1A LCD DO N 3VCC 2 PKO PWM1A SD_D2 lt gt Sb D gt PWM1A LCD_DO 3 2 PK1 PWM1B SD D3 gt PWM TELD Di 7 PWM1B LCD_D1 3 SD Card Slot 2 PK2 PWM1C SD CMD 9 gt PWMICILCD D2 3 KR o KG 2 PKS PWM1D SD CLK EAMIDILGD DS le ee gt PWM1D LCD_D3 3 ji 2 LRR 7 CD DAT3 ae ADG774 oe 3 os ee CLK DD ms EX SD D1 3 BP When SD is selected the SD signal of 3VCC SD D2 DAT2 PGO PG7 is used in HS62 o 3VCC 0 11F 25V pS TU W Protect Card Detect L 12 COMMON C10 DM1B DSF PEJ o 5VCC 3VCC MCVCC 0 1uF 25V 2 PKA PWMTE SD DO lt gt 4 ee DE mmm lt gt PWMIE LCD_D4 3 us 2 PK5 PWM1F SD D1 gt Bs il lt gt PWM1F LCD_D5 3 SD GD 2 PK6 PWM1G SD WP lt gt 9 A De gt PWMIG LCD D6 3 tf PWM1H LCD_D7 H0 mcr Po CE12 R23 2 PK7 PWM1H SD_CD lt gt ES ET lt gt PWM1H LCD_D7 3 H n 8 LTC1470CS8 CP4 ADG774 0 1uF 25V o Ea SD Card Power Cont
144. MD 2 0 B 011 PJ6 DV DATAG LCD DATAG SD D3 1 PWM1G SD D2 1 PJCR1 PJ7MD 2 0 B 011 PJ7 DV_DATA7 LCD_DATA7 SD_D2 1 PWM1H Note Bold text indicates the function used Table 3 2 25 SH7269 Multiplexed Pin Functions MMC Peripheral Pin Name SH7269 Port Control Register SH7269 Multiplexed Pin Name Function Register Name MD Bit Setting MMC MMC_CD PFCR5 PF16MD 2 0 B 101 PF16 SD CD O FCEZ IRO4 MMC CD MMC D1 PFCR5 PF18MD 2 0 B 101 PF18 SD_D1_0 SSISCK3 IRQ6 MMC_D1 MMC_DO PFCR5 PF19MD 2 0 B 101 PF19 SD_DO_0 SSIWS3 IRQ7 MMC_DO MMC_CLK PFCR6 PF20MD 2 0 B 101 PF20 SD_CLK_0 SSIDATA3 MMC_CLK MMC_CMD PFCR6 PF21MD 2 0 B 101 PF21 SD_CMD_0 SCK3 MMC_CMD MMC_D3 PFCR6 PF22MD 2 0 B 101 PF22 SD D3 O RxD3 MMC D3 MMC D2 PFCR6 PF23MD 2 0 B 101 PF23 SD_D2 0 TxD3 MMC_D2 Note Bold text indicates the function used R20UTO0159EJO100 Rev 1 00 Dec 07 2011 24 NE SAS 3 18 SH7269 CPU Board ROK572690C000BR Table 3 2 26 Peripheral Function SSIF Note Table 3 2 27 Peripheral Function ADC Note SH7269 Multiplexed Pin Functions SSIF Pin Name SSISCKS SSIWS5 SSIDATAS SSIDATA4 SSIWS4 SSISCK4 SSIDATA1 SSIWS1 SSISCK1 SSIRxDO SSITxDO SSIWSO SSISCKO SH7269 Port Control Register Register Name PJCR7 PJCR7 PJCR7 PJCR6 PJCR6 PJCR6 PFCR3 PFCR2 PFCR2 PFCR1 PFCR1 PFCR1 PFCR1 Bold text indicates the function used MD Bit Setting PJ28MD 2 0 B 010 PJ29MD 2 0 B 010 P
145. MD Bit Setting Name SPIBSC SPBCLK PBCR4 PB17MD 2 0 B110 PB17 A17 QSPCLK_0 RSPCKO SPBCLK SPBSSL PBCR4 PB18MD 2 0 B 110 PB18 A18 QSSL_0 SSLOO SPBSSL SPBMO 0 PBCR4 PB19MD 2 0 B 110 PB19 A19 QMO 0 QIOO 0 MOSIO SPBIOO 0 SPBMO O SPBIOO 0 SPBMI 0 PBCR5 PB20MD 2 0 B 110 PB20 A20 QMI 0 QIO1 0 MISOO SPBMI O SPBIO1 0 SPBIO1 0 SPBIO2 0 PBCR3 PB15MD 2 0 B110 PB15 A15 QIO2 0 SPBIO2 0 SPBIO3 0 PBCR4 PB16MD 2 0 B110 PB16 A16 QIO3 0 SPBIO3 0 SPBMO 1 JPFCRO PF2MD 2 0 B 110 PF2 WAIT QMO 1 QIOO 1 MOSI1 TIOC4C TENDO SPBIOO 1 SPBMO 1 SPBIOO 1 SPBMI 1 PFCRO PF3MD 2 0 B 110 PF3 CS2 QMI_1 QIO1_1 MISO1 TIOCAD SPBIO1_1 AUDIO XOUT SPBMI_1 SPBIO1_1 SPBIO2 1 PBCR3 PB13MD 2 0 B110 PB13 A13 QIO2 1 SPBIO2 1 SPBIO3 1 PBCR3 PB14MD 2 0 B 110 PB14 A14 QIO3 1 SPBIO3 1 Notes 1 These values must not be set in boot modes 0 and 1 2 Bold text indicates the function used Table 3 2 22 SH7269 Multiplexed Pin Functions RCAN TL 1 Peripheral Pin Name SH7269 Port Control Register SH7269 Multiplexed Pin Name Function Register Name MD Bit Setting RCAN TL1 CRx2 PJCR5 PJ20MD 2 0 B 401 PJ20 DV DATA20 LCD DATA20 LCD TCON3 IRQO CRX2 CRxO CRx1 CRx2 CTx2 PJCR5 PJ21MD 2 0 B 101 PJ21 DV_DATA21 LCD_DATA21 LCD_TCON4 IRQ1 CTx2 CTx08CTx18CTx2 Note Bold text indicates the function used R20UT0159EJ0100 Rev 1 00 Dec 07 2011 s LEG NEZ S AES SH7269 CPU Board ROK572690C000BR 3 M3A
146. N pin 25 AREF _TCON3 SPDIF_IN SCK7 ENE s PD1 D1 PWM1B A CNB pin 3 mn EN PD2 D2 PWM1C 2 Dabs 0000 0 CN amp pinG PD3 D3 PWM1D CN amp pin8 237 PJ25 SGOUT 1 SSIWS4 EE CN7 pin 28 PJ27 SGOUT 3 TIOC1A CNO pin 29 CTS7 A PD4 D4 FRE PWM1E D4 FRE Connected to the data bus and m pin 11 Auto switch NAND flash memory REZ pin 217 PF17 SD WP O FRB IRQ5 LCD TCONA SPDIF OUT RxD7 PJ26 SGOUT 2 SSIDATA4 LCD TCONS TxD7 Legend 3 3V power supply 1 25V power supply GND R20UT0159EJ0100 Rev 1 00 24 NE SAS 2 10 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions Table 2 2 10 SH7269 Pin Functions 10 10 Symbol Description Expansion Connector NAND flash memory CLE pin NAND flash memory ALE pin spe a A nini NAND flash Cu ne WEZ pin 246 PD8 D8 NAFO PWM2A D8SINAFO Databus CN amp pn2 aar rowewriews vomar omme emoe 248 PD1O D1O NAF2 PWM2C_ DIONAF2 Databus CNBpinz 249 PDI DIIJNAF3IPWM2D DIINAF3 Databus CN amp pi9 EPIA E A NN 251 PD12 D12 NAF4 PWM2E DIZINAFA Databus GNR RHS Hmmm emen O 253 PDISIDISINAFSIPWM2F DISINAFb Databus CNBpinta 254 PD14 D14 NAFS IPWM2G_ DI4 NAF6 Databus CN amp pini7 AAA PD15 D15 NAF7 PWM2H D15 NAF7 CNB pin 19 256 MD CLKO MD CLKO Connected to SW5 1 as the RES low clock mode input Legend 3 3V power supp
147. NP 180N 5VCC L1 0 0270 0 5W TP6 R143 R147 3A C 5 0V Out r C45 c46 CE44 CE47 100uF 25V P 100uF 25V P aen 22uF 25V 22uF 25V RUN SS1 PGOOD S Q1A C50 12VCC SENSE1 TG1 k TP7 SENSE1 SW1 i 3A E 12V In VOSENSE1 BOOST1 C52 C53 PLLFLTR VIN Q1B 22uF 50V 22uF 50V SP8K3 SO PLLIN BG1 SHORT1 TP8 GND e v uz 0 EA TP9 SGND PGND PST TERT GND PWR a 3 3VOUT BG2 Fi ER SP8K3 SO a Q2A o e ie ie PME EN SPa ri Syra G SP8K3 SO HOOUF 25V P 1OOuF 25V P e S md lo Lo 27pF T x SENSE2 RUN SS2 22uF 25V 22yF 25V C65 8VCC es R E cos E T CDRH10D48MNNP 180N 8 0V Out Ta M3A HS64G01 Renesas Solutions Corp DRAWN CHECKED DESIGNED APPROVED Power Generate 10 10 CHANGE SH7264 Optional board M3A HS64G02 SCHEMATICS TITLE PAGE Note INDEX 1 rh Digital GND GND CPU Board Stack Connector 2 Character LCD UART IIC RSPDIF IRO 3 Analog GND AVSS SD Card Slot PWM 4 Mudo T evene 5 Analog GND AGND1 AGND2 Video Decoder 6 Not mounted LCD Module Connector 7 CAN IEBus 12VCC Digital 12V Power in pope Up 2 8VCC Digital 8V for CD Power Generate 10 VCC Digital SV SVCE Digital 3 3V 3AVCC1 Analog 3 3V for Audio DAC 3AVCC2 Analog 3 3V for Video Decoder AVcc Analog 3 3V for Key Input MOVOO Digital S V 7 SY LOE 5D R Fixed Resistors E Ceramic Caps CP Decoupling Caps CE Electrolytic Caps Tantal Electric a Renesas Solutions Corp M3A HS64G02 ED
148. NTS 2 PJ15 DV DATA15 LCD DATA15 PINT7 PWM2D SCK6 NC PWM2H TxD7 h PJ14 DV DATA14 LCD DATA14 PINT6 PWM2G TxD6 a PWM2B RTS5 Not connected on the ROK572690C000BR NC 8 Not connected on the ROK572690C000BR NC T EE PAO MD_BOOTO NC ew 12 PJ8 DV DATA8 LCD DATA8 PINTO PWM2A CTS5 EN NEN PG23 LCD DATA23 LCD TCON6 TxD5 PWM2C SCK5 AUDATA3 PG22 LCD DATA22 LCD TCON5 RxD5 16 GND AUDSYNC PJ20 DV DATA20 LCD_DATA20 18 PJ21 DV DATA21 LCD DATA21 LCD TCON3 IRQO CRx2 CRx0 CRx1 CRx2 LCD_TCON4 IRQ1 CTx2 CTxO amp CTx1 amp CTx2 PJ23 DV DATA23 LCD DATA23 LCD TCON6 IRQ3 CTx1 CTXO amp CTx1 PJ29 SSIWS5 TIOC2A IERXD 20 PJ830 SSIDATAS TIOC2B IETXD Legend 5V power 3 3V power GN Table 6 1 2 Connector Pin Descriptions 2 CN3 5 s 5 8 s ave 36 A 39 A a Legend 5Vpower 3 3V power R20UT0159EJ0100 Rev 1 00 sZ NC S AS 6 3 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification Table 6 1 3 Connector Pin Descriptions 3 CN6 Pinno SigmalName PinNo _ Signal Name 1 5V 2 5V EN E 5 _ poorcsor mo gore NC 6 PCt RDF NO 7 PGR RDWRHISCKs NO 8 PC8 WEONDOMLL RXDS NO ES SOLA ANDE 13 PE7 SDA3 RxD7 14 PC5 RAS CRx0 CRx0 CRx1 CRx2 IRQO NC 15 PC6 CASH SCK7 CTx0 16 PC7 CKE RxD7 CRx1 CRx0 CRx1 EC CRIO
149. Name SH7269 Port Control Register Function Register MD Bit Setting Name VDC4 LCD EXTCLK PGCR6 PG27MD 1 0 B 11 LCD CLK PGCR6 PG24MD 1 0 B 10 LCD TCON6 PJCR5 PJ23MD 2 0 B 011 LCD TCON5 PJCR5 PJ22MD 2 0 B 011 LCD_TCON1 PGCR6 PG26MD 1 0 B 10 LCD TCONO PGCR6 PG25MD 1 0 B 10 LCD DATA23 PGCR5 PG23MD 2 0 B 010 LCD DATA22 PGCR5 PG22MD 2 0 B 010 LCD_DATA21 PGCR5 PG21MD 2 0 B 010 LCD DATA20 PGCR5 PG20MD 2 0 B 010 LCD DATA19 PGCR4 PG19MD 2 0 B 010 LCD DATA18 PGCR4 PG18MD 2 0 B 010 LCD DATA17 PGCR4 PG17MD 1 0 B 10 LCD_DATA16 PGCR4 PG16MD 1 0 B 10 LCD_DATA15 PGCR3 PG15MD 1 0 B 101 LCD_DATA14 PGCR3 PG14MD 1 0 B 101 LCD_DATA13 PGCR3 PG13MD 1 0 B10 LCD DATA12 PGCR3 PG12MD 1 0 B 10 LCD_DATA11 PGCR2 PG11MD 2 0 B 010 LCD DATA10 PGCR2 PG10MD 2 0 B 010 LCD DATA9 PGCR2 PG9MD 2 0 B 010 LCD DATA8 PGCR2 PG8MD 2 0 B 010 7 LCD DATA7 PGCR1 PG7MD 2 0 B 010 LCD DATA6 PGCR1 PG6MD 2 0 B 010 LCD_DATA5 PGCR1 PG5MD 2 0 B 010 LCD_DATA4 PGCR1 PG4MD 2 0 B 010 LCD DATA3 PGCRO PG3MD 2 0 B 010 LCD DATA2 PGCRO PG2MD 2 0 B 010 LCD DATA1 PGCRO PG1MD 2 0 B 010 LCD DATAO PGCRO PGOMDJI2 0 B 010 Notes 1 These values must not be set in boot mode 1 2 Bold text indicates the function used 3 M3A HS64G01 Functions SH7269 Multiplexed Pin Name PG27 LCD TCON2 LCD EXTCLK PG24 LCD CLK PJ23 DV DATA23 LCD DATA23 LCD TCON6 IRQ3 CTx1 CTx0
150. Number M3A HS64G02 The M3A HS64G02 is an evaluation board which comes standard with a video input interface an audio interface and an LCD module interface for developing the video processing or music playing applications All PWM output pins and time output pins are inserted into connectors to allow for developing the automotive meter or brightness control applications It comes standard with a CAN connector an IEBus connector an IIC connector and an SD card connector Note Some of the functions cannot be used with the SH7269 CPU Board R20UTO159EJO100 Rev 100 a Dec 07 2011 s LEC NEC S AS SH7269 CPU Board ROK572690C000BR 1 Overview 1 2 SH7269 CPU Board Configuration Figure 1 2 1 shows an example of a system configuration using the SH7269 CPU Board Optional board for audio M3A HS64G01 or optional board for graphic display M3A HS64G02 SH7269 CPU board 9 VDC output Optional board can be connected ROK572690C000BR LP o SET e 1 5 A min SD card RS 232C H UDI port connector High performance Embedded EEE Workshop ouperH RISC engine A C C compiler package See Host computer E10A USB emulator Note 1 These items are not included in this CPU board and must be prepared by user Figure 1 2 1 Configuration Using the SH7269 CPU Board R20UTO159EJOT00 Rev 100 SL AE 2 Dec 07 2011 s LEC NEC S AS SH726
151. O TIOCOB SIOFSYNC PJ18 DV DATA18 LCD DATA18 MOSIO TIOCOC SIOFTxD PJ19 DV DATA19 LCD DATA19 MISOO TIOCOD SIOFRxD AUDIO XOUT PJO DV DATAO LCD DATAO SD CD 1 PWM1A PJ1 DV DATA1 LCD DATA1 SD WP 1 PWM1B PJ2 DV DATA2 LCD DATA2 SD D1 1 PWM1C PJ3 DV DATA3 LCD DATAS3 SD DO 1 PWM1D PJA DV DATAA LCD DATA4 SD CLK 1 PWM1E PJ5 DV DATAS LCD DATAS SD CMD 1 PWM1F PJ6 DV DATAG LCD DATA6 SD D3 1 PWM1G PJ7 DV DATA7T LCD DATA7 SD D2 1 PWM1H PJ12 DV DATA12 LCD DATA12 PINTA PWM2E SCK7 PJ13 DV DATA13 LCD DATA13 PINTS PWM2F TxD5 PJ14 DV DATA14 LCD DATA14 PINT6 PWM2G TxD6 PJ15 DV DATA15 LCD DATA15 PINT7 PWM2H TxD7 PJ27 SGOUT_3 TIOC1A CTS7 PE6 SCL3 RxD6 PE7 SDA3 RxD7 PF9 BSZ DV DATAO SCKO MMC DA4 RTS1 24 NESAS 3 21 SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions 3 3 LCD Module Interface 3 3 1 LCD Module Interface The M3A HS64G01 includes two flexible connectors and one MIL spec connector for connecting LCD modules The SH7269 on chip Video Display Controller VDC4 controls the LCD modules Figure 3 3 1 shows the LCD module interface block diagram SH7269 U1 Expansion connectors CN1 2 CN9 PG15 to PGO LCD DATA15 to LCD DATAO i Socket X1 i CLK W PG27 LCD EXTCLK PG24 LCD CLK LAL 5 en 3 3 V PJ22 DV_DATA22 LCD_TCON5 e EM 3 3V PG25 LCD TCONO ES EN yz PG26 LCD TCON1 i 33V PJ23 DV_DATA23 LCD_T
152. O dui T RIT gala 1 ea a i ee a B gu da e CP73 Tu E melk m e o yee E H MN moma WEES i o e 2 an R65 H7 CEI6 TETE uS 3 O D o0 THTIEL u u2 1 1 p has us eee ee 8 t FERRE E R35 i eo umi Te m T Que Om ELE ias Jee EIN ESAS E CP73 a bI 2 L A ee u O RE ES gt Rog ee a5 00 i E B R67 mer e ee Doo od dg po d gd og p wo C E 22 M se ui i E B n I IE E E d B BEE Hr mm HS i me l A E a oo S L lo E JE ME Ba EN o H2 A N i UB e HE O e N lt UP S E ne SS Gs wee 9 H EI cal E sa mo O i iL eee Wa men l bd G3 zi _ e Dd 3 00 i E i Super i 50 P 2 p TT SHZAFPU i i sE 3 Eo 7 ES o gt sp deo R27 A a e bd lee gt Msz t Se sl lee RR mmi coo Rr 009 q N mm MT M MOOOO N lee nnn i lee A E en i jee _ Bs lee 2222 i jee 20 i N joo mozesz 9990 t js ld Cos A zm mimi CP67 i q css mmcss e E Om micas mmc i v 000000000009 S esse i eececec7s000000000 900000000000000000000 Fe 72 00 STOP OZ ZO ZO ZO ZO Z EEE AFA WA IIA WA AA IA IA WA EP 0 a a IA A WA EP WA WA IA ass eae o S Figure 5 3 2 R0K572690C000BR Dimensions 2 Top view of the component side R20UT0159EJ0100 Rev 1 00 Dec 07 2011 ENESAS 9 26 SH7269 CPU Board ROK572690C000BR 5 R0K572690C000BR Operating Specification lt Perspective view of the component side gt Unit mm d Ld 75 00 148 09
153. ON6 S TCONG Connected to the LCD module CN1 pin 18 IRQ3 CTx1 CTx0 amp CTx1 M_DISP pin CN10 pin B18 PB14 A14 QIO3_1 Address bus bus CN4 pin 11 S E 1 E to serial flash memory SPBIO3_1 2 103 pin PB15 A15 QIO2 0 A Address bus bus CN4 pin 10 SEDEM LM 07 E to serial flash memory pc 0 1 102 o PB16 A16 QIO3 0 Ww gt bus pin 9 SE QIO3 C ene to serial flash memory c 0 1103 IMS 3 3V power supply 1 25V power A nn l A R20UT0159EJ0100 Rev 1 00 24 NESAS 4 3 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions Table 4 2 3 SH7269 Pin Functions 3 11 Symbol Description Expansion Connector PB17 A17 QSPCLK_0 CN4 pin 6 RSPCKO SPBCLK QSPCLK_0 Connected to serial flash memory 0 RSPCKO 1 SCK pin SPBCLK RDE O SSLOO Address bus CN4 pin 5 JP4 Open SPBSSL QSSL_0 Connected to serial flash memory JP4 1 2 SSLOO 1 CS pin SPBSSL ERE PB19 A19 QMO_0 QI00_0 cN4 pin4 MOSIO SPBMO_0 SPBIOO_0 QMO_0 QIOO Connected to serial flash memory _0 1 SI pin MOSIO SPBMO_0 SP BIOO 0 55 V PB20 A20 QMI 0 QIO1 0 CN4 pin 3 MISOO SPBMI O SPBIO1 _ QMI 0 QIO1 Connected to serial flash memory 0 1 SO pin MISOO i _0 SPB EME PB21 A21 CRx2 IERxD A21 Address bus CN4 pin 2 E ENE PB22 A22 CTX2 IETXDICS4 A22 Address bus CNA pin 1 A CER pin MD BOOT2 come ci n to SW5 4 as boot JP5 2 3 bnd mani aed AE TTT T ies Cmr CKIO CKIO Connecte
154. OO 7 osmowmisO 8 POWWEWDOMLIROS s ForwewweWDOMUIDOS o N PE7 SDA3 RXD7 PC5 RASH CRx0 CRx0 CRx1 CRx2 IRQO PC6 CASH SCK7 CTXO CTx0RCTx1 amp CTx2 PC7 CKE RxD7 CRx1 CRx0 CRx1 IRQ1 PC8 CS3 TxD7 CTx1 CTx0 amp CTx1 G Legend BV power supply 3 3V power supply GND Table 5 1 13 Expansion Connector Descriptions 6 CN7 1 Pano 1 eeste 1 PJ6 DV DATA6 LCD DATA6 SD D3 1 2 PJ7 DV DATA7 LCD DATA7 SD D2 1 PWMIH PWM1G 3 PJ4 DV_DATA4 LCD_DATA4 SD_CLK_1 4 PJ5 DV DATA5 LCD DATA5 SD CMD 1 WMI1F PWM1E 5 PE2 SCL1 TCLKC IOIS16 DV VSYNC PE1 SDAO TCLKB AUDIO CLK DV CLK PJ20 DV_DATA20 LCD_DATA20 LCD TCONS IRQO CRx2 CRx0 CRx1 CRx2 PE4 SCL2 RxD4 DV VSYNC PE3 SDA1 TCLKD ADTRG DV HSYNC 7 11 Ml 13 PJ2 DV DATA2 LCD DATA2 SD D1 1 14 PJ3 DV DATA3 LCD DATAS SD DO 1 PWM1D PWM1C 15 PJO DV DATAO LCD DATAO SD CD 1 16 PJ1 DV DATA1 LCD DATA SD WP 1 PWM1B PWM1A 19 21 23 17 PF10 CS1 SSISCK1 DV DATA SCK1 18 5V MC_D5 PJO DV DATAO LCD DATAO SD CD 1 PWM1A PF12 SSIDATA1 DV DATAS TxD1 MMC D7 20 PF11 SSIWS1 DV DATA2 RxD1 MMC_D6 PJ2 DV DATA2 LCD DATA2 SD D1 1 PJ1 DV DATA1 LCD DATA SD WP 1 PWM1B PWM1C GND 22 PJ28 SSISCK5 TIOC1B RTS7 PJ3 DV DATA3 LCD DATAS SD DO 1 PWM1D PJ5 DV DATA5 LCD DATA5 SD CMD 1 24 PJ4 DV DATA4 LCD DATA4 SD CLK 1 PWM1E Legend BV power supply
155. OOOOOOOOOOOOO0O0O0000 gt 0000000000 0000DO Figure 5 1 11 Expansion Connector Pin Assignments Top view of the solder side R20UT0159EJ0100 Rev 1 00 lt 2 AS 5 11 Dec 07 2011 SENES SH7269 CPU Board ROK572690C000BR 5 R0K572690C000BR Operating Specification Table 5 1 8 Expansion Connector Descriptions 1 CNI ELE Signal Name EE Signal Name PJ11 DV DATA11 LCD DATA11 PINT3 PJ15 DV DATA15 LCD DATA15 PINT7 PWM2D SCK6 PWM2H TxD7 5V 4 PJ14 DV DATA14 LCD DATA14 PINT6 M CENE vun 5 PJ9 DV_DATA9 LCD_DATAS PINT1 48 9 mma SOE SRE PA1 MD BOOT En PAO MD PA0 MD BOOTO 1 12 PJ8 DV DATA8 LCD DATAS PINTO EMEN Mani PJ10 DV DATA10 LCD DATA10 PINT2 PG23 LCD DATA23 LCD TCON6 TxD5 IN REM MM PG22 LCD DATA22 LCD TCONS RxD5 Domen A PJ20 DV DATA20 LCD DATA20 PJ21 DV DATA21 LCD DATA 1 LCD TCONS3 IRQO CRx2 LCD TCONA IRQ1 CTx2 CRx0o CRx1 CRx2 CTxO amp CTx1 amp CTx2 PJ23 DV DATA23 LCD DATA23 LCD TCON6 IRQ3 CTx1 CTXO amp CTx1 PJ29 SSIWS5 TIOC2A IERxD PJ30 SSIDATA5 TIOC2B IETxD Legend BV power supply EE 3 3V power supply GND Table 5 1 9 Expansion Connector Descriptions 2 CN3 Pin No Signal Name Pin No Signal Name 4 pam Tp eem CU LL 0000 s Wwe js DO rn s we 9 5 S Nw A o CN T U A NS o Legend 5V power supply 3 3V power supply R20UT0159EJ0100 Rev 1 00 lt 2 AS 5 12 Dec 07 2011 ENES SH7269 C
156. PBCR4 PB19MD 2 0 B 110 PB19 A19 QMO 0 QIOO 0 MOSIO SPBIOO 0 SPBMO O SPBIOO 0 SPBMI 0 PBCR5 PB20MD 2 0 B 110 PB20 A20 QMI_0 QIO1_0 MISOO SPBIO1_0 SPBMI_0 SPBIO1_0 SPBIO2 0 PBCR3 PB15MD 2 0 B 110 PB15 A15 QIO2 0 SPBIO2 0 SPBIO3_0 PBCR4 PB16MD 2 0 B 110 PB16 A16 QIO3 0 SPBIO3 0 SPBMO 1 PFCRO PF2MD 2 0 B 110 PF2 WAIT QMO 1 QIOO 1 MOSI1 TIOCAC SPBIOO_1 TENDO SPBMO 1 SPBIOO 1 SPBMI 1 PFCRO PF3MD 2 0 B 110 PF3 CS2 QMI 1 QIO1 1 MISO 1 TIOCAD SPBIO1 1 AUDIO XOUT SPBMI 1 SPBIO1 1 SPBIO2 1 PBCR3 PB13MD 2 0 B 110 PB13 A13 QIO2 1 SPBIO2 1 SPBIO3 1 PBCR3 PB14MD 2 0 B 110 PB14 A14 QIO3 1 SPBIOS 1 2 Bold text indicates the function used R20UTO0159EJO100 Rev 1 00 2 16 Dec 07 2011 434 NESAS SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions Table 2 2 21 SH7269 Multiplexed Pin Functions SDHI Peripheral Pin Name SH7269 Port Control Register SH7269 Multiplexed Pin Name Function Register MD Bit Setting Name SDHI SD CD 0 PFCR5 PF16MD 2 0 B 001 PF16 SD CD O FCEZ IRO4 MMC CD SD WP 0 PFCR5 PF17MD 2 0 B 001 PF17 SD_WP_0 FRB IRQ5 SD D1 0 PFCR5 PF18MD 2 0 B 001 PF18 SD D1 O SSISCKS3 IRQ6 MMC D1 SD DO 0 PFCR5 PF19MD 2 0 B 001 PF19 SD_DO_0 SSIWS3 IRQ7 MMC_DO SD CLK 0 PFCR6 PF20MD 2 0 B 001 PF20 SD CLK O SSIDATA3 MMC CLK SD CMD O0 PFCR6 PF21MD 2 0 B 001 PF21 SD CMD 0 SCK3 MMC CMD SD D3 0 PFCR6 PF22MD 2 0 B 001 PF22 SD_D3_0 RxD3 MMC_D3
157. PG25 LCD TCONO LCD TCONO Connected to LCD module VSYNC CN9 pin 19 mE pin CN10 pin B16 191 PG26 LCD TCON1 LCD TCON1 Connected to LCD module HSYNC CNQ pin 21 mM pin CN10 pin A17 192 PG27 LCD TCON2 LCD EXTCLK Connects LCD module external CN9 pin 26 I AN nd E nnd nn RR Legend 3 3V power supply 1 25V power supply GND R20UTO159EJO100 Rev 1 00 RENESAS 2 8 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions Table 2 2 8 SH7269 Pin Functions 8 10 A A ee Connector RSPCK1 TIOC4A DREQO RSPCK1 SCK pin AUDCK AUDCK Connected to the H UDI port AUD connector J3 NENNEN CN9 pin28 HN O X eY ru MESE a TIOC4B DACKO SSL10 CS pin EE wes o e e A T En PES QMO_1 Connected to serial flash memory 2 TT m QIO0 1 MOSM si pin SPBMO 1 SPBI QMI 1 QIO1 1 M Connected to serial flash memory 2 CNT pin 33 ISO1 SO pin 197 PF2 WAITZ QMO 1 QIOO 1 MOSI1 TIOC4C TENDO SPBMO 1 SPBIOO 1 198 PF3 CS22 QMI 1 QIO1 1 MISO1 TIOCAD AUDIO XOUT SPBMI 1 SPBIO1 1 SPBMI 1 SPBIO 1 1 199 PF4 CS5 CE1A SSISCKO SGOUT 0 CN7 pin 36 00 SGOUT 0 resistor 200 PF5 SSIWSO SGOUT 1 SGOUT 1 CN7 pin 35 00 resistor CN7 pin 37 00 resistor 202 PF7 SSIRXDO RxDO SGOUT 3 CN7 pin 38 00 SGOUT_3 CTS1H resistor 201 PF6 CE2A SSITxDO SGOUT 2 SGOUT 2 Address bus CN5 pin 19 CN5 pin 18 CN7 pin 17 A23 MMC D4 RTS12 PF10 CS1 SSISCK1 DV_DATA1 SCK1 MMC_D
158. PJCR5 PJ21MD 2 0 B 100 Note Bold text indicates the function used Table 4 2 16 SH7269 Multiplexed Pin Functions SCIF Peripheral Pin Name SH7269 Port Control Register Function Register Name MD Bbit Setting SCIF RxD2 PFCR3 PF14MD 2 0 B 100 TxD2 PFCR4 PF15MD 2 0 B 100 TxD5 PGCR5 PG23MD 2 0 B 100 RxD5 PGCR5 PG22MD 2 0 B 100 Note Bold text indicates the function used Table 4 2 17 SH7269 Multiplexed Pin Functions IIC3 Peripheral Pin Name SH7269 Port Control Register Function Register Name MD Bit Setting IIC3 SDA1 PECRO PE3MD 2 0 B 001 SCL1 PECRO PE2MD 2 0 B 001 SDAO PECRO PE1MD 2 0 B 01 SCLO PECRO PEOMD 2 0 B 01 Note Bold test indicates the function used Table 4 2 18 SH7269 Multiplexed Pin Functions RCAN TLI Peripheral Pin Name SH7269 Port Control Register Function Register Name MD Bit Setting RCAN TL1 CRx2 PJCR5 PJ20MD 2 0 B 101 CTx2 PJCR5 PJ21MD 2 0 B 101 Note Bold text indicates the function used R20UTO0159EJO100 Rev 1 00 Dec 07 2011 434 NESAS 4 M3A HS64G02 Functions SH7269 Multiplexed Pin Name PD5 D5 FCLE PWM1F PD4 D4 FRE PWM1E PD3 D3 PWM1D PD2 D2 PWM1C PD1 D1 PWM1B PDO DO PWM1A SH7269 Multiplexed Pin Name PJ21 DV_DATA21 LCD_DATA21 LCD_TCON4 IRQ1 CTx2 CTx08CTx18CTx2 SH7269 Multiplexed Pin Name PF14 A25 SSIWS2 RxD2 PF15 A0 SSIDATA2 WDT OVF TxD2 UBCTRG PG23 LCD_DATA23 LCD_TCON6 TxD5 PG22 LCD DATA22 LCD TCONS RxD5 SH7269 Multiplexed Pin Name PE3 SD
159. PU Board ROK572690C000BR 5 R0K572690C000BR Operating Specification Table 5 1 10 Expansion Connector Descriptions 3 CN4 ee Signal Name a Signal Name PB22 A22 PB22 A22 CTx2 IETxD CS4 IETxD CS4 PB21 A21 PBP1 A21 CRX2 IERXD IERXD eae _0 QIO1 aa MEM CBL 0 QIOO E aoe SPBMI_0 SPBIO1_0 SPBMO_0 SPBIOO_0 ES PB18 A18 QSSL_0 SSL00 SPBSSL 6 PB17 A17 QSPCLK 0 RSPCKO SPBCLK T mo eee S PBIS MPIQONO SPHOSG to PBIS MSIQOZOISPHOLG T ON MMIQOPISPHOS EN LEAN MEN CN E T LH 9 PSTUKITOGA o m Were mom ER eem EN LN CN IET CE Legend BV power supply 3 3V power supply Table 5 1 11 Expansion Connector Descriptions 4 CNS mne Samanna A TE T TSR Rn 4 PFNISDOMDO SOGIMMCOND S Pross OK o ssoams moor e v 7 PFt9 80_00 0 SsIws8 IRGT MMG_DO 8 PFI8 SO_D1_0 SSISCKS IRQG MMC_OT re fo PT SOLWPOTFRB IROS ml EUM PF6 8D CD 0 FCE amp IRQ4 MMC CD 15 PF15 A0 SSIDATA2 WDTOVF TxD2 16 PF14 A25 SSIWS2 RxD2 TIENE M PF13 A24 SSISCK2 SCK2 PF9 BSF DV DATAO SCKO MMC D4 DOES O E PF8 A23 TxDO PF1 BACK QSSL 1 SSL10 TIOCAB E ee Legend BV power supply 3 3V power supply R20UT0159EJ0100 Rev 1 00 244 NESAS 5 13 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 5 R0K572690C000BR Operating Specification Table 5 1 12 Expansion Connector Descriptions 5 CN6 me e Y Srna 5 rooosormosoorr CI IL O
160. Q3 TIOCOD LCD DATA2 PGCRO PG2MD 2 0 B 010 PG2 D18 LCD_DATA2 IRQ2 TIOCOC LCD_DATA1 PGCRO PG1MD 2 0 B 010 PG1 D17 LCD_DATA1 IRQ1 TIOCOB LCD DATAO PGCRO PGOMD 2 0 B 010 PGO D16 LCD DATAO IRQO TIOCOA Notes 1 These values must not be set in boot mode 1 2 Bold text indicates the function used R20UTO0159EJO100 Rev 1 00 4 20 Dec 07 2011 434 NESAS SH7269 CPU Board ROK572690C000BR Table 4 2 30 Peripheral Function PWM PWM2H PWM2G PWM2F PWM2E PWM2D PWM2C PWM2B PWM2A PWM1H PWM1G PWM1F PWM1E PWM1D PWM1C PWM1B PWM1A Note Bold text indicates the function used Table 4 2 31 Peripheral Function PORT PJ16 PJ17 PJ18 PJ19 PJO PJ1 PJ2 PJ3 PJ4 PJ5 PJ6 PJ7 PE2 PE3 PE6 PE7 PF7 PF9 Note Bold text indicates the function used R20UTO0159EJO100 Rev 1 00 Dec 07 2011 Pin Name Pin Name SH7269 Multiplexed Pin Functions PWM SH7269 Port Control Register Register Name PJCR3 PJCR3 PJCR3 PJCR3 PJCR2 PJCR2 PJCR2 PJCR2 PJCR1 PJCR1 PJCR1 PJCR1 PJCRO PJCRO PJCRO PJCRO MD Bit Setting PJ15MD 2 0 B100 PJ14MD 2 0 B100 PJ13MD 2 0 B 100 PJ12MD 2 0 B 100 PJ11MD 2 0 B100 PJ10MD 2 0 B100 PJ9MDJ 2 0 B 100 PJ8MD 2 0 B 100 PJ7MD 2 0 B 100 PJ6MD 2 0 B 100 PJ5MD 2 0 B 100 PJ4MD 2 0 B 100 PJ3MD 2 0 B 100 PJ2MD 2 0 B 100 PJ1MD 2 0 B 100 PJOMD 2 0 B 100 SH7269 Multiplexed Pin Functions PORT SH7269 P
161. R901 R86 0 00 H355LDK 8281 J12 E JPJ2545 HOSIDEN 7 R89 C12 mm e 00 1uF VIN2 2 c REE 1kQ R175 JL31 23 0 BE 5 4 for DV Input PWM Output CN11 3VCC FX2C 40P 1 27DSA 5VCC HRS 2 4 6 8 PF 23 0 lt _ gt MCVCC veg De Le SD Card Slot gt gt D gt gt gt gt gt gt gt o loo G Is Co O Is J13 DM1B DSF PEJ HRS CD DAT3 D 2 8 PF17A SD WP 0 2 8 PF16A SD CD 0 Card Detect COMMON SD Card Power Control 5VCC 3VCC U13 MCVCC LTC1470CS8 EN1 4 ENO 8 HA 1uF 16V gt 10k0 CP80 CP81 0 1uF 0 1uF NENNEN Renesas Solutions Corp ROK5 72690C000BR iia adh DRURI 1 Z070CO00BR CA CHANGE H UDI Interface NMI SWITCH CIRCUIT 3VCC 24 5 8 PF 23 lt gt 3VCC 3VCC 2 5 8 PG 27 0 gt RAQ R176 RA10 1 MNR14_4 7k0 lt 4 7KQ gt 4 ES MIC NMI 2 M MM F 2 5767004 2 Tyco SR R114 00 D D NMI CE20 U14A U14B PFO 6 swa a 22uFov SN74LVC14 3 SN74LVC14 3 PG16 A HH AwRHe 00 30 As B3SN 3012 lo SWITCH Td AE Wel ADATAI 4 Decoupling Caps CN AUDATA2 4 0 avec Sa am ZWE 2d AUDSYNC al e DR S CP82 2 ASEBRKAK en es EE ASEBRKAK ASEBRK 3 2 TCK SY KA Eeo l E TMS a AAA gt TUS 2 TDI Sr A Cot 9 IRQ SWITCH CIRCUIT 2 TDO Do Imm T A ti a R121 R122 A RES 1kQ 1kQ 9 6 40 41 8 3VCC 43
162. RxD6 CN6 amp pin1i2 UR E 7 20 RN BEE a ETT ETT ETRE O E E 81 ASEMD ASEMD _ ASEmodeselect O pps 1 j s eoan E E EAN pes xa TA Open E J O 86 PlVss AO T T TT 88 RES RES Resetinput CNZpn6 Connects the real time clock FEE 32 768kHz foo Rex Rrcxe resonator to MCU EE t E 93 DM DM X USBdiferentalD daaa o oo 94 DP PDP USBdifferentialD data Oo O 95 vsus amp ves X VBUSmut o J 96 USBDVee ooo O E o 97 USBDVss Ff LLL N REFRIN REFRIN Reference input Connects a DE __ y Ta ee 1302 usBavss O E o S IT _ __ _ I o _USBUVss ES USB_X1 n _X1 Connects the Ee U EE external uw Fc NN to MCU E USB X2 USBX2 oe X1 VIDEO X1 mM the digital E A external clock to MCU 109 VIDEO X2 VIDEO X2 5 6 kOx196 resistor Eras A im e E 1 pin A1 9 ER m EI pin B20 115 Top reference voltage Top reference voltage Bottom reference voltage Legend 3 3V power supply ET power supply GND R20UTO0159EJO100 Rev 1 00 EN ESAS 2 5 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions Table 2 2 5 SH7269 Pin Functions 5 10 Symbol Description Expansion Connector 117 BIAS BIAS Reference voltage Connects a 24 kQ 1 resistor PHO ANO PINTO pe OE PH1 AN1 PINT1 pm
163. S ES EET ERES E EE SEES CS ESSE EY EA Mm IN EEE M RCAN ANO I 1 1 1 174 RCAN AN 1 SSS SSeS See See eee Y O ports E ss Y ARA EE EE EE ty et vty et RA C Yes N Notes When using a serial flash memory with NOR flash memory or SDRAM quad mode cannot be used PF16 and PF17 are multiplexed pins When setting SW6 2 on the ROK572690C000BR ether SD MMC card or NAND flash memory can be used Either 14 pin or 38 pin H UDI port connector can be used PJ22 and PJ23 are multiplexed pins Either LCD or DV can be used PJ21 is a multiplexed pin Either IRQ1 switch or DV can be used PJ19 and PJ18 are multiplexed pins Either LED or DV can be used PJ17 and PJ16 are multiplexed pins Either DIP switches or DV can be used PJ15 to PJ8 are multiplexed pins Either DV or PWM can be used Change the JP2 setting on the M3A HS64G01 to use either the character LCD or the SD card 10 PJ29 and PJ30 are multiplexed pins When setting SW6 4 on the ROK572690C000BR either IEBus or D A Converter 2 can be used 11 CD deck and audio codec cannot be accessed at the same time because these modules use RSPI1 pin 12 PJ20 and PJ21 are multiplexed pins Either DV or CAN1 can be used 13 Change the JP8 setting on the ROK572690C000BR to use either LCD or CAN1 lt Le h lt lt lt ed e lt lt lt lt lt lt lt lt E T x x lt Ez RRR R a lt
164. SAI ES APMP id PF12 SSIDATA1 DV DATA3 TXD1 1 MMC D7 208 X5r 5 A 3VCC PETS A24 SSISCK2 SCK2 44 pri A ce c7 Pig A2S SSIWSZ RXD2 b bri A 8pF gur PF15 AO SSIDATA2 WDTOVF TXD2 UBCTRG 3VCC x8 PF16 SD CD 0 FCEZ IRQ4 MMe coe r A CP7 SG 8002DC_11 2896MHz PFI SD_WP_0 FRB IROS 210 PE a o P PF18 SD_D1_0 SSISCK3 IRQ6 MMC D1 CP8 2 VCC OUT 4 E AUDIO_X1 PF19 SD DO 0 SSIWSS3 IRQ7 MMC DO Ln 7 0 1uF y R33 R34 AUDIO_X2 PF20 SD CLK 0 SSIDATA3 MMC CLK 228 A 6 SDZNAND GND OE 180 220 PF21 SD CMD 0 SCK3 MMC CMD 227 M5 XRZR 081I N 4 CKIO SD Y SF PF22 SD D3 0 RXD3 MMC D3 24 PFO B CKIO CN lt R35 2 CKIO PF23 SD D2 0 TXD3 MMC D2 SB SSA m gt BES HOO 8 ne lt PF3 QIO1 1 4 8 ROKS 20 90CUDOBR CPU SH7269 Clock Renesas Solutions Corp x W Z KG T O ON TAN GNI U1 2 Vv For USB Analog 34 3V SH7269QFP for Digital 3 3V 3VCC CPU RENESAS 00 dail oa Lg OOOO CE2 CE3 CP11 CP9 CP12 Miu TY 2uFAoV Tourney r 1PF 0 01yF 0 001yF 27 Y OQ bp yee Laz Lp Lo po Ep Nt eo J ST ST T T Too sooo VAN for USB Analog 1 25V Ennn nn e uw qp o o 000 000 Uu A Po VSBANGE A e e e o Ww E o O E CE4 CE1 CP13 CP10 CP14 heer Lu2 LL Lo Lo Lo oo E 2uFAOV Tioyrntev T HF 0 01yF 0 001uF L12 S L 0 USRAVSS S nnn T HT T T
165. SAM T 153 PJ DV_DATAULCD_DATA1 DV DATA DVinput ONM amp pnBO SD_WP_1 PWM1B RN RRR SWe3OFF a GN qq lt ee 2 A A PG8 D24 LCD DATA8 LCD DATA8 Connected to LCD module D8 pin ET 9 pin 12 WEA CN 10 nennen A6 En EE pn DATA 2 m input ISD D1 1 PWM1C pin A10 En NE AS MM 158 FINDVDATAWCD DATAS DV baras DVi onto ISD DO 1 PWM1D ONApni4 SWe 0FF CNZApi22 SW XON 159 PJ4 DV DATA4LCD DATA4 DV DATA4 DVinput ONMhpinA9 SD_CLK_1 PWM1E Do en AA NS sae dd 8 La PINT1 TIOC3B CN10 pin B6 Vll a e RE PINT2 TIOC3C CN10 pin A7 PVcc PG11 D27 LCD DATA11 ET DATA11 EET to LCD module D11 pin m pin 13 WI CN10 en B7 A DATA12 wur DATA12 EEE EEE to LCD module D12 pin ET pin 16 PINT4 CN10 pin B8 PINTS CN10 BI A9 PINT6 CN10 pin B9 PG15 D31 LCD DATA15 LCD DATA15 Connected to LCD module D15 pin CN9 pin 20 PINT7 CN10 pin A10 LCD DATA16 AUDATAO AUDATAO Connected to the H UDI port connector J3 DV_DATAS SD_CMD_1 PWM1F Nona SW6 3 OFF ON iaa SW amp ON 172 NEN SEM SEN PJ6 DV DATAG LCD DATA6 DV DATAG DV input CN11 pinB7 SD D3 1 PWM1G A SW6 3 OFF p en pin 25 SW63 ON 170 PG16 WE2 ICIORD DQMUL LCD_DATA16 Connected to LCD module D16 pin CN10 pin A11 171 PJ5 DV DATAS LCD DATAS N N E O p 3 3V power supply 1 25V power supply GND R20UT0159
166. SCK PJ10 DV_DATA10 LCD_DATA10 5 CTSK PJ8 DV DATA8 LCD DATAR PINTO RTS PJ9 DV_DATA9 LCD_DATA9 PINT1 PWM2A CTS5 PWM2B RTS5 Te AUT Note The signal names in bold style show the setting functions R20UTO159EJ0100 Rev 100 39e muc c nec TYNN Dec 07 2011 z RENESAS SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification 6 1 9 External IIC Connector J11 The M3A HS64G01 includes an MIL spec connector J11 to connect the external IC interface Figure 6 1 10 shows the external IIC connector pin assignments Table 6 1 14 lists the pin descriptions Top view of the component side 2 J11 20 6 0000000000 60000000000 1 19 Figure 6 1 10 Assignments of Pins for Connecting External Interfaces J11 Table 6 1 14 Descriptions of Connector Pins J11 Pin No Signal Name Pin No Signal Name NC SCL PE4 SCL2 RxD4 DV VSYNO SDA PES SDA2 RxD5 DV_HSYNC GND Note The signal names in bold style show the setting functions 1 For compatibility with other boards this connector is connected via a zero ohm resister R20UT0159EJ0100 Rev 1 00 sZ NC S AS 6 13 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification 6 1 10 LCD Module Connectors J12 to J14 The M3A HS64G01 includes two flexible connectors J12 and J13 and one MIL spec connector J14 for connecting an LCD module Figure 6 1 11 shows LCD module conn
167. T 1 23 1 19 Operas Conditions unta nia 1 23 1 20 A eeen 1 24 1 20 1 Commeunns Unused Pins rela id do cil 1 24 2 UNCUONS pta ds 2 1 Zal OVerviewcot e LT 2 1 22 OE 2 2 2 2 1 as OO Ms ccm 2 2 22 2 SH7269 Pin Functions Used on the ROKS72690COOOBR eere eene 2 2 2 2 3 ROKS72690C 0DOBR Module Availability ad pau ade tton dele hade 2 12 2 2 4 SH7269 Multiplexed Pins Used on the ROK572690C0008BR eee 2 13 2 3 1 SE 7209 Inte trial nimc M 2 19 2 9 2 NOR Plash Memory DUI x ICE rat ls 2 19 2 219 SORA uon don deo teh ettet en ena tdi dne t Ae tiene deste 2 22 2 3 4 NAND Rash Memory Inter ace amarilla 2 25 2 959 Serial Flas i Memory Interface oem A AA tot elu Uem LUUD usine eR ORE heteen 2 26 2 3 6 ERPROM ntertace cT iaa 2 28 2 4 OENE e A ne o drole toot eLo cose ee seudertatacd ea aeucatuastiad ease itd PS SN eoo Ue S diENA 2 29 25 RS 2920 INCI ACE TTT 2 30 2 6 I agro mec LLL 2 31 2 7 Ente reupbis Wines scort ld a daa 2 32 2 8 urere MOGU riran SS 2 33 2 9 Reset Module PA nd das 2 34 2 10 Power supply Module dd AA E AA A ed A A eenn 2 35 2 11 O RE 2 36 2 12 SD NINIC Cardinal dial rael Ee oaa sue 2 3 2 13 VDE Mice t 2 38 2 14 Video IE Tat p A TTT 2 40 215 PW NE IET ET L 2 41 MSASHO54G01 EUFCHODS oreert eneen eenheden dae emee dadde beennaad ene ideate 3 1 3 1 ON W AOE DT AEO DE 3 1 PP y
168. TAO AL 2 3 IRQ3 7 PG16 LCD_VSYNC 6 PF3 DV_DATA3 S 2 7 PG17 LCD_HSYNC 6 PF5 DV_DATA5 NE REDEE TE 7 PG19 LCD CLK 6 PF4 DV_DATA4 7 PG18 LCD DE 6 PF6 DV DATAG TS g 6 PF8 DV_CLK a Y 9 PG22 TIOCOB 6 PF7 DV_DATA7 gt a 7 9 PG21 TIOCOA 9 PG24 TIOCOD oe 9 PG23 TIOCOC 9 PF11 TIOC3C En E 9 aa lt gt acens dd 3 PF12 SPDIF_OUT S Ur lt u I PKOPWM2BSSINSD SJ AS AA o is o o E ER 4 PK10 PWM2C SSIRxDO lt ca 5 AUDIO_XTAL Gn o 1 00B Ver XG4H 4031 1 4 Renesas Solutions Corp NENNEN DRAWN CHECKED DESIGNED APPROVED Thes K30762 M3A HS64G02 CPU Board Stack Connector Character Type LCD Connector 3VCC 5VCC 5VCC j et pa R2 10k R3 R4 3 9kQ 470 D AM Ee RSPDIF Through Hole D VR2 3VCC R5 VR1 1KOB 00 10KOB MH1 5VCC HOLE vee del MH2 E 2 9 PC9 TIOC2A E s R Hs62 PG15 gt i SE 5 3 2 PF12 SPDIF_OUT gt 2 dE ich ed S ck 2 9 PC10 TIOC2B Eel E 2 FAI pie dina 4 PWM1A LCD DO SS s DBO baag M PWMIBLCD O nl ee 98 bI PWMICILCD D REA B MH3 4 PWMIDILCD AAA 283 4 PWM1E LCD D4 gS DB4 4 PWMIF LCD_D5 lt S 4 E a lt lt EE 4 PWM1G LCD De lt gt 13 HOLE 4 PWM1H LCD D7 g UJ o C62 PM 61 16P 0 1uF 25V c UART Interface 9 SWITCH CIBOUIT c 3VCC 3VCC 2 PJ4 RxD3 2 PJ5 TxD3 IRQ2 2 SW1 IRQ2 CE10 U1A U1B B3SN 3012 S 2 2uF 16V SN74LVC14APWR SN74
169. Tx1 ENR RT SWe tON 18 PBMAUTIOCOA M Addressbus CN amp pi28 ET A 15 Address bus CN4 pin 26 PWM2G PWM output CN11 pin A1 DV DATA14 DV input SW6 1 OFF SW6 1 ON A O PJ14 DV_DATA14 TTL level LCD_DATA14 PINT6 PWM2G TxD6 17 PJ15 DV_DATA15 LCD DATA15 PINT7 PWM2H TxD7 PB4 A4 TIOCOD PJ16 DV_DATA16 CN1 pin 4 PWM2H DV_DATA15 PWM output DV input CN11 pin B1 TTL level Address bus CN4 pin 25 NO NO AY A oO co 00 PJ16 Connected to SW6 5 as user input CN11 pin B13 LCD_DATA16 RSPCKO port 1 TIOCOA SIOFSCK DV_DATA16 DV input PJ17 DV_DATA17 PJ17 Connected to SW6 6 as user Ei CN11 pin B12 mE LCD DATA17 SSLOO Ei 2 TIOCOB SIOFSYNC DV_DATA17 DV input N Legend 3 3V power supply 1 25V power supply GND R20UT0159EJ0100 Rev 1 00 ENESAS 2 2 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions Table 2 2 2 SH7269 Pin Functions 2 10 NI L Connector LCD DATA 8 MOSIO ROT NR 1 TIOCOC SIOFTxD DV DV DATA18 DV DW imputa en a T 26 PBG AGTIOCIB AB Addressbus CN4pin21 ERN A ASA PA AS 28 PBZATITIOC2A A7 Addressbus CNApin20 LANA O 30 PBS AB TIOC2B AB Addessbs CN4pni9 Eque 32 PBg A9ITIOC3A A9 Addressbus CN4pniB 33 PBIO MO TIOC3B ATO Addressbus CCNA pin 17 34 PBM ATUTIOCSC AN Addressbus CCNA pint Las remmumoco az
170. VSYNC DV VSYNC PES SDA2 DV HSYNC DV HSYNC Figure 2 13 2 Digital Video IN Interface Block Diagram Table 2 13 1 Jumper Settings JPS JP9 Number 1 2 None Open JP8 Uses PJ21 as IRQ1 input pin default Uses PJ21 as CTx2 output DV_DATA21 input pin JP9 Uses PJ20 as IRQO input pin default Uses PJ20 as CRx2 input DV DATA20O input pin Note Shading indicates the function to be set R20UTO159EJO100 Rev 100 o 240 Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions 2 14 Video IN Interface The SH7269 includes the digital video decoder which allows the user to input the composite video CVBS signal directly The ROK572690C000BR includes an RCA connector to input the CVBS signal Figure 2 14 1 shows the video IN interface block diagram SH7269 U1 24 kQx196 AW 0 1 UE 7 VIDEO X1 Optional 0 1 N VIDEO X2 Figure 2 14 1 Video IN Interface Block Diagram RO0UTOIS9EJO100 Rev 100 o4y Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions 2 15 PWM Interface The SH7269 includes two channels of Motor Control Pulse Width Modulator PWM Timer with a maximum of eight pulse outputs per channel On the ROK572690C000BR SH7269 PWM channel 2 pins are connected to the 40 pin half pitch connector at TTL level 40 pin half pitch connector is mu
171. _VSYNC gt nn i Ne EL LCD DATA15 LCD DATA10 LCD DATA14 LCD DATAS LS VDD NOD DATA alee VDD LCD_DATA15 LCD_DATA14 LCD DATA15 LCD DATA14 LCD DATA8 N LCD_DATA7 R84 3VCC CD_DATA13 4 ds ao LCD_DATA12 6 i LCD_DATA6 LCD DATA11 CD DATAS DATA5 LCD_DATA13 R85 3VCC 3VCC WET 8 LCD DATA12 LCD DATA13 Ta LCD DATA15 49 LCD DATA11 g LCD_DATA12 LCD DATA10 N LCD DATAM 207 LCD DATA1O g LCD_DATA11 SW3 antag N LD DATATS a LCD_DATA9 g LCD DATA1O G3T 12AB R86 R461 NEED DATA 24 Yos bo LCD DATA7 meet L R87 Appa 24 LCD DATAG LGD Parse gt 3VCC ee 6 PGI7 LCD HSYNC TRAE Ay 0 28 eed caa R89 3VCC uaa c 24 A LCD M DISP PT R90 00 l 2 NEED DATAS 1 cadis in LCD DATAS ED ES mei LGD DATAT IS 10k0 PG19 LCD CLK 29 167 2 5VCC LCD DATAT g LCD_DATA2 NICO DATAZ 45 ep 30 Ana Z LCD DATAO g LCD DATA1 31 2311 a pal o LCD DATAO R92 LCD DATA 32 GND 32 PG19 LCD CLK 24 CND 4TkQ NCCECDEDATAO 33 82 P33 PGIZILCD HSYNG 22 R3 y 02 34 EE PG21 TIOCOA L R94 nn OQ 2 9 PG24 TIOCOA gt PG21 TIOCOA R160 A A 00 ee el M A E e PG16 LCD_VSYNC UW og t 24 28 PU2 CTxI LCD_MDISP S LCD M DISP R95 AA 00 SA PG21 TIOCOA A PGT8 CD DE AE T l ud EET Tm Du un d 8 e LCD M DISP nn TA 9 9 pw gt 28 40 40 c64 e _18pF ze
172. amp CTx1 PJ22 DV DATA22 LCD DATA22 LCD TCON5 IRQ2 CRx1 CRx0 CRx1 PG26 LCD_TCON1 PG25 LCD_TCONO PG23 LCD DATA23 LCD TCONG TxD5 AUDATA3 PG22 LCD DATA22 LCD TCON5 RXD5 AUDSYNC PG21 DV_DATA7 LCD_DATA21 LCD_TCON4 TxD4 PG20 DV_DATA6 LCD_DATA20 LCD_TCON3 RxD4 PG19 DV_DATA5 LCD_DATA19 SPDIF_OUT SCK5 PG18 DV DATA4 LCD DATA18 SPDIF IN SCK4 PG17 WE3 ICIOWR AH DQMUU LCD_DATA17 AUDATA1 PG16 WE2 ICIORD DQMUL LCD_DATA16 AUDATAO PG15 D31 LCD_DATA15 PINT7 PG14 D30 LCD_ DATA14 PINT6 PG13 D29 LCD DATA13 PINT5 PG12 D28 LCD DATA12 PINT4 PG11 D27 LCD DATA11 PINT3 TIOC3D PG10 D26 LCD DATA10 PINT2 TIOC3C PG9 D25 LCD DATAQ PINT1 TIOC3B PG8 D24 LCD_DATA8 PINTO TIOC3A PG7 D23 LCD DATAT IRQ7 TIOC2B PG6 D22 LCD DATAG IRQ6 TIOC2A PG5 D21 LCD DATA5 IRQ5 TIOC1B PG4 D20 LCD DATA4 IRQ4 TIOC1A PG3 D19 LCD DATA3 IRQ3 TIOCOD PG2 D18 LCD DATA2 IRQ2 TIOCOC PG1 D17 LCD DATA1 IRQ1 TIOCOB PGO D16 LCD DATAO IRQO TIOCOA SH7269 Multiplexed Pin Name PJ15 DV DATA15 LCD DATA15 PINT7 PWM2H TxD7 PJ14 DV DATA14 LCD DATA14 PINT6 PWM2G TxD6 PJ13 DV DATA13 LCD DATA13 PINTS PWM2F TxD5 PJ12 DV DATA12 LCD DATA12 PINT4 PWM2E SCK7 PJ11 DV DATA11 LCD DATA11 PINT3 PWM2D SCK6 PJ10 DV DATA10 LCD DATA10 PINT2 PWM2C SCK5 PJ9 DV_DATA9 LCD_DATA9 PINT1 PWM2B RT S5 PJ8 DV_DATA8 LCD_DATAS PINTO PWM2A CTS5 Table 3 2 29 SH7269 Multiplexed Pin Functions PWM Peripheral Pin Name SH7269 Port Control Register Function Register MD Bit Setting Name PWM PWM2H PJCR3
173. ansion connectors CN1 CN7 4 Video signal input module Not used CAN interface 3 Vto 5 V level IEBus driver IEBus connector SH7269 U1 l shifter U12 U37 HA12187 J13 B4B XH PJ30 x 1 BUS BUS PJ30 SSIDATAS IETxD E20 a j x 2 Rout BUS BUS 177 PJ29 SSIWS5 IERxD PJ21 DV_DATA21 IRQ1 CTx2 PJ20 DV DATA20 IRQO CRx2 5 V to 3 V level Note Pin names in red shifter U14 indicate the function to be set 7 7 DIP switches SW6 4 PJ21 PJ20 Figure 4 9 1 IEBus Interface Block Diagram Table 4 9 1 R0K572690C000BR DIP Switches Setting SW6 4 Number Function OFF High ON Low SW6 4 Connected to the IEBus Interface Connected to the Video signal input module Not used default Note Shading indicates the function to be set Table 4 9 2 M3A HS64G02 Jumper Settings JP5 JP9 Number 1 2 2 3 JP5 Selects IETxD IEB Selects PJ30 RCAN TL1 pin default JP9 Selects IERxD IEB Selects PJ29 RCAN TL1 pin default Notes 1 This setting is invalid on the ROK572690C000BR 2 Shading indicates the function to be set R20UTO159EJ0100 Rev 100 Deniceanc O O AM Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions 4 10 PWM Interface The SH7269 includes two channels of on chip Motor Control Pulse Width Modulator PWM timer with a maximum
174. au D D m 0 lt CO 2 C D O NO 234 NESAS SH7269 CPU Board ROK572690C000BR User s Manual Renesas 32 Bit RISC Microcomputer SuperH RISC engine Family SH7260 Series Rev 1 00 All information contained in these materials including products and product specifications represents information on the product at the time of publication and is subject to change by Renesas Electronics Corporation without notice Please review the latest information published by Renesas Electronics Corporation through various means including the Renesas Electronics Corporation website http www renesas com Renesas Electronics www renesas com Rev 1 00 Dec 2011 8 10 11 12 Notice All information included in this document is current as of the date this document is issued Such information however is subject to change without any prior notice Before purchasing or using any Renesas Electronics products listed herein please confirm the latest product information with a Renesas Electronics sales office Also please pay regular and careful attention to additional and different information to be disclosed by Renesas Electronics such as that disclosed through our website Renesas Electronics does not assume any liability for infringement of patents copyrights or other intellectual property rights of third parties by or arising from the use of Renesas Electronics products or technical information described in th
175. ayers double sided e Board thickness 1 6mm e Number of boards 1 ENESAS Tur SH7269 CPU Board ROK572690C000BR 1 Overview 1 14 M3A HS64G02 Exterior Figure 1 14 1 shows the exterior of the M3A HS64G02 Figure 1 14 1 M3A HS64G02 Exterior R20UT0159EJ0100 Rev 1 00 Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 1 Overview 1 15 M3A HS64G02 Block Diagram Figure 1 15 1 shows the block diagram of the M3A HS64G02 UART I F connector PWM I F 8 bit F z A LCD module U i wc pL nee I F RGB 565 ajil K E l Video Video In decoder E HA13721 Level shifter CAN driver Connector CAN hrough hole RSPDIF 5 ng 2 m Ww HA12187 IIC UF IC3 E IEBus driver IEBus Brightness control MTU2 Kev 4x4 LED 4 bit NU Switches x 2 PIO Vila BRE Power supply circuit 12V These modules cannot be used with the ROK572690C000BR Figure 1 15 1 M3A HS64G02 Block Diagram R20UTO159EJO100 Rev 100 DZ Dec 07 2011 s LEC NC S AS SH7269 CPU Board ROK572690C000BR 1 Overview 1 16 M3A HS64G02 Major Components Figure 1 16 1 shows the M3A HS64G02 layout and locations of the major components PCB drawing lt Top view of the component side gt IRQ3 PE3 SDA1 switch jumper 5 a 8 2 2 S 5 5 5 5 5 5 5 S 9 8 9 8 Z 2 9 8 G O gt 5 c c c cs L c UU o a c c c 25 e c JJ S o8 8 8 8 8 gt 8 8 fe x
176. care in preparing the information included in this document but Renesas Electronics does not warrant that such information is error free Renesas Electronics assumes no liability whatsoever for any damages incurred by you resulting from errors in or omissions from the information included herein Renesas Electronics products are classified according to the following three quality grades Standard High Quality and Specific The recommended applications for each Renesas Electronics product depends on the product s quality grade as indicated below You must check the quality grade of each Renesas Electronics product before using it in a particular application You may not use any Renesas Electronics product for any application categorized as Specific without the prior written consent of Renesas Electronics Further you may not use any Renesas Electronics product for any application for which it is not intended without the prior written consent of Renesas Electronics Renesas Electronics shall not be in any way liable for any damages or losses incurred by you or third parties arising from the use of any Renesas Electronics product for an application categorized as Specific or for which the product is not intended where you have failed to obtain the prior written consent of Renesas Electronics The quality grade of each Renesas Electronics product is Standard unless otherwise expressly specified in a Renesas Electronics data s
177. ccurrence of failure at a certain rate and malfunctions under certain use conditions Further Renesas Electronics products are not subject to radiation resistance design Please be sure to implement safety measures to guard them against the possibility of physical injury and injury or damage caused by fire in the event of the failure of a Renesas Electronics product such as safety design for hardware and software including but not limited to redundancy fire control and malfunction prevention appropriate treatment for aging degradation or any other appropriate measures Because the evaluation of microcomputer software alone is very difficult please evaluate the safety of the final products or system manufactured by you Please contact a Renesas Electronics sales office for details as to environmental matters such as the environmental compatibility of each Renesas Electronics product Please use Renesas Electronics products in compliance with all applicable laws and regulations that regulate the inclusion or use of controlled substances including without limitation the EU RoHS Directive Renesas Electronics assumes no liability for damages or losses occurring as a result of your noncompliance with applicable laws and regulations This document may not be reproduced or duplicated in any form in whole or in part without prior written consent of Renesas Electronics Please contact a Renesas Electronics sales office 1f you have any questions regarding
178. compatibility with other boards this connector is connected via a zero ohm resister R20UT0159EJ0100 Rev 1 00 2 AS 77 Dec 07 2011 SENES SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification 7 1 4 SD Card Slot J4 M3A HS64G02 includes an SD card slot J4 Figure 7 1 5 shows the deployment of the pins for SD card slot Table 7 1 9 lists their descriptions UD UL d NE Top view of the component side gt Side view Figure 7 1 5 Diagram of the SD Card Slot J4 Table 7 1 9 Descriptions of the SD Card Slot J4 DAT3 PJ6 DV DATA6 LCD DATA6 CMD PJ5 DV DATA5 LCD DATAS 8 END 4 a83V CLK PJ4 DV DATA4 LCD DATM GND BN SD CLK 1 PWM1E EN 7 DATO PJ3 DV_DATA3 LCD_DATA3 DAT1 PJ2 DV DATA2 LCD DATA2 DAT2 PJ7 DV DATA7 LCD_DATA7 10 WP BJ DV DATA1 LCD DATA1 11 CD PJO DV_DATAO LCD DATAO 12 COMMON GND Lo jene Note The signal names in bold style are setting functions R20UT0159EJ0100 Rev 1 00 2 AS 7 8 Dec 07 2011 4S NES SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification 7 1 5 PWM Connector J5 M3A HS64G02 includes MIL standard connector J5 for PWM output Only one channel can be used on ROK572690C000BR Figure 7 1 6 shows the deployment of PWM connector pins Table 7 1 10 lists their descriptions lt Top view of the component side gt
179. connector SD MMC connector EEPROM 16 KB 09 E E Ol Video in SH7269 connector NAND 266 MHz S Optional 7 r O F LCD out Serial flash DV in memory 4 MB x 2 PWM out 16 bit 6 bit Figure 1 5 1 SH7269 CPU Board Block Diagram R20UTO159EJO100 Rev 100 9 ne M 6 Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 1 Overview 1 6 SH7269 CPU Board Major Components Figure 1 6 1 and Figure 1 6 2 show the layouts of the major components on the SH7269 CPU Board PCB drawing lt lt 9 2 2 E e 2 o Cc gt Q 2 O G 5 o O oa o a E 2 a a o x c c D O Q i O 7 O O c 2 D amp gt O 5 lt O z z 2 a O O c bm n o E c gt O c o d o ag o 8 gt 3 z E p o D a Sa z e m Bot 5 O 8 5 2 5 pe zv 30 Ls 5825 25 Sm On zz Z x Su Sy ZZ ZES Zo gt aA o0 zo o UU QD N OZ Ou OD n gt 510 50 3 nao eed m ha LED2 LED3 A Z S e m User LEDs p EE gesto im 7117 merk 0 00 ne A Ena E ROS E 7 s s J5 J8 Ri50 RI55 J11 m S ESI ES IH B Ed a Tm m an gt RCA connector o er E iB l cau E 4 LED1 m mU san TPR Power supply LED mms Im ER JP13 J12 mi t IEA 1 25V power supply RCA connector Er or EE TDI select jumper S e CE2 INTO EE e mm EE TE E rtm puso roo EE Cb JP12 Expansion connector 3 3V power supply EE TE a T e
180. connectors for LCD module 2 e MIL spec connector for LCD module 1 30 pin Controls the character LCD module by the SH7269 on chip general purpose I O ports e 16 x 2 semi transmissive character LCD module with LED backlight 1 Comes with audio codecs for audio input AK4353 and audio input output AK4524 by the SH7269 on chip Serial Sound Interface with FIFO SSIF e AK4353 Asahi Kasei Microdevices Corporation 2 96 kHz 24 bit DAC on chip digital audio transmitter Sampling frequency 16 to 96 kHz Stereo pin jacks 2 Optical connectors 2 e AK4524 Asahi Kasei Microdevices Corporation 1 24 bit stereo codec with microphone AMP Sampling frequency 32 to 48kHz Inputs PCM data using the SH7269 on chip SSIF and controls the CD deck by the Renesas Serial Peripheral Interface RSPI e Flexible connector for connecting a CD deck 1 Accesses the SD card by the SH7269 on chip SD Host Interface SDHI e SD card slot 1 e Includes a card power control IC Software control NOT allowed CAN Controller Area Network communication by the SH7269 on chip CAN RCAN TL1 e HA13721FP Renesas CAN driver IC includes a voltage level shifter IEBus communication by the SH7263 on chip IEBus Controller IEB e HA12187FP Renesas lEBus driver IC includes a voltage level shifter Connected to the SH7269 on chip Serial Communication Interface with FIFO SCIF pin Connected to the SH7269 on chip IIC bus interface IIC3 pi
181. ct Jumper Settings JP11 to JP13 Jumper Setting Function JP11 Supplies the system power from J4 PWRSEL Supplies the system power from J6 with AC adapter JP12 ESE Supplies the 3 3V power for SH7269 from U18 embedded power 3 3V PWRSEL 2 3 Supplies the 3 3V power for SH7269 from J5 external power JP13 Supplies the 1 25V power for SH7269 from U16 embedded power Supplies the 1 25V power for SH7269 from J8 external power setting by default Note Jumper settings shall not be changed while this evaluation board is under operation Make sure to change settings with the power turned off R20UT0159EJ0100 Rev 1 00 lt 2 AS 5 21 Dec 07 2011 ENES SH7269 CPU Board ROK572690C000BR 5 R0K572690C000BR Operating Specification Table 5 2 4 Analog Power Supply Jumper Setting JP14 to JP16 Jumper Setting Function JP14 e Supplies the A D converter analog 3 3V power AVcc None open Does not supply the A D converter analog 3 3V power AVcc JP15 Supply USB analog 3 3V power USBAPVcc None open Does not supply the USB analog 3 3V power USBAPVcc JP16 Supply USB analog 1 25V power USBAVcc None open Does not supply the USB analog 1 25V power USBAVcc setting by default Note Jumper settings shall not be changed while this evaluation board is under operation Make sure to change settings with the power turned off R20UT0159EJ0100 Rev 1 00 lt 2 AS 5 22 Dec 07 2011 ENES SH7269 CPU Board ROK572690C000
182. cted to MTU2 pins to control LED brightness on the M3A HS64G02 PFO TIOCAA PF2 TIOCAC PF3 TIOCAD and PJ27 TIOCIA pins are available on the ROK572690C000BR These pins are multiplexed with the RSPI channel 1 pins When using serial flash memory 2 by the RSPI MTU2 cannot be used Figure 4 11 1 shows the MTU2 interface block diagram SDRAM Expansion connector l 20pin Expansion connector MIL spec SH7269 U1 or SDRAM U2 connector J16 Unavailable 4A Unavailable 4B Unavailable 4C Unavailable 4D it Ot Fe FE H 3 3V A OO DIP 77 7 SW6 1 3 3V i r zz e Serial flash memory 2 e 3C d PF3 OMI 1 QIO1 1 MISO1 TIOCAD 3D SPBMI 1 SPBIO1 1 PFO QSPCLK 1 RSPCK1 TIOC4A 1 OA S AUDCK PJ12 DV DATA12 PWM2E DB PF2 QMO 1 QIOO 1 MOSI1 TIOCAC i 0C SPBMO 1 SPBIOO 1 5V PJ27 TIOC1A oD A PJ10 DV DATA10 PWM2C Unavailable used for PW output on ROK572690C000BR 1A PJ8 DV DATA8 PWM2A Unavailable used for PWM output on ROK572690C000BR 1B e e PE6 Unavailable used for a character LCD pin RS on ROK572690C000BR 2A PE7 Unavailable used for a character LCD pin E on ROK572690C000BR 2B 3 3V i S Note Pin names in red indicate functions used e Figure 4 11 1 MTU2 Interface Block Diagram R20UTO159EJ0100 Rev 1 00 EN ES
183. cter LCD Module Connector J1 The M3A HS64G01 includes a character LCD module connector J1 Figure 6 1 3 shows the character LCD module connector pin assignments Table 6 1 7 lists their descriptions lt Top view of the component side gt Character LCD 14 2 16 OOo000000000000 600 Figure 6 1 3 Character LCD Module Connector Pin Assignments J1 Table 6 1 7 Character LCD Module Connector Pin Descriptions J1 Vo adjust voltage by potentiometer VR1 to input RS PE6 SCL3 RxD6 R W GND E PE7 SDA3 RxD7 DBO PJ7 DV DATA7 LCD DATA DB1 PJ6 DV DATA6 LCD DATA6 SD D2 1 PWM1H SD D3 1 PWM1G DB5 PJ2 DV DATA2 LCD DATA2 SD D1 1 PWM1C DB7 PJO DV DATAO LCD DATAO SD CD 1 PWM1A DB4 PJ3 DV DATA3 LCD DATA3 DB6 PJ1 DV DATA1 LCD DATA1 SD WP 1 PWM1B 1 3 9 7 11 13 15 a DB2 PJ5 DV DATA5 LCD DATA5 10 DB3 PJA DV DATA4 LCD DATA4 SD CMD 1 PWM 1F SD CLK 1 PWM1E mE M y mE N 15 A adjust 5V by the potentiometer VR2 to input Note The signal names in bold style show the setting functions R20UT0159EJ0100 Rev 1 00 ZENESAS 6 6 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification 6 1 3 SD Card Slot J2 The M3A HS64G01 includes an SD card slot J2 Figure 6 1 4shows the SD card slot pin assignments Table 6 1 8 lists the pin descriptions
184. ction of User DIP Switch Select PC 8 5 access point Connects to the expansion connecter CN6 STE SW6 3 VINZ EXT SD is high Connects to the expansion connecter CN7 SD card slot Select PJ 7 0 access point bl VINZ EXT SD is low Connects to the expansion connecter CN7 video decoder OFF ON SW6 4 OFF VINZ EXT SD is high Connects to the expansion connecter CN1 IEBus OFF Select PJ 29 28 access point ON VINZ EXT SD is low Connects to the expansion connecter CN7 DA converter2 or Wig SSS CET Fom WW on Rum setting by default Table 5 2 85 LEDs m cw mm O LED1 Power source LED illuminates when supplying 5V power LED2 User LED illuminates when PJ18 is low output LED3 User LED illuminates when PJ19 s low output R20UT0159EJ0100 Rev 1 00 lt 2 AS 5 24 Dec 07 2011 ENES SH7269 CPU Board ROK572690C000BR 5 R0K572690C000BR Operating Specification 5 3 ROK572690C000BR Dimensions Figure 5 3 1 and Figure 5 3 2 show the dimensions of the ROK572690C000BR as top views on component side Figure 5 3 3 shows the dimensions of ROK572690COOOBR as a perspective view lt Top view of the component side gt Unit mm LACE ACE ACE AUF I IO PN PN TO AN I TES IAEA A BI Ao bd B2 rN po 1 VU iN i LRR u Lle eas XO z722 ac 0 e EERE NV A C sw 512 7 es ES R174 zl C Er Ella p ee HO ARBAB S n 123456 CE21 D pae L bi HEM BEE MEL CE22 E jene
185. d ROK572690C000BR ENESAS Renesas Electronics Corporation Previous number R20UT0159EJ0007
186. d Pin Functions IIC3 Peripheral Pin Name SH7269 Port Control Register Function Register Name MD Bit Setting ICS SDA1 PECRO PE3MD 2 0 B 001 LDA1 PECRO PE2MD 2 0 B 001 Note Bold text indicates the function used R20UT0159EJ0100 Rev 1 00 Dec 07 2011 241 NESAS SH7269 Multiplexed Pin Name PDS D5 FCLE PWM1F PD4 D4 FRE PWM1E PD3 D3 PWM1D PD2 D2 PWM1C PD1 D1 PWM1B PDO DO PWM1A SH7269 Multiplexed Pin Name PJ21 DV_DATA21 LCD_DATA21 LCD_TCON4 IRQ1 CTx2 CTx0 amp CTx1 amp CTx2 SH7269 Multiplexed Pin Name PF14 A25 SSIWS2 RxD2 PF15 A0 SSIDATA2 WDT OVF TxD2 UBCTRG SH7269 Multiplexed Pin Name PE3 SDA1 TCLKD ADTRG DV_HSYNC PE2 SCL1 TCLKC IOIS16 DV_VSYNC 2 14 SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions Table 2 2 17 SH7269 Multiplexed Pin Functions FLCTL Peripheral Pin Name SH7269 Port Control Register SH7269 Multiplexed Pin Name Function Register Name MD Bit Setting FLCTL NAF7 PDCR3 PD15MD 1 0 B 01 PD15 D15 NAF7 PWM2H NAF6 PDCR3 PD14MD 1 0 B O1 PD14 D14 NAF6 PWM2G NAF5 PDCR3 PD13MD 1 0 B O1 PD13 D13 NAF5 PWM2F NAF4 PDCR3 PD12MD 1 0 B 01 PD12 D12 NAF4 PWM2E NAF3 PDCR2 PD11MD 1 0 B 01 PD11 D11 NAF3 PWM2D NAF2 PDCR2 PD10MD 1 0 B O1 PD10 D10 NAF2 PWM2C NAF1 PDCR2 PD9MD 1 0 B 01 PD9 D9 NAF1 PWM2B NAFO PDCR2 PD8MD 1 0 B 01 PD8 D8 NAFO0 PWM2A FWE PDCR1 PD7MD 1 0 B 01 PD7 D7 FWE PWM1H FALE PDCR1 PD6MD 1 0 B 01 PD6
187. d on ROK572690C000BR NC ie goon ae n PAO MD BOOTO NC ew 12 PJ8 DV DATA8 LCD DATA8 PINTO PWM2A CTS5 EN NEN PG23 LCD DATA23 LCD TCON6 TxD5 PWM2C SCK5 AUDATA3 PG22 LCD DATA22 LCD TCON5 RxD5 16 GND AUDSYNC PJ20 DV DATA20 LCD_DATA20 18 PJ21 DV DATA21 LCD DATA21 LCD TCON3 IRQO CRx2 CRx0 CRx1 CRx2 LCD_TCON4 IRQ1 CTx2 CTxO amp CTx1 amp CTx2 PJ23 DV DATA23 LCD DATA23 LCD TCON6 IRQ3 CTx1 CTXO amp CTx1 PJ29 SSIWS5 TIOC2A IERXD 20 PJ830 SSIDATAS TIOC2B IETXD Legend BV power 3 3V power GND Table 7 1 2 Descriptions of Pins for Connecting to R0K572690C000BR 2 CN3 MERA 5 8 s me 36 A 9 A a Legend BV power 3 3V power R20UT0159EJ0100 Rev 1 00 ZEN ESAS 7 3 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification Table 7 1 3 Descriptions of Pins for Connecting to R0K572690C000BR 3 CN6 PinNo SigmalName Ping Signal Name 1 5V 2 5V PCI RDF NO 7 PGR RDWRHISCKs NO 8 TEE pou RxD6 NO PEG SOL3 FDG 13 14 B PE7 SDA3 RxD7 PC5 RAS CRx0 CRx0 CRx1 CRx2 IRQO PC6 CAS SCK7 CTx0 CTXO8CTx1 amp CTx2 PC7 CKE RxD7 CRx1 CRx0 CRx1 IRQ1 PC8 CS3st TXD7 CTx1 CTx0 amp CTx1 18 GND CKIO NO Legend 5V power 3 3V power GND Table 7 1 4 Descriptions of Pins for Connecting to ROK572690C000BR 4 CN7 1 Pin No Signal Name Pin No
188. d to SDRAM CLK Lenvected SDRAM CUm CN6 pin 20 ED ooo PAO MD BOOTO MD BOOTO nn to SW5 2 as boot pin 10 ET low mode A 0 PA1 MD BOOT1 MD BOOT1 Connected to SW5 3 as boot CN1 pin 9 RES low mason usen aem jan jen mee L RTS7H IERXD ON IERxD Connected to the lEBus driver IC CN1 pin 19 SW6 4 P nn a IETxD IETxD Connected to the IEBus driver IC CN1 pin 20 S 4 PJ31 DV CLK DV CLK DV input CN11 pin B16 Connected to the Video decoder CN7 pin 27 IC CLK_27MO pin Legend 3 3V power supply 1 25V power supply GND R20UT0159EJ0100 Rev 1 00 24 NESAS 4 4 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions Table 4 2 4 SH7269 Pin Functions 4 11 Symbol Description Expansion Connector 70 PEO SCLO TCLKA SCLO Connected to the External IIC CN7 pin 5 LCD EXTCLK connector J3 Connected to the Video decoder IC SCL pin SDAO Connected to the External IIC CN7 pin 8 connector J3 PE1 SDAO TCLKB AUDIO CLK DV CLK Connected to the Video decoder IC SDA pin 72 PE2 SCL1 TCLKC IOIS16 SCL1 Connected to EEPROM SCL pin CN7 pin 7 Connected to DAC SCL CCLK pin JP1 1 2 DV_VSYNC PE2 Connected to IRQ2 switch JP2 2 3 3 PE3 SDA1 TCLKD ADTR SDA1 Connected to EEPROM SDA pin CN7 pin 10 G DV_HSYNC Connected to DAC SDA CDTI pin JP2 1 2 PES Connected to IRQ3 switch JP2 2 3 74 PE4 SCL2 RxD4 DV_VSYNC DV input CN11 pin A17 DV_VSYNC Connected to the Video decode
189. d to the DAC SDTI pin CN7 pin 37 0 O resistor 202 PF7 SSIRxDO RxDO SGOUT 3 SGOUT 3 CTS1 2 PF7 Connected to the DAC PDN pin CN7 pin 38 0 O resistor 210 PF13 A24 SSISCK2 SCK2 A24 Address bus CNS pin 17 211 PF14 A25 SSIWS2 RxD2 RxD2 Connected to the RS CN5 pin 16 232C connector J10 CNS pin 19 SCKO MMC_D4 RTS1 fc ce A AAA PF10 CS1 SSISCK1 E CN7 pin 17 SW6 3 DV_DATA1 SCK1 MMC_D5 OFF 207 vss ooo O 208 PF41 SSIWS1 DV DATA2 I CN7 pin 20 SW6 3 RxD1 MMC_D6 OFF DV_DATA3 TxD1 MMC_D7 OFF AMM Legend 3 3V power supply 1 25V power supply GND R20UT0159EJ0100 Rev 1 00 24 NESAS 4 10 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions Table 4 2 10 SH7269 Pin Functions 10 11 Symbol Description Expansion lad Connector 212 PF15 A0 SSIDATA2 Connected to the RS 232C connector CNS pin 15 WDTOVFZ TxD2 UBCTRG J10 Ia MESA T O PWM2C SCK5 RR IRQ4 MMC_CD MMC_CD pin ON FCE Connected to NAND flash memory CN5 pin 12 SW6 2 LUENE EF pin ON R B pin OFF IRQ6 MMC D1 MMC D1 DATT pin PJ11 DV DATA11 CN1 pin B2 DVinpt E LCD DATA11 PINT3 DV DATA11 DV input PWM2D SCK6 E et pint PJ12 DV_DATA12 PWM output TTL level LCD_DATA12 PINT4 DV_DATA12 DV input EL PF19 SD_DO_0 SSIWS3 SD_DO 0 Connected to SD MMC card slot CN5 pin 7 IRQ7 MMC_DO MMC_DO DATO pin Ms O o E o SSIDATA3 MMC_CLK MMC_CLK pin Vcc E MMC_CMD MMC_CMD
190. dapter Jack J18 sss tnit entretien 7 22 7 2 M3A HS64G02 Operation Parts LayOUt oooooooonnnnncnnnnnnnnnnnonnnnononnnonnnncnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnos 7 23 7 2 1 Jumper UN 7 24 7 2 2 EAAS AAA A EEEE IN 7 26 T3 NS ASHSOTO02 DIMENSION tai 7 27 Appendix ROK572690CG000BR SCHEMANICS sarae a ebde benadert E verde lane Ut dde enke oce ERE 1 This page is intentionally left blank SH7269 CPU Board ROK572690C000BR 1 Overview 1 Overview 1 1 Introduction The SH7269 CPU Board and optional boards are designed for evaluating the features and performance of the SH7269 Group of Renesas Electronics single chip RISC microcomputers MCUs It is also used for developing and evaluating application software for these MCUS This section describes features of the SH7269 CPU Board and its optional boards 1 1 1 SH7269 CPU Board Part Number SH7269 CPU Board The SH7269 CPU Board comes standard with a 32MB NOR flash memory 16 bit bus a 16MB SDRAM 16 bit bus two serial flash memories of 4MB and a 16KB EEPROM The SH7269 CPU Board has five boot options boot from NOR flash memory NAND flash memory ae serial flash memory NAND flash memory with the SD controller and NAND flash memory with the MMC controller Note To boot from the NAND flash memory the user must install it Refer to Table 1 6 1 for the component that can be installed The SH7269 CPU Board comes standard with an RS 232C connector a USB connect
191. e J16 ee CANE CANL GND B3B XH JP7 HW 2P 5VCC TP4 TP5 3V 5V L El CP22 3vcc 5VCC CP23 JP9 HODIE 0 1uF 25V 0 1uF 25V VCCA VCCB LZ TxD VCC Ln 2 PJ1 CRx0 IERxD E AO BO 2 PJ3 CRx1 lt lt A1 B1 GND DIR TER CAN 1 SN74LVC2T45DCT 6 J17 pg CANH HA13721 CANL JP10 JP11 CND B3B XH 1 2 RCAN1 Terminate Renesas Solutions Corp M3A HS64G01 awemowep CAN IEBus DRAWN CHECKED DESIGNED IGNED APPROVED ee eam ben DK30759 AR CHANGE AVcc Key Input PHO ANO 2 Board fixed hole Sw2 SW3 SW4 SW5 B3SN 3012 B3SN 3012 B3SN 3012 B3SN 3012 Avss Avss Avss Avss AVcc MH13 PH1 AN1 2 c C SW6 SW7 SW8 SW9 B3SN 3012 B3SN 3012 B3SN 3012 B3SN 3012 Avss Avss Avss Avss AVcc PH2 AN2 2 SW10 SW11 SW12 SW13 B3SN 3012 B3SN 3012 B3SN 3012 B3SN 3012 Avss Avss Avss Avss AVcc PH3 AN3 2 SW14 SW15 SW16 SW17 B3SN 3012 B3SN 3012 B3SN 3012 B3SN 3012 Avss Avss Avss Avss M3A HS64G01 Renesas Solutions Corp DRAWN CHECKED DESIGNED APPROVED Key Input CHANGE 1 2 Power On 2 3 Power Off Power Power Connector Switch 12VCC SW18 12VCC 5 3VCC 3AVCC D FB1 S3B XH A XG8V 0334 MS 12AAH1 R142 5 1kQ 1 2 PWR C43 AC 2 3 ADP 22uF 50V POWER i 5VCC 5AVCC Adaptor FEE u Y LED1 UB1111C BLUE LGP6531 0700 Please make AGND and one point of GND connection SHAPE1 AGND 5VCC n C CDRH10D48MN
192. e function to be set Table 3 6 2 Jumper Setting JP2 Number 1 2 Low 2 3 High JP2 Connected to the character LCD interface default Connected to the SDHI Note Shading indicates the function to be set R20UTO159EJ0100 Rev 100 Denicence BRA Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions 3 UART Interface The SH7269 includes a Serial Communication Interface with FIFO SCIF SCIF channel 5 pin is connected to the UART connector 7 pin 2 5 mm pitch on the M3A HS64G01 at TTL level SCIF channel 5 RxD5 pin is multiplexed with VDC4 LCD DATA22 pin and AUD AUDSYNCE pin SCIF channel TxD5 pin is multiplexed with VDC4 LCD DATA23 pin and AUD AUDATA3 pin Figure 3 7 1 shows the UART interface block diagram D Sub 9 pin RS 232C driver U15 RS 232C connector J10 ion connector CN1 LCD module interface UART connector J10 B7B XH PG22 LCD DATA22 RxD5 AUDSYNCH PG23 LCD DATA23TxD5 AUDATAS PJ10 DV_DATA10 PWM2C SCK5 PJ8 DV_DATA8 PWM2A CTS5 PJ9 DV_DATA9 PWM2B RTS5 Figure 3 7 1 UART Interface Block Diagram R20UTO159EJ0100 Rev 100 39em c nc 0 9M Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions 3 8 CAN Interface The SH7269 includes RCAN TLI Renesas CAN Time Trigger Level 1 the Controller Area Network Two channels of the SH7269 RCAN TLI are connected to the CAN c
193. ector pin assignments Table 6 1 5 and Table 6 1 16 list the pin descriptions Table 6 1 17 lists the LCD module MIL spec connector pin descriptions Top view of the component side Go Ou OOOO 00 0 oo 60D J14 o Q O 6 OO OC OO 0 00 00 0 30 2 Figure 6 1 11 LCD Module Connector Pin Assignments Dec 07 2011 SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification Table 6 1 15 LCD Module Connector Pin Descriptions 1 J12 1 3 3V 3 3V L9 paw 4 DCLK PG24 LCD CLK CC HSYNC PG26 LCD_TCON1 8 DTMG PJ22 DV DATA22 LCD DATA22 LCD TCON5 IRQ2 CRx1 CRx0 CRx1 9 ED 10 NG R5 PG15 D31 LCD DATA15 PINT7 R4 PG14 D30 LCD DATA14 PINT6 R3 PG13 D29 LCD DATA13 PINT5 6 R2 PG12 D28 LCD DATA12 PINT4 17 R1 PG11 D27 LCD DATAt1 PINT3 18 RO PG11 D27 LCD DATA11 PINT3 19 GND 20 G5 PG10 D26 LCD DATA10 PINT2 21 G4 PG9 D25 LCD_DATA9 PINT1 22 G3 PG8 D24 LCD DATA8 PINTO 7 TIOC3B Ed TIOC3A G2 PG7 D23 LCD DATAT IRQ7 TIOC2B GO PGS D21 LCD_DATA5 IRQ5 TIOC1B B5 PG4 D20 LCD DATA IRQ4 TIOC1A B3 PG2 D18 LCD DATA2 IRQ2 TIOCOC B2 PG1 D17 LCD DATA1 IRQ1 TIOCOB BO PG0 D16 LCD DATAO IRQO TIOCOA vor 8 NC 3 NC Note The signal names in bold style show the setting functions R20UT0159EJOi00 Rev 100 Arte 090 BAB Dec 07 2011 a RENESAS SH7269 CPU Board ROK572690C000BR 6
194. egister Register Name MD Bit Setting SDA1 PECRO PE3MD 2 0 B 001 SCL1 PECRO PE2MD 2 0 B 001 SDA2 PECR1 PE5MD 2 0 B 01 SCL2 PECR1 PE4MD 2 0 B 01 24 NESAS SH7269 Multiplexed Pin Name PD5 D5 FCLE PWM1F PD4 D4 FRE PWM1E PD3 D3 PWM1D PD2 D2 PWM1C PD1 D1 PWM1B PDO DO PWM1A SH7269 Multiplexed Pin Name PJ21 DV_DATA21 LCD_DATA21 LCD_TCON4 IRQ1 CTx2 CTx08CTx18CTx2 PJ20 DV_DATA20 LCD_DATA20 LCD_TCON3 IRQ0 CRx2 CRx0 amp CRx1 amp CRx2 SH7269 Multiplexed Pin Name PF14 A25 SSIWS2 RxD2 PF15 A0 SSIDATA2 WDT OVF TxD2 UBCTRG PG23 LCD_DATA23 LCD_TCON6 TxD5 PG22 LCD DATA22 LCD TCONS RxD5 PJ10 DV DATA10 LCD DATA10 PINT2 PWM2C SCK5 PJ9 DV DATA9 LCD DATAS9 PINT1 PWM 2B RTS5 PJ8 DV_DATA8 PINTO PWM2A CTS5 H SH7269 Multiplexed Pin Name PE3 SDA1 TCLKD ADTRGH DV HSYNC PE2 SCL1 TCLKC IOIS16 DV_VSYNC PES SDA2 RxD5 DV_HSYNC PE4 SCL2 RxD4 DV_VSYNC SH7269 CPU Board ROK572690C000BR Table 3 2 18 Peripheral Function FLCTL Notes 1 Table 3 2 19 Peripheral Function RSPI Notes 1 R20UTO159EJ0100 Rev 1 00 Dec 07 2011 SH7269 Multiplexed Pin Functions FLCTL Pin Name NAF7 NAF6 NAF5 NAF4 NAF3 NAF2 NAF1 NAFO FWE FALE FCLE FRE FCE FRB SH7269 Port Control Register Register Name PDCR3 PDCR3 PDCR3 PDCR3 PDCR2 PDCR2 PDCR2 PDCR2 PDCR1 PDCR1 PDCR1 PDCR1 PFCR5 PFCR5 MD Bit Setting PD15MD 1 0 B 01 PD14MD 1 0 B 01 PD13MD 1 0 B 01 PD12MD 1
195. en 22p U P U P RUN SS1 PGOOD Q1A E SENSE1 TG1 12VCC a 3A SENSE1 swt 12V In VOSENSE1 BOOST1 C46 C47 PLLFLTR VIN Q1B 22uF 50V 22yF 50V SP8K3 SO PLLIN BG1 SHORT3 TP13 Bender C50 0 1yF 25V H GND ITH1 INTVCC TP14 SGND PGND GND PWR E 3 3VOUT BG2 SP8K3 SO Q2A ITH2 BOOST2 VOSENSE2 SW2 Q2B i SP8K3 SO r 1004F 25V P 100uF 25V P SENSE2 C56 C57 CE23 CE28 SENSE2 RUN SS2 LT _22uF 25V _22uF 25Y LTC3727EG 8VCC R156 0 0390 0 5W 2A MS Bl CDRH125NP 180MC 8 0V Out M3A HS64G02 Renesas Solutions Corp DRAWN CHECKED DESIGNED APPROVED Power Generate ENEN CHANGE REVISION HISTORY SH7269 CPU Board ROK572690C000BR User s Manual Rev Date Description Summary 100 Dec 07 2011 Fistedionissved S O OOO SH7269 CPU Board ROK572690C000BR User s Manual Publication Date Rev 1 00 Dec 07 2011 Published by Renesas Electronics Corporation ENESAS SALES OFFICES Renesas Electronics Corporation Refer to http www renesas com for the latest and detailed information Renesas Electronics America Inc 2880 Scott Boulevard Santa Clara CA 95050 2554 U S A Tel 1 408 588 6000 Fax 1 408 588 6130 Renesas Electronics Canada Limited 1101 Nicholson Road Newmarket Ontario L3Y 9C3 Canada Tel 1 905 898 5441 Fax 1 905 898 3220 Renesas Electronics Europe Limited Dukes Meadow Millboard Road Bourne End Buckinghamshire SL8 5FH U K Tel 44 1628 585 100 Fax 44 1628 585
196. en ping E PH2 AN2 PINT2 f ring CN3 pin 8 PHS ANSIPINT3 CN3 pin7 pin 7 PH4 AN4 PINT4 CN3 pin 12 CN14 pin B18 PH5 AN5 PINT5 CN3 pin 11 ZE EXTCLK CN11 pin A19 ELLEN Ass PH6 ANG PINTG CN3 pin 16 sg 1 CN11 pin B19 ELLEN AVEC PH7 AN7 PINT7 CN3 pin 15 E CN11 pin A20 ELLEN Ave a Test data output EE e tia O on 133 TIS TMS Testmodeseleet O J HU Test clock HUD AB Js o o o E NE T 136 PGO D16 LCD DATAO LCD DATAO Connected to LCD module DO pin CN9 pin 2 IRQO TIOCOA CN10 pin A1 PG1 D17 LCD DATA1 LDC DATA1 Connected to LCD module D1 pin CNO pin 1 CN10 ue as B1 EI DATA2 DATA2 to LCD module D2 pin pin 4 RR CN10 aj A2 _PVee ae AUDIO X2 een X2 143 AUDIO X1 AUDIO X1 Connects the audio external clock 11 2896 MHz MCU EK DATA3 DATA3 to LCD module D3 pin pin 3 rE CN10 ian B2 AA ES L IRQ4 TIOC1A CN10 pin B3 lla um 0 LN IRQS TIOC1B CN10 pin A4 hdi amd Land ee 0 La IRQ6 TIOC2A CN10 pin B4 Ka bend bcrc 80 Lal IRQ7 TIOC2B CN10 pin B4 Legend 3 3V power supply 1 25V power supply R20UT0159EJ0100 Rev 1 00 241 NESAS 2 6 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions Table 2 2 6 SH7269 Pin Functions 6 10 NE Connector PJO DV_DATAO LCD_DATAO CN11 pinAG pin A6 SD CD 1 PWM1A o ene pin ts SW oFF m ENE
197. er Generate 0 5VCC Digital 5V 5AVCC Analog 5V for Audio CODEC VES Digital 3 3V 3AVCC Analog 3 3V for Audio DAC AVcc Analog 3 3V for Key Input MCVCC Digital 3 3V 5V for SD R Fixed Resistors C Ceramic Caps CP Decoupling Caps CE Electrolytic Caps Tantal Electric a Renesas Solutions Corp M3A HS64G01 pou DK30759 3 2 CHANGE M3A HS64 HS62 CPU Board Stack Connector 3VCC 5VCC 3VCC 5VCC C1 GE C2 CE2 C3 CE3 C4 CE4 BIS 10uF 16V 0 1uF 25V 10uF 16V T 10uF 16V 0 1uF 25V 10uF 16V 3VCC 5VCC 3VCC 5VCC 6 PJ10 6 PJ9 6 PJ8 RTS3 6 PJ7 CTS3 6 PJ6 SCK3 6 PJ5 TxD3 6 PJ4 RxD3 3 PC9 3 PC10 8 PJ3 CRx1 7 8 PJ2 CTx1 LCD M DISP 8 PJ1 CRxO IERxD 8 PJO CTxO IETxD 3VCC 5VCC 3VCC 5VCC AVcc C5 CE5 C6 CE6 C7 CET C8 CE8 C9 CE9 UT 10u4F 16V 0 1uF 25V 10uF 16V 10u4F 16V 0 1pF 25V 10uF 16V 0 1uF 25V 10uF 16V LCD DATA14 5 PFO SSISCK1 LCD DATA13 3VCC 5VCC 7 LCD DATA 0 15 3VCC 5VCC AVcc 3 PK1 SD D3 ER TU 3 PKO SD D2 LCD DATAS 8 PK3 SD CLK oa 9 PH1 AN1 3 PK2 SD CMD 9 PHO ANO 4 PEO AUDIO CLK es DATA PEDE NICO DATAS gt b PE2 SCL1 9 PH3 AN3 6 PE1 IRQ1 TCLKA DOE DAR 9 PH2 AN2 6 PE4 SCL2 5 PE3 SDA1 TT pe mn 3 PKS SD D1 LCD DATA4O 3 PK4 SD DO 8 PK7 SD CD 7 PH7 AN7 3 PK6 SD WP LCD DATA42 B PF2 SSIDATA1 5 PF1 SSIWS1 A PA 7 PG16 LCD VSYNC 7 P
198. er SH7269 Multiplexed Pin Name Function Register MD Bit Setting Name RQSPI QIO3 0 PBCR4 PB16MD 2 0 B 010 7 PB16 A16 QIO3_0 SPBIO3 0 QIO2 0 PBCR3 PB15MD 2 0 B O10 PB15 A15 QIO2 0 SPBIO2 0 QIO1 O PBCR5 PB20MD 2 0 B 010 PB20 A20 QMI_0 QIO1_0 MISOO SPBMI_0 SPBIO1_0 QIOO 0 PBCR4 PB19MD 1 0 B 010 PB19 A19 QMO_0 QIOO_0 MOSIO SPBMO O SPBIOO 0 QSSL 0 PBCR4 PB18MD 2 0 B 010 PB18 A18 QSSL_0 SSLOO SPBSSL QSPCLK 0 PBCR4 PB17MD 2 0 B 010 PB17 A17 QSPCLK_0 RSPCKO SPBCLK QIO3 1 PBCR3 PB14MD 2 0 B 010 PB14 A14 Q0IO3 1 SPBIO3 1 QIO2 1 PBCR3 PB13MD 2 0 B 010 PB13 A13 QI02_1 SPBIO2 1 QIO1 1 PFCRO PF3MD 2 0 B 010 PF3 CS2 QMI_1 QIO1_1 MISO1 TIOC4D AUDIO XOUT SPBMI_1 SPBIO1_1 QIOO 1 PFCRO PF2MD 2 0 B 010 PF2 WAITH QMO_1 QIOO_1 MOSI1 TIOC4C TENDO SPBMO 1 SPBIOO 1 QSSL 1 PFCRO PF1MD 2 0 B 010 PF1 BACK QSSL_1 SSL10 TIOC4B DACKO QSPCLK 1 PFCRO PFOMD 2 0 B 010 PFO BREQZ QSPCLK 1 RSPCK1 TIOCAA DREQO AUDCK Notes 1 These values must not be set in boot modes O and 1 2 Bold text indicates the function used Notes 1 These values must not be set in boot modes 0 and 1 Table 2 2 20 SH7269 Multiplexed Pin Functions SPIBSC Peripheral Pin Name SH7269 Port Control Register SH7269 Multiplexed Pin Name Function Register MD Bit Setting Name SPIBSC SPBCLK PBCR4 PB17MD 2 0 B 110 PB17 A17 QSPCLK 0 RSPCKO SPBCLK SPBSSL PBCR4 PB18MD 2 0 B 110 PB18 A18 QSSL_0 SSLOO SPBSSL SPBMO_0
199. er supply voltage 4 75V to 5 25V Maximum current consumption 1 5A max Operating ambient temperature 0 C to 40 C SH7269 Optional Boards Operating Conditions Remarks Reference voltage VSS Do not expose to condensation or corrosive gas Item Value Remarks 12V system power supply voltage 11 4V to 12 6V Reference voltage VSS Maximum current consumption 3A max Includes the SH7269 CPU BoardCOO0BR Operating ambient temperature 0 C to 40 C Do not expose to condensation or corrosive gas ZENESAS Is SH7269 CPU Board ROK572690C000BR 1 Overview 1 20 Usage Note This section describes the usage note of the SH7269 CPU board and its optional boards 1 20 1 Configuring Unused Pins Set the SH7269 unused unconnected multiplexed pin to output when the optional board is not connected with the SH7269 CPU board Port H requires external resistors or must be set to an analog input R20UTO159EJO100 Rev 1 00 rm T Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions 2 Functions 2 1 Overview of Functions The ROK572690C000BR includes the function modules listed in the following table Table 2 1 1 Section Function 2 2 CPU 2 3 Memory 2 4 USB interface 2 5 RS 232C interface 2 6 I O ports 2 7 Interrupt switches 2 8 Clock modules 2 9 Reset module 2 10 Power supply module 2 11 H UDI 2 12 SD MMC card interface 2 13 VDCA interface 2 14 Video input interface 2 15 PWM interface Op
200. erating Specifications R20UTO159EJ0100 Rev 1 00 Dec 07 2011 R0K572690C000BR Function Modules Description e SH7269 Input XIN clock 13 33MHz Bus clock Up to 133 33MHz CPU clock Up to 266 67MHz Internal memory High speed internal RAM 64KB Large capacity internal RAM 2 5MB e SDRAM 16MB EDS1216AATA 75E 1 Elpida e NOR flash memory 32MB S29GL256P90TFIR1 1 Spansion e NAND flash memory Optional Board pattern is designed to install the K9F2GO8U0B PCBO 1 Samsung e Serial flash memory 4MB S25FLO32POXMFI01 2 Spansion e EEPROM 16KB R1EX24128ASASOA 1 Renesas Connects the SH7269 USB 2 0 host function module and a USB connector Connects the SH7269 Serial Communication Interface with FIFO SCIF and an RS 232C connector Connects the SH7269 I O ports LEDs and DIP switches Connects the SH7269 NMI pin IRQ1 pin and push button switches e Controls the system clock e Controls the peripheral I O clock e Resets devices on the ROK572690C000BR e Controls the ROK572690C000BR system power supply e Connects the SH7269 user debug interface to the H UDI port connector e Connects the SH7269 SD Host Interface SDHI and an SD card slot e Connects the SH7269 MMC Host Interface MMC and an MMC card slot e Connects the SH7269 Video Display Controller 4 VDC4 and the LCD module connector e Connects the SH7269 Video Display Controller 4 VDC4 and the digital video input connector e Con
201. erface RSPI channel 1 RSPCK 1 pin is multiplexed with the AUD AUDCK pin Figure 3 4 2 shows the audio codec block diagram Short the jumper JP3 to use a plug in power microphone Serial flash memory 2 Expansion connector EN CN9 CD deck interface SH7269 U1 Audio CODEC U6 AK4524 PJ19 DV DATA19 AUDIO XOUT PFA SSISCKO SGOUT 0 PF5 SSIWSO SGOUT 1 40uF PF7 SSIRxDO SGOUT 3 PF6 SSITxDO SGOUT 2 PFO QSPCLK 1 RSPCK1 TIOCAA AUDCK PJ12 DV DATA12 PWM2E PF2 QMO 1 QIOO 1 MOSI1 TIOCAC SPBMO 1 SPBIOO 1 Socket X8 CLK 11 2896MHz D A converter PD control pin Figure 3 4 2 Audio CODEC Block Diagram Table 3 4 2 Jumper Setting JP3 Number 1 2 None Open JP3 Uses a plug in power microphone Uses a conventional microphone default R20UT0159EJ0100 Rev 1 00 EN ESAS 3 27 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions 3 5 CD Deck Interface The M3A HS64G01 includes a CD deck interface connector The SH7269 on chip SSIF Serial Sound Interface with FIFO and RSPI Renesas Peripheral Interface control the CD deck RSPI channel 1 pins are multiplexed with serial flash memory 2 and audio codec pins these devices cannot be controlled at the same time RSPCK 1 pin is multiplexed with AUD AUDCK pin Figure 3 5 1 shows the CD deck interface block diagra
202. erface block diagram Table 2 4 1 lists the jumper setting JP 10 VBUS power control IC SH7269 U1 MIC2025 U8 e Socket X6 a fl JP10 A CLK Eum 7 48 MHz TP1 2 USB Series A 3 receptacle J1 BLM21PG600SN1 REFRIN USBAPVss HN6 2Z4MFA USB Mini B receptacle J2 ee I I I I I E o el BLM21PG600SN1 SAF Figure 2 4 1 USB Interface Block Diagram Table 2 4 1 Jumper Setting JP10 Number 1 2 None Open JP10 USB host mode VBUS power is supplied default USB function mode VBUS power is not supplied RO0UTOIS9EJOI00 Rev 100 coDevomiecan o 930 Dec 07 2011 ZENESAS SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions 2 5 RS 232C Interface The SH7269 includes the Serial Communication Interface with FIFO SCIF On the ROK572690C000BR SH7269 SCIF channel 2 is connected to D sub 9 pin connector via the RS 232C driver IC Figure 2 5 1 shows the RS 232C interface block diagram Expansion connector CN5 D Sub 9 pin SH7269 U1 RS 232C driver U15 RS 232C connector J10 Figure 2 5 1 RS 232C Interface Block Diagram R20UTO159EJO100 Rev 100 o 0 28 Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions 2 6 I O Ports SH7269 I O ports are connected to switche
203. erial flash memories S25FLO32POXMFI01 Spansion 4 wire serial 4MB 2 6 EEPROM R1EX24128ASASOA Renesas 2 wire serial 16KB 1 7 Reset IC RNA50C27AUS Renesas 1 8 RS 22C driver MAX3222ECUP Maxim 1 9 Adjustable regulator LMS1587CSX ADJ NS 3 3V 1 10 Adjustable regulator LM2734X NS 1 25V 1 11 Voltage reference LM4132AMF 3 3 NS ADC reference 1 power supply 12 Multiplexers SN74CB3Q3257PWR TI Analog switches 5 Table 1 6 2 Major Components on the SH7269 CPU Board Connectors 2 3 No Name Part Number Manufacturer Remarks Quantity per Board 1 38 pin H UDI port connector 2 5767004 2 Tyco 1 2 14 pin H UDI port connector 2514 6002 3M 1 3 RS 232C connector XM2C 0942 132L Omron D sub 9 pin 1 4 20 pin expansion connectors XG4C 2031 Omron 20 pin MIL spec 3 5 30 pin expansion connector XG4C 2031 Omron 30 pin MIL spec 1 6 30 pin expansion connector 961230 6300 3M Optional 0 7 40 pin expansion connector XG4C 4031 Omron 40 pin MIL spec 1 8 40 pin expansion connectors FX2C 40P 1 27DSA Hirose 40 pin half pitch 2 9 DIP switches 4 package A6S 4104 H Omron System setting 1 10 DID switches 6 package A6S 6104 H Omron User 1 11 USB Series A receptacle UBA 4R D14T 4D J S T DIP type 1 Manufacturing 12 USB Mini B receptacle 54819 0572 Molex Optional 0 13 SD card slot DM1B DSF PEJ Hirose Reverse type 1 14 RCA connectors JPJ2545 01 540 Hosiden Composite video 2 input pin Table 1 6 3 Major Components on the SH7269 CPU Board USB 3 3 No Name Part Number Manufacturer Re
204. es e Number of idles between Read Write cycles in the same space IWRWS 2 0 B 000 No idle cycles e Data bus BSZ 1 0 B 10 16 bit bus CSO space wait control register CSOWCR Initial value H 0000 0500 Recommended value H 0000 OACO e Number of delay cycles from address CSO assertion to RD WEn assertion SW 1 0 B 01 1 5 cycles e Number of access wait cycles WR 3 0 B 0101 5 cycles e External wait mask specification WM B 1 Ignore external wait input e Number of delay cycles from RD WEn negation to address CSO negation HW 1 0 B 00 0 5 cycles R20UTO159EJO100 Rev 100 _ Sc cohe oO 52 Dec 07 2011 ZENESAS SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions 2 3 3 SDRAM Interface The ROK572690COOOBRCOOOBR comes standard with an SDRAM listed in Table 2 3 5 The SDRAM is controlled by the SH7269 on chip Bus State Controller BSC The ROK572690COOOBR allows 16 bit bus access only Figure 2 3 3 shows the SDRAM block diagram Table 2 3 6 lists the system setting DIP switches setting S W6 1 Table2 3 5 SDRAM Specifications Item Description Part Number EDS1216AATA 75E Configuration 16MB 16 bit bus x 1 Capacity 16MB Access Time 7 5ns CAS Latency 2 When the system clock is 66 67MHz Refresh 4096 cycles every 64ms Row Address A11 to AO Column Address A8 to AO Number of Banks 4 controlled by BAO and BA1 To NAND flash memory EDS1216AATA U7 SH7269 U1 2 16MB To serial flas
205. escriptions of Flexible Connector Pins for LCD Module 1 J10 1 3 3V 3 3V 8 DTMG PJ22 DV DATA22 LCD DAT A22 LCD TCON5 IRQ2 CRx1 CRx0 CRx1 HO NC R5 PG15 D31 LCD DATAI5 PINT7 R4 PG14 D30 LCD DATA14 PINTO R3 PG13 D29 LCD DATA13 PINT5 R2 PG12 D28 LCD DATA12 PINTA 6 17 R1 PG11 D27 LCD DATA11 PINT3 18 RO PG11 D27 LCD DATA11 PINTS 19 GND 20 G5 PG10 D26 LCD DATA10 PINT2 21 G4 PG9 D25 LCD_DATA9 PINT1 22 G3 PG8 D24 LCD_DATAS8 PINTO 7 TIOC3B Ed TIOC3A G2 PG7 D23 LCD_DATA7 IRG7 TIOC2B GO PG5 D21 LCD_DATAS IRQS TIOC1B B5 PG4 D20 LCD DATA IRQ4 TIOC1A B3 PG2 D18 LCD DATA2 IRQ2 TIOCOC B2 PG1 D17 LCD DATA1 IRQ1 TIOCOB BO PG0 D16 LCD DATAO IRQO TIOCOA 35 PCI NO 36 Vetrl PFO BREQ QSPCLK 1 RSPCKI NC NC Note The signal names in bold style are setting functions R20UT0159EJ0100 Rev 1 00 2 AS 7 15 Dec 07 2011 4S NES SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification Table 7 1 16 Descriptions of Flexible Connector Pins for LCD Module 2 J11 Pin No Signal Name Pin No Signal Name 1 NC 2 DTMG PJ22 DV DATA22 LCD DATA22 LCD TCON5 IRQ2 CRx1 CRx0 CRx1 3 HREV 33V 4 B5 PG4 D20 LCD_DATA4 IRQ4 TIOC1A aa B4 PG3 D19 LCD DATA3 IRQ3 TIOCOD 6 B3 PG2 D18 LCD DATA2 IRQ2 TIOCOC B2 PG1 D17 LCD DATA IRQ1 TIOCOB 8 B1 PGO D16 LCD DATAO IRQO TIOCOA
206. ess device Serial flash memory1 U9 SH7269 U1 6 S25FLO32P 4MB PB20 A20 QMI_0 QIO1_0 MISOO SPBMI_0 SPBIO1_0 PB19 A19 QMO_0 QIOO_0 MOSIO SPBMO_0 SPBIOO_0 PB18 A18 QSSL 0 SSLOO SPBSSL SI SIOO SCK CER PB17 A17 QSPCLK 0O RSPCKO SPBCLK PB16 A16 QIO3 0 SPBIOS3 0 HOLD SIO3 SO SIO1 PB15 A15 QIO2 O SPBIO2 0 WP Z SIO2 PB14 A14 QIO3 1 SPBIO3 1 Serial flash memory2 U10 PB13 A13 QIO2 1 SPBIO2 1 33V S25FL032P 4MB PFO QSPCLK_1 RSPCK1 TIOC4A i AUDCK cud PF1 QSSL 1 SSL10 PF2 QMO 1 QIOO 1 MOSI1 CE 1 TIOC4C SPBMO_1 SPBIOO_1 den O PF3 QMI 1 QIO1 1 MISO1 SI SIOO TIOC4D SPBMI_1 SPBIO1_1 3 3V SCK 2 E CER 3 3 SII SO SIO1 T 3V z l l n l en ES HOLD SIO3 Note Pin names in red indicate used functions SIO2 1 WPH SIO2 Expansion connctor CN7 CN9 R To CD deck interface and audio device CODEC M3A HS64G01 To MTU2 output M3A HS64G02 Figure 2 3 6 Serial Flash Memory Block Diagram R20UTO159EJOT00 RO DT Dec 07 2011 ZENESAS SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions Table 2 3 11 Jumper Setting JP4 Number 1 2 None Open JP4 Uses PB18 as QSSL_0 SSLOO output pin Uses PB18 as A18 output pin default Note Shading indicates the function to be set Table 2 3 12 Jumper Setting JP6 JP7 Number 1 2 2 3 JP6 Uses PF1 as QSSL
207. ev100 R ah a a a 337 Dec 07 2011 ZENESAS SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions This page 1s intentionally left blank R20UTO159EJ0100 Rev100 Fe nicene I O UA Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions 4 M3A HS64G02 Functions 4 1 Overview of Functions The M3A HS64G02 includes the function modules listed in the following table Table 4 1 1 Section Function 4 2 CPU 4 3 LCD Module Interface 4 4 4 5 4 6 4 7 4 8 4 9 4 10 4 12 4 13 4 14 4 15 4 16 Audio Module Video Signal Input Module SD Card Interface UART Interface CAN Interface lEBus Interface PWM Interface MTU2 Interface I O Ports Interrupt Switches Clock Modules Reset Module Power Supply Module Operating Specifications R20UTO159EJ0100 Rev 1 00 Dec 07 2011 M3A HS64G02 Function Modules Description SH7269 e LCD module interface Connects the SH7269 Video Display Controller 4 VDC4 and LCD module connectors Includes flexible connectors for LCD module e Character LCD module with LED backlight e Connects the SH7269 and D A Converter 96kHz 24 bit D A Converter 1 e Connects the SH7269 Video Display Controller VDC3 and a video decoder IC e Connects the SH7269 SD Host Interface SDHI and an SD card slot e Connects the SH7269 Serial Communication Interface with FIFO SCIF and a UART connector e Connects the SH7269 Control
208. gister Register Name PBCR4 PBCR3 PBCR5 PBCR4 PBCR4 PBCR4 PBCR3 PBCR3 PFCRO PFCRO PFCRO PFCRO MD Bit Setting PB16MD 2 0 B 010 PB15MD 2 0 B 010 PB20MD 2 0 B 010 PB19MD 2 0 B 010 PB18MD 2 0 B 010 PB17MD 2 0 B 010 PB14MD 2 0 B 010 PB13MD 2 0 B 010 PF3MD 2 0 B 010 PF2MDJ 2 0 B 010 PF1MDJ 2 0 B 010 PFOMDJ 2 0 B 010 Notes 1 These values must not be set in boot modes 0 and 1 4 M3A HS64G02 Functions SH7269 Multiplexed Pin Name PB16 A16 QIO3 0 SPBIO3 0 PB15 A15 Q102 0 SPBIO2 0 PB20 A20 QMI_0 QIO1_0 MISOO SPBMI_0 SPBIO1_0 PB19 A19 QMO_0 QIOO_0 MOSIO SPBMO_0 SPBIOO_0 PB18 A18 QSSL 0 SSLOO SPBSSL PB17 A17 QSPCLK O RSPCKO SPBCLK PB14 A14 QIO3 1 SPBIO3_1 PB13 A13 QIO2 1 SPBIO2 1 PF3 CS2 QMI_1 QIO1_1 MISO1 TIOC4D AUDIO XOUT SPBMI_1 SPBIO1_1 PF2 WAIT QMO__1 QIO0_1 MOSI1 TIOC4C TENDO SPBMO_1 SPBIOO_1 PF1 BACKH QSSL_1 SSL10 TIOC4B DACKO PFO BREQZ QSPCLK 1 RSPCK1 TIOC4A DREQO A UDCK 2 Bold text indicates the function used Notes 1 These values must not be set in boot modes 0 and 1 Table 4 2 23 SH7269 Multiplexed Pin Functions SPIBSC Peripheral Pin Name SH7269 Port Control Register SH7269 Multiplexed Pin Name Function Register MD Bit Setting Name SPIBSC SPBCLK PBCR4 PB17MD 2 0 B 110 PB17 A17 QSPCLK_0 RSPCKO SPBCLK SPBSSL PBCR4 PB18MD 2 0 B 110 PB18 A18 QSSL_0 SSLOO SPBSSL SPBMO_0 PBCR4 P
209. h memory 2 PD15 PD4 D15 to D4 PD3 PDO D3 to DO PB14 A14 QIO3 1 SPBIO3 1 PB13 A13 QIO2 1SPBIO2 1 PB12 PB1 A12 to A1 CKIO PC2 RD WR PC3 WE0 DQMLL PC4 WE1 WE DQMLU Expansion connector or SDRAM U2 PCS RAS e PC6 CASHD PC8 CS3RD Note Pin names in red indicate the Expansion connector CNG function used 4 NC M3A HS64G01 To MTU2 output M3A HS64G02 disabled Figure 2 3 3 SDRAM Block Diagram R20UTO159EJO100 Rev 100 De 7 Dec 07 2011 ZENESAS SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions Table 2 3 6 DIP Switches Setting SW6 1 Number Function OFF High ON Low SW6 1 Connected to the SDRAM default Connected to the expansion connector Note Shading indicates the function to be set Figure 2 3 4 shows the single read and write timing example of the SDRAM Table 2 3 7 lists the Bus State Controller setting when the SH7269 bus clock is at 66 67MHz SDRAM SINGLE READ SDRAM SINGLE WRITE tRC tRAS Ka tRAS WRITEA Tc1 gt tHI tSI tCASD1 i y RD WR DQMLU LL DQMD1 tDQMD1 tADI gt tAD1 AD1 A A y AD1 e tAD1 tAD1 gt tAD1 tAD1 tAD1 gt A15 A14 BA1 0 L CA A11 A2 A9 A0 A12 A10 AP gt
210. heets or data books etc Standard Computers office equipment communications equipment test and measurement equipment audio and visual equipment home electronic appliances machine tools personal electronic equipment and industrial robots High Quality Transportation equipment automobiles trains ships etc traffic control systems anti disaster systems anti crime systems safety equipment and medical equipment not specifically designed for life support Specific Aircraft aerospace equipment submersible repeaters nuclear reactor control systems medical equipment or systems for life support e g artificial life support devices or systems surgical implantations or healthcare intervention e g excision etc and any other applications or purposes that pose a direct threat to human life You should use the Renesas Electronics products described in this document within the range specified by Renesas Electronics especially with respect to the maximum rating operating supply voltage range movement power voltage range heat radiation characteristics installation and other product characteristics Renesas Electronics shall have no liability for malfunctions or damages arising out of the use of Renesas Electronics products beyond such specified ranges Although Renesas Electronics endeavors to improve the quality and reliability of 1ts products semiconductor products have specific characteristics such as the o
211. hrough Hole 3VCC MH7 HOLE MH8 PE1 IRQ1 TCLKA 1 O HOLE MH9 PF6 SSISCKS TCLKB 1 O HOLE 2 5mm pich MH10 2 5 PF5 SSIDATA2 TCLKC HOLE MH11 PF7 SSIWS3 TCLKD 1 O HOLE MH12 HOLE M3A HS64G01 D Solutions Corp pK30759 2 LCD DATA 0 15 PEER 3VCC C39 CE40 0 1uF 25V 10yF 16V 3VCC EE R98 R99 ee c 4 7KQS 4 7KQ sz C 3 2 PG19 LCD_CLK mb PG19 LCD CLK 2 PG17 LCD_HSYNC gt E PG17 LCD_HSYNC Pe 2 PG18 LCD_DE aan 7 DE 4 PG16 LCD_VSYNC R100 00 LCD DATA15 LCD DATA14 R104 LCD DATA13 4 7kQ 3VCC LCD_DATA12 LCD DATA11 R106 02 R105 SW1 1kQ G3T 12AB LCD_DATA10 LCD_DATAQ LCD_DATA8 O LCD_DATA7 2 PG16 LCD VSYNC L l ix LCD DATAG LCD DATAS 3VCC R110 1kQ LCD DATA4 LCD DATA3 LCD DATA2 R113 LCD DATA1 4 7kQ LCD DATAO ili TP1 PWM 2 8 PJ2 CTx1 LCD_M_DISP gt LCD MSP R116 An 22 R169 oa IMSA 9639S 40D LCD Industrial use 2 PH7 AN7 CHANGE 1 00B Ver TFT LCD Module Interface 5VCC 3VCC C40 CE41 C41 CE42 3VCC 0 1uF 25V 10uF 16V 0 1pF 25V 10uF 16V R97 7 10KQ 5VCC 3VCC 5VCC 3VCC pibe ees J13 ee T SiS RE _10KO PG16 LCD_VSYNC R102 on C67 CE46 C42 CE43 PG18 LCD_DE WA J 1 2 AuF 25V 10uF 16V 0 1pF 25V 1O0yF 16V pen as Nico paras G 5 NEED DAA E 4 NEGD DAM IR 2 NLD aras pp avec LRM a 40 J14 EA
212. icrophone Input Pin Jack J4 The M3A HS64G01 includes a microphone input pin jack J4 Figure 6 1 6 shows the pin assignments for the microphone input pin jack Table 6 1 10 lists their descriptions Top view of the component side gt Figure 6 1 6 Pin Assignments for Microphone Input Pin Jack J4 Table 6 1 10 Pin Descriptions for Microphone Input Pin Jack J4 Pin No Signal Name Pin No Signal Name AINR D A converter input R pin NC R20UT0159EJ0100 Rev 1 00 ZENESAS 6 9 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification 6 1 6 Audio Connector J5 and J7 The M3A HS64G01 includes optical connectors for audio device output J5 J7 Figure 6 1 7 shows the optical connector pin assignments Table 6 1 11 lists their descriptions Top view of the component side Figure 6 1 7 Optical Connector Pin Assignments J5 and J7 Table 6 1 11 Optical Connector Pin Descriptions J5 and J7 NC p H R20UT0159EJ0100 Rev 1 00 sZ NC S AS 6 10 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification 6 1 7 CD Deck Connector J9 The M3A HS64G01 includes a flexible connecter J9 for connecting a CD deck to the board Figure 6 1 8shows the connector assignments to connect CD deck interface Table 6 1 12 shows their descriptions Top view of the component side gt e Figure 6 1 8 Assignments of Flexible Connect
213. ideo decoder U11 AK8851 SH7269 U1 PJ31 DV CLK PE4 SCL2 DV_VSYNC PE5 SDA2 DV HSYNC PJ7 DV DATA7 SD D2 1 PWM1H PJO DV DATAO SD CD 1 PWM1A CLK CLKIN Slave address 0x88 SELA 24 576 MHz SCL PEO SCLO IRQO PE1 SDAO IRQ1 TCLKA RES DV or SD U23 Note Pin names in red indicate the function used 2 bit External IIC device IIC chip address 1 pu TE Optional 3 3 V ES z ONO gt 17 7 DIP switches DV or SD U22 SW6 6 Figure 4 5 1 Video Signal Input Module Block Diagram Table 4 5 1 R0K572690C000BR System Setting DIP Switches Setting SW6 3 Number Function OFF High ON Low SW6 3 Connected to the SDHI PWM character LCD interface Connected to VDCA default Note Shading indicates the function to be set R20UTO159EJ0100 Rev 100 9e m c c nc JJ 426 Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions 4 6 SD Card Interface The M3A HS64G02 includes an SD card slot The SD card slot is connected to the SD Host Interface SDHI and the SH7269 SD card slot SDHI pins are multiplexed with VDC4 character LCD module and PWM When using the SDHI do not use the video signal input module character LED module and PWM interface
214. in Jack TA a 6 9 6 1 6 Audito Connector Sandia da 6 10 6 1 7 CD Deck Connector FO rare A 6 11 6 1 8 CAREC oe DENN nto no ee IR E tented 6 12 6 1 9 External MG Connector CIEL TT 6 13 6 1 10 LCD Module Connectors J12 to J14 nnenenenenvennenvenvenvenvenveenenvenvenvenvenvenvenenvenvenvenvenen 6 14 6 1 11 Bus a AMM A eener 6 18 6 1 12 CAN Connector io ani a 6 19 6 1 13 IDV Power Supply Connector isa A A eene 6 20 6 1 14 IDV Input ACc Adapter Jack AO aid 6 21 6 2 MB ASHS646O01 Operating Components E cet etia H ete Rede esc e iUe Dod 6 22 6 2 1 Tutnperset H tO P A oco ost nen er uns Most oec A E e EIE 6 23 6 2 2 Swatehes add BO gu odds asco 6 25 6 3 M5A HS62G01 DIMENSIONS dilatada 6 26 7 M3A HS64G02 Operating SpecificatiON ooooonnccnnncccconoonconnnononnnnnncnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnononnnanannnnnnns 7 1 7 1 MSAsH1S64G102 e LT 7 1 7 1 1 ROK572690C000BR Connectors CN1 CN3 CN6 CN7 and CNO eenen 7 2 TAD UART Conector dass 7 6 HAUS External ME Comecor Ita ia a ias 7 7 7 1 4 A Ln 7 8 FON los PWM Connector Iii ada dd at 7 9 7 1 6 Audio Connector VO A ET E A eneen enten 7 10 dl Pi B A m 7 11 7 1 8 REA ror erem d NUNT dt is 7 12 7 1 9 A ero ds AAA A a A 7 13 7 1 10 ECD Module Connector J I0 to HDi di 7 14 7 1 11 IEBus Connector L8 aras 7 18 7 1 12 CAN Connectors JT4 and a A A a a 7 19 7 1 13 MEUZ Connector CUO sneren a o 7 20 7 1 14 12V Powersupply Connector UIT as 7 21 7 1 15 12V Input AC A
215. ing System Power JP12 JumperNo Setting JP12 Supply system power from J17 PWRSEL Supply system power from J18 with an AC adapter setting by default Note The jumper settings shall not changed under operation of this evaluation board Make sure to use it with the power turned off R20UT0159EJ0100 Rev 1 00 ZEN ESAS 7 25 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification 7 2 2 Switches and LEDs M3A HS64G02 includes twenty switches and fifteen LEDs Figure 7 2 3 shows the deployments of switches and the LEDs Table 7 2 4 lists the switches and Table 7 2 5 lists LEDs lt Top view of the component side gt SW4 SW8 SW5 SW 9 SW6 SW10 SW7 SW11 SW12 SW16 SW13 SW17 SW14 SW18 SW15 SW19 LED11 LED12 LED13 LED14 LED5 LED6 LED7 LED8 SW1 SW2 LED1 LED2 LED3 LED4 ele LED9 LED10 Figure 7 2 3 Diagram of Switches and LEDs on M3A HS64G02 Table 7 2 4 List of switches on M3A HS64G02 Notes For details refer to Chapter 4 13 Paner siet SW20 Power switch Table 7 2 5 List of LEDs on M3A HS64G02 No Color Function 3 3 3 LED11 14 Refer to Chapter 4 11 for dimmer LED invalid on ROK572690C000BR LED15 Power supply LED light up when 12V power is supplied R20UT0159EJ0100 Rev 1 00 2 AS 7 26 Dec 07 2011 ENES SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 O
216. is document No license express implied or otherwise 1s granted hereby under any patents copyrights or other intellectual property rights of Renesas Electronics or others You should not alter modify copy or otherwise misappropriate any Renesas Electronics product whether in whole or in part Descriptions of circuits software and other related information in this document are provided only to illustrate the operation of semiconductor products and application examples You are fully responsible for the incorporation of these circuits software and information in the design of your equipment Renesas Electronics assumes no responsibility for any losses incurred by you or third parties arising from the use of these circuits software or information When exporting the products or technology described in this document you should comply with the applicable export control laws and regulations and follow the procedures required by such laws and regulations You should not use Renesas Electronics products or the technology described in this document for any purpose relating to military applications or use by the military including but not limited to the development of weapons of mass destruction Renesas Electronics products and technology may not be used for or incorporated into any products or systems whose manufacture use or sale 1s prohibited under any applicable domestic or foreign laws or regulations Renesas Electronics has used reasonable
217. le 5 1 7 lists the pin descriptions Board edge lt Top view of the component side gt Board edge lt Side view gt Figure 5 1 9 RS 232C Connector Pin Assignments J10 Table 5 1 7 RS 232C Connector Pin description J10 Signal Name pina Signal Name ee RXD PF14 A25 AAIWS2 RxD2 MEN RTS TXD PF15 AO SSIDATA2 WDTOVF TxD2 UBCTRG EM m s NW e n The signal names in bold letters are setting function Pin number4 to 6 7 to 8 are loopback connected R20UT0159EJ0100 Rev 1 00 lt 2 AS 5 9 Dec 07 2011 ENES SH7269 CPU Board ROK572690C000BR 5 R0K572690C000BR Operating Specification 5 1 7 Expansion Connector CN1 CN3 to CN11 The ROK572690C000BR includes through holes for mounting expansion connectors CN1 CN3 to CN11 Figure 5 1 10 and Figure 5 1 11 show the expansion connector pin assignments From Table 5 1 8 to Table 5 1 18 list the pin descriptions B1 B19 B1 B19 B2 CNTT B20 B2 CN10 B20 A gt 2 CN4 30 alla IHE EE EE 1 29 CN5 20 0000000000 0000000000 19 Figure 5 1 10 Expansion Connector Pin Assignments Top view of the component side R20UT0159EJ0100 Rev 1 00 ENESAS 5 10 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 5 R0K572690C000BR Operating Specification 2 CNG 20 0000000000 O 0000000000 A 1 19 0000000000 0000000000 OO OO O O O O OO OO OO OO OO O O 0000000000 0000000000 00000000000000000000 000000000000000 KI OO
218. ler Area Network RCAN TL1 and a CAN connector Note One CAN channel can be used on the ROK572690C000BR e Connects the SH7269 IEBus controller IEB and IEBus connector e Connects the SH7269 Motor Control PWM Timer PWM and a 20 pin MIL spec connector Note One PWM channel can be used on the ROK572690C000BR e Connects the SH7269 Multi Function Timer Pulse Unit 2 MTU2 and a 20 pin MIL spec connector e Connect the SH7269 I O ports LEDs and DIP switches e Connects the SH7269 IRQ2 pin IRQ3 pin and push button switches e Controls the system clock e Controls the peripheral I O clock e Resets devices on the M3A HS64G02 e Controls the M3A HS64G02 system power supply e Connectors switches and LEDs Refer to Chapter 7 for details 24 NESAS M SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions 4 2 CPU 4 2 1 SH7269 Overview The ROK572690C000BR includes the SH7269 the 32 bit RISC MCU that operates with a maximum frequency of 266 67 MHz 4 2 2 SH7269 Pin Functions Used on the M3A HS64G02 Table 4 2 1 to Table 4 2 11 list the SH7269 pin functions used on the M3A HS64G02 Table 4 2 1 SH7269 Pin Functions 1 11 1 PC1 RD RD 2 3 PC2 RD WR SCK6 RD WR WEOZ Description Connector Connected to NOR flash memory OER pin T Connected to SDRAM WE pin Connected to NOR flash memory WER pin Connected to SDRAM DQML pin Connected to SDRAM DQMU pin Connected to SDRAM RASH pin SW6 1 OFF CN
219. ltiplexed with the digital video IN interface connector PWM output pins are multiplexed with Video Display Controller 4 VDC4 pins Figure 2 15 1 shows the PWM interface block diagram Expansion connectors CN1 CN7 CN9 g M SH7269 U1 40 pin half pitch connector CN11 PJ8 DV_DATA8 PWM2A PJ9 DV_DATA9 PWM2B PJ10 DV_DATA10 PWM2C PJ11 DV_DATA11 PWM2D PJ12 DV DATA12 PWM2E PJ13 DV DATA13 PWM2F PJ14 DV DATA14 PWM2G PJ15 DV DATA15 PWM2H Note Pin names in red indicate the function used Figure 2 15 1 PWM Interface Block Diagram R20UTO159EJO100 Rev 100 Scn cehe 242 Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions 3 M3A HS64G01 Functions 3 1 Overview of Functions The M3A HS64G01 includes the function modules listed in the following table Table 3 1 1 Section Function 3 2 CPU 3 3 LCD Module Interface 3 4 3 5 3 6 3 7 3 8 3 9 3 10 3 11 3 12 3 13 Audio Modules CD Deck Interface SD Card Interface UART Interface CAN Interface lEBus Interface I O Ports Clock Modules Reset Module Power Supply Module Operating Specifications R20UT0159EJ0100 Rev 1 00 Dec 07 2011 M3A HS64G01 Function Modules Description SH7269 LCD module interface Connects the SH7269 Video Display Controller 4 VDC4 and LCD module connectors Includes flexible connectors for LCD
220. ly 1 25V power supply GND R20UT0159EJ0100 Rev 1 00 EN ESAS 2 11 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions 2 2 3 R0K572690C000BR Module Availability The following table shows which combination of modules can cannot be used Table 2 2 11 R0K572690C000BR Module Availability SH7269 Component Medus Namie Peripherals No SC SC LCTL 3 U10 ROK572690C000BR EEPROM lt lt lt lt lt lt lt lt lt lt lt lt lt z Serial flash memory 1 SDRAM sp NND flash memory IRQ1 switch DIP switches Y N C EEPROM RSPI U10 erial flash memory 1 S RSPI U10 Serial flash memory 2 SB DHI MMC J11 SD MMC card H UDI J7 H UDI t4 pin 38 pin hd EE ER E E J1 S J11 J7 H UDI AUD O ports O ports CIF VDC4 i VDC4 YIN IYIYIYivjy yo 60 WM Yes N No Notes When using a serial flash memory with NOR flash memory or SDRAM quad mode cannot be used PF16 and PF17 are multiplexed pins When setting SW6 2 ether SD MMC card or NAND flash memory can be used Either 14 pin or 38 pin H UDI port connector can be used PJ22 and PJ23 are multiplexed pins Either LCD or DV can be used PJ21 is a multiplexed pin Either IRQ1 switch or DV can be used PJ19 and PJ18 are multiplexed pins Either LED or DV can be used PJ17 and PJ16 are multiplexed pins Either DIP switches or DV can be used PJ15 to PJ8 are multiplexed pins Ei
221. m Table 3 5 1 lists the jumper setting JP9 R20UTO159EJ0100 Rev100 Denicence I I O Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions H UDI Serial flash memory Expanbion connector CN1 CN7 Audio CODEC CD deck interface connector IMSA 9617S 22 J9 w w lt SH7269 U1 2 AMO Mb o e PFO QSPCLK 1 RSPCK1 TIOCAA AUDCK PJ13 DV DATA13 PWM2F PF2 QMO 1 QIOO 1 MOSI1 TIOCAC SPBMO 1 SPBIOO 1 PF3 QMI 1 QIO1 1 MISO1 TIOCAD SPBMI 1 SPBIO1 1 Mm PJ24 SSISCK4 PJ25 SSIWS4 PJ26 SSIDAT A4 PJ14 DV_DATA14 PWM2G PJ15 DV DATA15 PWM2H 1 PJ20 DV DATA20 IRQO CRx2 3 e Note Pin names in red indicate functions Lb CAN interface Figure 3 5 1 Serial Port Block Diagram Table 3 5 1 R0K572690C000BR Jumper Setting JP9 Number 1 2 2 3 JP9 Uses PJ20 as IRQO input pin default Uses PJ20 as CRx2 input DV DATA20O input pin Note Shading indicates the function to be set R20UT0159EJ0100 Rev 1 00 Dec 07 2011 s LEG NEZ S AE SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions 3 6 SD Card Interface The M3A HS64G01 includes an SD card slot The SD card slot is connected to the SD Host Interface SDHI and the SH7269 SD card slot SDHI channel 1 pins are multiplexed with PJ7 to PJO pins to control the character LCD module When using the SDHI do not use the character
222. major components PCB drawing lt Top view of the component side gt JN IEBus connector IERxD CRx0 switch jumper IETxD CTxO switch jumper UART connector CPU board connector CPU board connector CPU board connector CPU board connector va Pr Prog za Sa 2 Za 2 5 5 5 gt O O O O O JP6 JP7 Le S CAN ch0 terminate jumpers N Ig J16 i E 5 ge CAN connector 0 deeem LEE J17 a ds CAN connector 1 L JP10 JP11 NE ls NI zi CAN ch1 terminate jumpers t EM 5 EC q nil z 2 JP4 J E A T CTx1 pin connect jumper HE f JP8 CRx1 pin connect jumper e r E Fh hk T SW2 to SW17 n Key input switches CPU board connector S LIR paa te E mS LI LiT r ue tlas TTS IL LLL K e l SN ar a E J C b d L ur i 1 wm G ES ang Te UM d A out pin jack SRM Ur es EHE En P m s Va gt 1 hs P a S ri i me JP2 Character LCD SD switch jumper Power supply LED 12 V LED1 TR Es i2 Si Sz OPE SW18 Power supply switch J18 12 V power supply connector Kwan BT JP12 Power supply switch jumper J19 12 V input AC adapter jack MEE ERI u k ks K run o 6 9 9 9 pu fo x x x 9 o 2 o O N 8 8 Q Q 5 2 Ea o 0 g 99g 2 s A 9 c e c c c 2 c La c c c c c c c i c o a a c Q Q Q e o 6 Qa Q a Oo S o 8 o o g B eS Ss 5 o S o o0 o E R E y SE 3 3 a 9 O Oo AE 7 a bd a 5 5 3 5
223. marks Quantity per Board 1 USB power distribution switch MIC 2025 2YM Micrel VBUS power control 1 2 Zener diode HZN6 2Z4MFA Renesas Optional 0 3 Ferrite beads BLM21PG600SN1 Murata Optional 0 4 Common mode choke DLW21HN900SQ2 Rohm Optional U Sa T hed Rev 1 00 EN ESAS 1 9 SH7269 CPU Board ROK572690C000BR 1 Overview 1 7 M3A HS64G01 Configuration Figure 1 7 1 shows an example of a system configuration using the M3A HS64G01 optional board for audio Optional board for audio M3A HS64G01 12 VDC output AC adapter 3 A min a mn mA a ll E E O E L io E L ij E O IIC CD deck b d LCD module Microphone speaker optical connector Note 1 These items cannot be used with the ROK572690C000BR Figure 1 7 1 Configuration Using the M3A HS64G01 R20UTO159EJO100 Rev 100 _ SL Ae ooo Dec 07 2011 s LEC NEC S AS SH7269 CPU Board ROK572690C000BR 1 Overview 1 8 M3A HS64G01 Board Specifications Table 1 8 1 describes the board specifications of the M3A HS64G01 Table 1 8 1 No ltem 1 LCD 2 Character LCD 3 Audio 4 CD deck 5 SD card interface 10 11 CAN IEBus UART interface IIC Switches Board specifications R20UT0159EJ0100 Rev 1 00 Dec 07 2011 M3A HS64G01 Board Specifications Description Comes with following connectors to control an LCD module by the SH7269 on chip Video Display Controller 4 VDC4 e Flexible
224. me MD Bit Setting MTU2 TIOCAA PFCRO PFOMD 2 0 B 100 PFO BREQZ QSPCLK 1 RSPCK1 TIOCAA DREQO TIOCAC PFCRO PF2MD 2 0 B 100 PF2 WAIT HQMO 1 amp QIOO 1 MOSI1 TIOCAC TENDO TIOCAD PFCRO PF3MD 2 0 B 100 PF3 CS242 QMI 1 amp QIO1 1 MISO1 TIOCA4D AUDIO XOUT TIOC1A PJCR6 PJ27MD 2 0 B 100 PJ27 SGOUT_3 TIOC1A CTS7 Note Bold text indicates the function used Table 4 2 27 SH7269 Multiplexed Pin Functions SSIF Peripheral Pin Name SH7269 Port Control Register SH7269 Multiplexed Pin Name Function Register Name MD Bit Setting SSIF SSITxDO PFCR1 PF6MD 2 0 B 010 PF6 CE2AZ SSITxDO SGOUT 2 SSIWSO PFCR1 PF5MD 2 0 B 010 PF5 SSIWSO SGOUT 1 SSISCKO PFCR1 PF4MD 2 0 B 010 PF4 CS5 CE1A SSIWS0 SGOUT_0 Note Bold text indicates the function used R20UTO0159EJO100 Rev 1 00 4 18 Dec 07 2011 RENESAS SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions Table 4 2 28 SH7269 Multiplexed Pin Functions ADC Peripheral Pin Name SH7269 Port Control Register SH7269 Multiplexed Pin Name Function Register Name MD Bit Setting ADC AN7 PHCR1 PH7MD 1 0 B 01 PH7 AN7 PINT7 ANG PHCR1 PH6MD 1 0 B 01 PH6 AN6 PINT6 AN5 PHCR1 PH5MD 1 0 B 01 PH5 AN5 PINT5 LCD_EXTCLK AN4 PHCR1 PHAMD 1 0 B 01 PH4 AN4 PINT4 AN3 PHCRO PH3MD 1 0 B 01 PH3 AN3 PINT3 AN2 PHCRO PH2MD 1 0 B 01 PH2 AN2 PINT2 AN1 PHCRO PH1MD 1 0 B 01 PH1 AN1 PINT1 ANO PHCRO PHOMD 1 0 B 01 PHO ANO PINTO Note Bold text indicates the function used R20UTO
225. n e MIL spec connector for connecting an external IIC interface 1 20 pin Key input by the SH7269 on chip A D converter e Key input switches 16 4 switches x 4 inputs e Dimensions 210mm x 148mm e Mounting form 4 layers double sided e Board thickness 1 6mm e Number of boards 1 ZENESAS frs SH7269 CPU Board ROK572690C000BR 1 Overview 1 9 M3A HS64G01 Exterior Figure 1 9 1 shows the exterior of the M3A HS64G01 Figure 1 9 1 M3A HS64G01 Exterior R20UT0159EJ0100 Rev 1 00 Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 1 Overview 1 10 M3A HS64G01 Block Diagram Figure 1 10 1 shows the block diagram of the M3A HS64G01 Bluetooth Power control SD card connector 5 s AK4524 MUX E a p E JS DAC ADC ico G AKA 353 pc T gt ucs LCD module O ssir I F RGB565 Ua E S B xpansiot DAC2 EU EE ssir conn a HA13721 Level shifter CAN driver CAN Fhrough holga Nh Se i SS RSPDIF PDIF E i Level shifter CAN driver CAN x HA12187 HIC I F IIC3 R C3 EBus driver Connector IEBus Key 4x4 AZ On XT Power supply erp AM 12V pm These modules cannot be used with the ROK572690C000BR Figure 1 10 1 M3A HS64G01 Block Diagram R20UTO159EJO100 Rev 100 A 88 Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 1 11 M3A HS64G01 Major Components 1 Overview Figure 1 11 1 shows the M3A HS64G01 layout and locations of the
226. nects the SH7269 digital video decoder and the composite video input pin e Connects the SH7269 Motor Control PWM Timer PWM and a 40 pin half pitch connector Refer to chapter 5 for details on connectors switches and LEDs 241 NESAS 2 1 SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions 2 2 CPU 2 2 1 SH7269 Overview The ROK572690C000BR includes the SH7269 the 32 bit RISC MCU that operates with a maximum frequency of 266 67 MHz 2 2 2 SH7269 Pin Functions Used on the ROK572690C000BR Table 2 2 1 to Table 2 2 10 list the SH7269 pin functions used on the ROK572690C000BR Table 2 2 1 R0OK572690C000BR Function Modules Expansion mbol Description PC1 RD Connected to NOR flash memory CN6 pin 6 OER TEE Pvc e e e a PC2 RD WR SCK6 m Connected to SDRAM pin CNG pin 7 r PC3 WE0 DQMLL RxD6 WEO to NOR flash memory CN6 pin 8 NEN pin DQMLL Connected to SDRAM DQML pin 5 PC4 WE1 WE DQMLU TxD6 DQMLU Connected to SDRAM DQMU pin CN6 pin 9 a PC5 RASH CRXO RAS Connected to SDRAM RAS pin SW6 1 OFF CRxO CRx1 CRx2 IRQO CN6 pin 14 SW6 1 ON CHEM Y A BET T A Connected to SDRAM CASH pin PC6 CAS SCK7 CTxO CASH Connected to SDRAM CASH pin CTxO8CTX18CTX2 p Cep CA AA EEEN 10 POTICKE RxD7 CRxt CKE ConnectedtoSDRAMCKEpin SWetOFF CRxO CRX1 IRQ1 ENR RRR SWELON B T NAAA 12 PCB CSSHITXDTI C93 ConnectedtoSDRAMCS pin SW t OFF CTx1 CTx08C
227. nverter 2 U12 AK4353 C RESET Q PDN Reset IC output delay time td 330 KO x 0 1 uF 33 ms C SHDN CQ PDN CD deck J9 CDRST Note Pin names in red indicate the function used RS 232C driver U15 Audio codec U6 AK4524 EE Optional Figure 3 12 1 Reset Module Block Diagram R20UTO159EJ0100 Rev 100 R ah a a a 3 36 Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions 3 13 Power Supply Module A 12V power supply is input to the M3A HS64G01 and the voltage regulator on the M3A HS64G01 generates 8V voltage and 5V voltage 5V voltage is provided to the ROK572690C000BR and the voltage regulator on the ROK572690C000BR generates 3 3 V and 1 25V Figure 3 13 1 shows the power supply module block diagram Legend er gt Dual channel Symbol Voltage type Application PS Power Supply avec 8 Y digital CD deck PS BVOC SAWEC 3 V digital 5 V analog AVEC JAVCC Avec 3 3 V digital A 3 3 V analog 3 3 V analog Key input M3A HS64601 AVcc 3 3 V analog ADC PS U AV 3 3 V analog JVCC USB VO PS 3 3 V digital AVref 3 3 V analog ADC reference PS PLL3V 3 3 V analog PLL PS DW3w 3 3 Y analog LIA 1 2 V 1 25 V analog bas 5 B ganas USB core PS Figure 3 13 1 Power Supply Module Block Diagram R20UTO159EJ0100 R
228. o be set Table 2 3 3 Jumper Setting JP5 Number 1 2 2 3 JP5 Uses PCO as CSOF output pin default Uses PCO as MD BOOT 2 input pin Note Shading indicates the function to be set R20UTO159EJO100 Rev 100 marr Ow 224 Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions Figure 2 3 2 shows NOR flash memory write and read access timing example Table 2 3 4 lists the Bus State Controller settings write read when the SH7269 bus clock is at 66 67MHz Write 1 Write2 Read1 Th T1 Tw1 Tw2 Tw3 Tw4 Tw5 Tw6 T2 Tf Taw1 Th T1 Tw1 Tw2 Tw3 Tw4 Tw5 Tw6 T2 Tf Taw Th T1 Twi Tw2 Tw3 Tw4 Tw5 Tw6 T2 Tf LK tAD1 tAD1 K tWED1 JU tDF tWDH1 tDF tDH tWDD1 tRDS1 tRDH1 A L DATA _ I Figure 2 3 2 NOR Flash Memory Write Read Access Timing Example Table 2 3 4 Bus State Controller Settings Write and Read NOR Flash Memory User Area Target Device Setting CSO S29GL256P90TFIR1 CSO space bus control register CSOBCR Initial value H 36DB 0400 When the SH7269 is in boot mode 0 Recommended value H 1000 0400 e Number of idles between Write Read cycles and Write Write cycles IWW 2 0 B 001 1 idle cycle inserted e Number of idle cycles for another space Read Write IWRWD 2 0 B 000 No idle cycl
229. of eight pulse outputs per channel The SH7269 PWM channel 1 pin is connected to a 20 pin MIL spec connector on the M3A HS64G02 via the voltage level shifter As PWM channel 2 pin is connected to the PWM output connector CN11 on the ROK572690C000BR it cannot be used on the M3A HS64G02 PWM channel pin is multiplexed with the VDC4 SDHI and character LCD module Figure 4 10 1 shows the PWM interface block diagram Table 4 10 1 lists the ROK572690C000BR system setting DIP switches SW6 4 Table 4 10 2 lists the M3A HS64G02 jumper setting JP3 R20UTO159EJ0100 Rev100 Denicene I I N Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions SDHI Expansion connectors CN1 we D A Converter i PORT interface En Video signal input module Character LCD interf i SH7269 U1 DV or SD U22 PWM or SD U3 MN A 20 pin Level shifter MIL spec U6 HD151015 connector J5 PJ7 DV DATA7 SD D2 1 PWM1H j PJ6 DV DATA6 SD D3 1 PWM1G PJ5 DV_DATA5 SD_CMD_1 PWM1F PJ4A DV_DATA4 SD_CLK_1 PWM1E E a lt PJ3 DV DATA3 SD DO 1 PWM1D Ly PJ2 DV_DATA2 SD_D1_1 PWM1C PJ1 DV DATA1 SD WP 1 PWM1B PJO DV DATAO SD CD 1 PWM1A Level shifter U8 HD151015 2A N 2222222 A
230. on Connector P PJ7 DV_DATA7 J7 Connected to the CN7 pin 2 SW6 3 PWM1H SD D2 1 Connected to the SD IMP pin A5 decoder IC D7 pin ON PJ8 DV_DATA8 CN11 LCD DATAB PINTO pin A4 PWM2A CTSS CN pin 12 PJ9 DV_DATAQ PWM2B CN11 TTL level LCD_DATAQ PINT1 DV_DATAQ DV input pin B3 PWM2B RTSS AA SON TE PG18 DV_DATA4 Connected to LCD CN10 LCD DATA18 SPDIF IN module D18 pin pin A12 Connected to LCD CN10 module D19 pin pin B12 SCK4 PG19 DV DATA5 LCD DATA19 SPDIF OUT SCK5 PG20 DV DATAG LCD DATA20 Connected to LCD CN10 LCD DATA20 LCD TCON3 module D20 pin pin B13 RxD4 Vss AAA PG21 DV DATAT AUDATA2 Connected to the H UDI CN10 AUD LCD DATA21 LCD TCON4 TxD4 AUDAT A2 port connector J3 pin A14 LCD DATA21 Connected to LCD R5 module D21 pin LCD DATA18 C2 A N LCD DATA19 PA EEn A REM 187 PG22 LCD DATA22 Connected to the H UDI LCD TCONS5 RxD5 port connector J3 pin B14 AUDSYNC LCD_DATA22 Connected to LCD bak a LEN RxD5 Connected to the UART CN1 pin 15 TTL level 188 PG23 LCD DATA23 Connected to the H UDI CN10 LCD TCONG TxD5 port connector J3 pin A15 AUDATA3 LCD DATA23 Connected to LCD R7 TxD5 Connected to the UART CN1 pin 14 TTL level 189 PG24 LCD CLK LCD CLK Connected to LCD CN9 pin 23 iul module CLK pin CN10 mE pin A16 190 PG25 LCD TCONO LCD TCONO Connected to LCD CNQ pin 19 ini nid i x a pin B16 191 PG26 LCD TCON1 LCD TCON1 Connected to LCD CN9 pin 21 baud module HSYN
231. onnector 3 pin 2 5 mm pitch on the M3A HS64G01 via the voltage level shifter and the CAN driver IC Note that only RCAN TL1 channel 2 can be used on the ROK572690C000BR RCAN TLI channel 2 pins are multiplexed with IRQ input pins and Video Display Controller 4 VDC4 pins Figure 3 8 1 shows the CAN interface block diagram Table 3 8 1 lists jumper settings JP8 and JP9 Table 3 8 2 and Table 3 8 3 list jumper settings JP4 JP5 JP8 and JP9 Expansion connectors CN1 CN7 2 TM D A Converter 2 IEBus interface 3 3V 3 Vto 5 V level CAN driver CAN connector SH7269 U1 shifter U13 U14 HA13721 J16 B3B XH PJ29 SSIWS5 IERxD E JP7 dd i 1 PJ30 i xl E PJ30 SSIDATAS IETxD 330 ado H CANH CANH gt CANL CANL iu x 3 o pa x PJ21 DV DATA21 IRQ1 CTx2 28 PJ20 DV_DATA20 IRQO CRx2 P2 2 5 V to 3 V level CAN driver CAN connector shifter U15 U16 HA13721 L J17 B3B XH JP11 CANH CANL JP8 7 Note Pin names in red indicate the function used 77 DIP switches SW6 4 Note Shorting JP5 and 2 3 on JP9 are invalid PJ21 PJ20 Figure 3 8 1 CAN Interface Block Diagram Table 3 8 1 R0K572690C000BR Jumper Settings JPS JP9 Number 1 2 2 3 JP8 Uses PJ21 as IRQ input pin default Uses PJ21 as CTx2 output DV DATA21 input
232. onnector pins Table 7 1 20 lists their descriptions Top view of the component side e 0000000000 6000000000 Figure 7 1 14 Diagram of MTU2 Connector Pins J16 Table 7 1 20 Descriptions of MTU2 Connector Pins J16 LN Signal Name LN Signal Name PF2 WAITz QMO 1 QIOO 1 MOSI1 PF3 CS2st QMI 1 QIO1 1 MISO1 DC e 1 SPBIOO 1 mn ma XOUT SPBMI 1 SPBIO1 1 PJ12 DV DATA12 LCD DATA12 PINTA PJ27 SGOUT 3 TIOC1A CTS7 EN RN PFO BREQ QSPCLK 1 RSPCKI PF2 WAIT QMO 1 QIOO 1 MOSI prd ro io s L3 jme jee PJ8 DV DATAB LCD DATA PINTO PWM2C SCK5 PWM2A CTS5 S PC5 RAS CRx0 CRx0 CRx1 CRx2 IRQO PC6 CAS SCK7 CTxO CTx0 amp CTx1 amp CTx2 PE6 SCL3 RxD6 PE7 SDA3 RxD7 Note The signal names in bold style are setting functions R20UT0159EJ0100 Rev 1 00 2 AS 7 20 Dec 07 2011 4S NES SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification 7 1 14 12V Power Supply Connector J17 M3A HS64G02 includes a system power supply connector J17 To avoid the false insert numbers of the pins are differed from other power connector on the CPU board Figure 7 1 15 shows the deployment of the power supply connector pins Table 7 2 1 lists their descriptions Top view of the component side Side view Figure 7 1 15 Diagram of 12V Power Supply Connector pins J17 Table 7 1 21 Descriptions of 12V Power
233. operation of this evaluation board Make sure to change the setting with the power turned off Table6 2 4 Power Supply Switch Jumper Setting JP12 JP12 Supplies the system power from J18 PWRSEL Supplies the system power from J19 with an AC adapter setting by default Notes The jumpers shall not changed their setting under operation of this evaluation board Make sure to change the setting with the power turned off R20UT0159EJ0100 Rev 1 00 sZ NC S AS 6 24 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification 6 2 2 Switches and LED The M3A HS64G01 includes eighteen switches and one LED Figure 6 2 3shows the pin assignments for switches and an LED Table 6 2 5 lists the switches and Table 6 2 6 lists the LED lt Top view of the component side gt SW2 SW6 SW3 SW7 SW4 SW8 SW5 SW9 SW10 SW14 SW11 SW15 SW12 SW16 SW13 SW17 Figure 6 2 3 Switch Assignments on M3A HS64G01 Table 6 2 5 Function of the Switches on M3A HS64G01 LCD module connector J12 power switch Optional SW2 17 Key entry switch For details refer to Section 3 10 SW18 Power supply switch M Table 6 2 6 LED for M3A HS64G01 LED1 Power supply LED illuminated when 12V power is supplied R20UT0159EJ0100 Rev 1 00 sZ NC S AS 6 25 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification 6 3 M3A HS64G01 Dimen
234. or 26 PBS ASTIOCIA A5 Addressbus CN4pin22 A MEE O HM I eae a 28 PBZ ATITIOC2A A7 Addressbus GN pin QO EA nn E See 30 PB amp A8TIOC2B A8 Addressbus GN pinte S EE 32 PB9 A9TIOC3A A9 Addressbus GN RRR 33 PB10 A10 TIOC3B A10 Addressbus gt gt gt CN amp pini7 34 Peiarimoc3o Al Addressbus CN4pinta ENT MENTO UAE ET PJ19 DV_DATA19 PJ19 Connected to LED3 as user Es CN11 pin A12 m LCD DATA19 MISOO FE 2 TIOCOD SIOFRxD DV DATA19 DV DVinpt AUDIO XOUT AUDIO XOUT Connected to DAC U10 MCKI CN7 pin 40 m pin ra PJ20 DV DATA20 SA E JP9 1 2 LCD DATA20 LCD TCON3 DV DV DATA2O Dip DV input 00 0 CN11 pinB4 CN11 pinB4 B4 JP9 2 3 IRQ0 CRx2 CRx0 CRx1 CRx2 EEE Connected to the CAN driver IC CN1 pin 17 E a 1 Ee bus eu pin 12 SPBIO2 1 QIO2 1 Connected to serial flash memory mon 2 102 aom PJ21 DV_DATA21 IRQ1 switch S se M JP8 1 2 LCD DATA21 LCD TCON4 DV DATA21 DV input CN11 pinA14 JP8 2 3 IRQ1 CTx2 CTx08 CTx18CTx2 CTx2 Connected to the CAN driver IC CN1 pin 18 U15 PJ22 DV_DATA22 DV DATA22 DV input CN11 pin B44 LCD DATA22 LCD TCON5 LCD TCON5 Connected to LCD module DE pin CNS pin 24 IRQ2 CRx1 CRXxO CRx1 CN10 pin B17 PJ23 DV DATA23 DV DV DATAS Dip DV input 0 CN11 pin A15 CN11 pin A15 A15 LCD DATA23 LCD TC
235. or an SD card slot and an RCA connector as the SH7269 peripheral interfaces The USB connector on the SH7269 CPU Board is a Series A receptacle The wiring pattern on the SH7269 CPU Board allows the user to connect a Mini B receptacle to evaluate the USB host and function modules The SH7269 MCU s data bus address bus and internal peripheral pins are connected to expansion connectors on the SH7269 CPU Board to allow for timing evaluation with peripherals using measurements instruments and the development of the expansion board according to its application The Renesas Electronics EIOA USB on chip emulator AUT trace enabled 36 pin AUB trace disabled 14 pin can be connected to the SH7269 CPU Board 1 1 2 Optional Board for Audio Part Number M3A HS64G01 The M3A HS64G01 is an evaluation board suitable for advance development of the audio system which comes standard with an audio interface CD deck interface and a character LCD module connector Also it comes with two channels of a D A Converter for audio output and one channel of a D A Converter and an A D Converter for audio input and output as its audio interfaces It also comes standard with an LCD module interface connector a UART interface connector a CAN Controller Area Network connector an IEBus connector an IIC connector and an SD card connector Note Some of the functions cannot be used with the SH7269 CPU Board 1 1 3 Optional Board for Graphic Display Part
236. or Pins J9 Table 6 1 12 Descriptions of Flexible Connector Pins J9 e FLAG6 PJ14 DV DATA14 LCD DATA14 C eme E 11 GND 12 CDFS PJ13 DV_DATA13 LCD_DATA13 13 CDSI PF2 WAIT QMO_1 QIO0_1 MOSH CDCK PFO BREQ QSPCLK 1 RSPCK1 CDSO PF3 CS2 QMI_1 QIO1_1 MISO1 TIOC4D AUDIO_XOUT SPBMI_1 SPBIO1_1 17 IIS BCK PJ24 SGOUT 0 SSISCKA IIS LROK PJ25 SGOUT 1 SSIWS4 LCD TCONS3 SPDIF IN SCK7 LCD TCONA4 SPDIF OUT RxD7 u TIOCAA DREQO AUDCK IIS DATA PJ26 SGOUT 2 SSIDATAS BLKCK PJ20 DV DATA20 LCD DATA20 LCD TCON5 TxD7 LCD TCONS IRQO CRx2 eee TRANS PJ15 DV DATA15 LCD DATA15 PINT7 PWM2H TxD7 Note The signal names in bold style show the setting functions R20UT0159EJ0100 Rev 1 00 RENESAS 6 11 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification 6 1 8 UART Connector J10 The M3A HS64G01 includes a UART connector J10 with TTL level flow control Figure 6 1 9 shows the UART connector pin assignments Table 6 1 13 lists the pin descriptions lt Top view of the component side gt Figure 6 1 9 UART Connector Pin Assignments J10 Table 6 1 13 UART Connector Pin Descriptions J10 Pin No Signal Name pin No Signal Name 1 3 3V 2 RxD PG22 LCD DATA22 LCD TCON5 RxD5 AUDSYNCH TxD PG23 LCD_DATA23 LCD TCON6
237. ort Control Register Register Name PJCR4 PJCR4 PJCR4 PJCR4 PJCRO PJCRO PJCRO PJCRO PJCR1 PJCR1 PJCR1 PJCR1 PECRO PECRO PECR1 PECR1 PFCR1 PFCR2 MD Bit Setting PJ16MDJ 2 0 B 000 PJ17MD 2 0 B 000 PJ18MD 2 0 B 000 PJ19MDJ 2 0 B 000 PJOMD 2 0 B 000 PJ1MD 2 0 B 000 PJ2MD 2 0 B 000 PJ3MD 2 0 B 000 PJ4MD 2 0 B 000 PJ5MD 2 0 B 000 PJ6MDJ 2 0 B 000 PJ7MD 2 0 B 000 PE2MD 2 0 B 000 PE3MD 1 0 B 000 PE6MD 1 0 B 00 PE7MD 1 0 B 00 PF7MD 2 0 B 000 PF9MD 2 0 B 000 4 M3A HS64G02 Functions SH7269 Multiplexed Pin Name PJ15 DV_DATA15 LCD_DATA15 PINT7 PWM2H TxD7 PJ14 DV_DATA14 LCD_DATA14 PINT6 PWM2G TxD6 PJ13 DV_DATA13 LCD_DATA13 PINT5 PWM2F TxD5 PJ12 DV_DATA12 LCD_DATA12 PINT4 PWM2E SCK7 PJ11 DV_DATA11 LCD_DATA11 PINT3 PWM2D SCK6 PJ10 DV_DATA10 LCD_DATA10 PINT2 PWM2C SCK5 PJ9 DV DATA9 LCD DATA9 PINT1 PWM2B RTS5 PJ8 DV DATA8 LCD _DATA8 PINTO PWM2A CTS5 PJ7 DV_DATA7 LCD_ DATA7 SD D2 1 PWM1H PJ6 DV DATAG LCD DATA6 SD D3 1 PWM1G PJ5 DV_DATA5 LCD DATA5 SD CMD 1 PWMiF PJ4 DV_DATA4 LCD DATA4 SD CLK 1 PWM1E PJ3 DV DATA3 LCD DATA3 SD DO 1 PWM1D PJ2 DV DATA2 LCD DATA2 SD D1 1 PWM1C PJ1 DV_DATA1 LCD_DATA1 SD_ WP 1 PWM1B PJO DV DATAO LCD DATAO SD CD 1 PWM1A SH7269 Multiplexed Pin Name PJ16 DV DATA16 LCD DATA16 RSPCKO TIOCOA SIOFSCK PJ17 DV DATA17 LCD DATA17 SSLOO TIOCOB SIOFSYNC PJ18 DV DATA18 LCD DATA18 MOSIO TIOCOC SIOFTxD PJ19 DV DATA19 LCD D
238. ower supply voltage 0 3V to 4 6V 1 25V system power supply voltage 0 3V to 1 7V Operating ambient temperature 10 C to 55 C Storage ambient temperature 20 C to 60 C Remarks Reference voltage VSS Reference voltage VSS Reference voltage VSS Do not expose to condensation or corrosive gas Do not expose to condensation or corrosive gas Note Ambient temperature refers to the air temperature in the vicinity of the board Table 1 18 2 Symbol 12VCC 8VCC 5VCC 3VCC Topr Tstg Note Absolute Maximum Ratings on the SH7269 Optional Boards Item Value 12V system power supply voltage 0 3V to 15 0V 8V system power supply voltage 0 3V to 10 0V 5V system power supply voltage 0 3V to 6 0V 3 3V system power supply voltage 0 3V to 4 6V Operating ambient temperature 10 C to 55 C Storage ambient temperature 20 C to 60 C 1 19 Operating Conditions Remarks Reference voltage VSS Reference voltage VSS Reference voltage VSS Reference voltage VSS Do not expose to condensation or corrosive gas Do not expose to condensation or corrosive gas Ambient temperature refers to the air temperature in the vicinity of the board Table 1 19 1 and Table 1 19 2 list the operating conditions of the SH7269 CPU Board and its optional boards Table 1 19 1 Symbol VCC Topr Table 1 19 2 Symbol 12VCC Topr R20UTO159EJ0100 Rev 1 00 Dec 07 2011 SH7269 CPU Board Operating Conditions Item Value 5V system pow
239. perating Specification 7 3 M3A HS64G02 Dimensions Figure 7 3 1 shows the dimensions of M3A HS64G02 on the top of the component side Figure 7 3 2 shows its dimensions as a perspective view lt Top view of the component side gt Unit mm EN T 1 U Pus pea a H Sae 7 bed me Taf Oo an oo au pass e oo EZ en a 0 3 b BD mc EN g 0 Ot ams LIT al oo 22 SUE per LATE tr tl 5 ne qup ur Tin es gt TH j mm i S L o PTR mn SRI Th h Bim 33422000404 HHHHHHHHHHI EEE Ed min ol ooooooo 99995599 00000000000000 fes SER E MEE A L EL 2393383 TL CAAT S reas ae m C oolooooo o OOOO L RB Fee EH st TE KT pos HE loma B HEU Ba uw El BR e Be Figure 7 3 1 M3A HS64G02 Dimensions R20UT0159EJ0100 Rev 1 00 2 AS 7 27 Dec 07 2011 SENES SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification lt Perspective view of the component side gt FN NJ OOo0Oo00000000 Pi diis 0000000000 gy 0000 0000000 _ n3 r N NJ cp ci om B 000000000000000 00000000000000000000 000000000000000 00000000000000000000 coce SO oo o a eal CEE oo 00 000000 O00000 CD CU 0000000000 0000000000 Figure 7 3 2 M3A HS64G02 Dimensions R20UT0159EJ0100 Rev 1 00 lt 2 AS Dec 07 2011 KENES 7 28 SH7269 CPU Board ROK572690C000BR Appendix Appendix ROK5
240. pin JP9 Uses PJ20 as IRQO input pin default Uses PJ20 as CRx2 input DV DATA20 input pin Note Shading indicates the function to be set Table 3 8 2 Jumper Settings JP5 JP9 Number 1 2 2 3 JP5 Selects IETxD IEB Selects PJ30 RCAN TL1 pin default JP9 Selects IERXD IEB Selects PJ29 RCAN TL1 pin default Notes 1 This setting is invalid on the ROK572690C000BR 2 Shading indicates the function to be set Table 3 8 3 Jumper Settings JP4 JPS Number 1 2 None Open JP4 Normal mode Connects CTx1 pin default Debug mode Leaves CTx1 pin disconnected JP8 Normal mode Connects CRx1 pin default Debug mode Leaves CRx1 pin disconnected Note Shading indicates the function to be set R20UTO159EJ0100 Rev 100 Denicene I Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions 3 9 IEBus Interface The SH7269 includes and IEBus Controller IEB The IEBus M Inter Equipment Bus M is the bus for digital data transfer system on a small scale The SH7269 IEB pin is connected to the IEBus connector 4 pin 2 5 mm pitch via the voltage level shifter and the IEBus M driver IC on the M3A HS64G01 The IEB pin is multiplexed with SCIF channel 0 pin and RCAN TLI channel 0 pin Figure 3 9 1 shows the IEBus M interface block diagram Table 3 9 1 lists the DIP switches settings SW6 4 Table 3 9 2 lists jumper settings JP5 and JP9 Expansion connectors CN1 CN7 4 D A Conver
241. pin default Uses PJ21 as CTx2 output DV DATA21 input pin JP9 Uses PJ20 as IRQO input pin default Uses PJ20 as CRx2 input DV DATA20 input pin Note Shading indicates the function to be set Table 4 8 2 M3A HS64G02 Jumper Settings JP5 JP9 Number 1 2 2 3 JP5 Selects IETxD IEB Selects PJ30 RCAN TL1 pin default JP9 Selects IERXD IEB Selects PJ29 RCAN TL1 pin default Notes 1 This setting is invalid on the ROK572690C000BR 2 Shading indicates the function to be set Table 4 8 3 M3A HS64G02 Jumper Settings JP4 JPS Number 1 2 2 3 JP4 Normal mode Connects CTx1 pin default Debug mode Leaves CTx1 pin disconnected JP8 Normal mode Connects CRx1 pin default Debug mode Leaves CRx1 pin disconnected Note Shading indicates the function to be set R20UTO159EJ0100 Rev 100 Denicenc O O o Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions 4 9 IEBus Interface The SH7269 includes and IEBus Controller IEB The IEBus M Inter Equipment Bus is the bus for digital data transfer system on a small scale The SH7269 IEB pin is connected to the IEBus connector 4 pin 2 5 mm pitch via the voltage level shifter and the IEBus driver IC on the M3A HS64G02 The IEB pin is multiplexed with SSIF chamnel 5 pin Figure 4 9 1 shows the IEBus M interface block diagram Table 4 9 1 lists the DIP switches settings SW6 4 Table 4 9 2 lists jumper settings JP5 and JP9 Exp
242. plexed pins Either MTU2 or serial flash memory 2 can be used PJO to PJ7 are multiplexed pins When setting SW6 3 on the ROK572690COOOBR either one of modules can be used PJO to PJ7 are multiplexed pins Either Characer LCD or PWM can be used PJ20 and PJ21are multiplexed pins Either CAN1 or DV can be used Change JP1 JP2 settings on the M3A HS64G02 to use either IRQ2 or IRQ3 switch PFO pin is connected to MTU2 and LCD Change JP8 setting on the ROK572690C000BR to use either CAN1 or IRQ1 switch R20UTO0159EJO100 Rev 1 00 4 13 Dec 07 2011 434 NESAS SH7269 CPU Board ROK572690C000BR 4 2 4 SH7269 Multiplexed Pins Used on the M3A HS64G02 4 M3A HS64G02 Functions Table 4 2 13 to Table 4 2 31 list the SH7269 multiplexed pin functions used on the M3A HS64G02 These multiplexed pins are set as port input pins by default Set the MD bit in the Port control register to use the SH7269 peripheral functions except I O ports Table 4 2 13 Peripheral Pin Name Function BSC Notes 1 CSO CS3 RD WEOZ DQMLL WE1 WE DQMLU RAS CAS CKE RD WR A24 A23 A22 A21 A20 A19 A18 A17 A16 A15 A14 A13 A12 A11 A10 A9 A8 A7 A6 A5 A4 A3 A2 A1 D15 D14 D13 D12 D11 D10 D9 D8 D7 D6 R20UT0159EJ0100 Rev 1 00 Dec 07 2011 SH7269 Multiplexed Pin Functions BSC1 SH7269 Port Control Register Register Name PCCRO PCCR2 PCCRO PCCRO PCCR1 PCCR1 PCCR1 P
243. ponents Figure 6 2 1 shows the assignments of the M3A HS64G01 operating components lt Top view of the component side gt 106060600 hi LR Er OH O Hat q 0000000000 kE gt OC LE LA p m CEZZLEZ L ai Mis ENI L MA H564601 Dx 30758 MADE IN JAPAN mm OD ca a a P 4 ba ES _ del Wen PWR LCD DE ale CORSO C65 EXSR BA LI LIE pen iss Sung m A TET E man HEN 1 HHE tum rmn 20000 UT ph I Ea CE i A J ek coo 52111 Figure 6 2 1 Assignments of the M3A HS64G01 Operating Components R20UT0159EJ0100 Rev 1 00 42 NESAS 6 22 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification 6 2 1 Jumpers JP2 to JP12 The M3A HS64G01 includes eleven jumpers Figure 6 2 2 shows the jumper assignments JP2 to JP12 From Table 6 2 1 to Table6 2 4 list the jumper settings JP7 JP6 3 1 H H DOE JP5 DOE JP9 JP11 JP10 HH DO JP4 DE JP8 Top view of the component side Figure 6 2 2 Jumper Assignments for M3A HS64G01 JP2 to JP12 Table 6 2 1 Multiplexed Pin Switch Jumper Setting JP2 JP5 and JP9 M D the character LCD connector J1 as the LCD data output pin iie 2 8 Connects the SD card slot J1 as the SDHI input output pin Connects to IEBus driver J37 as the IETxD output pin 2 IETxD PJ30 je to ROK572690C000BR 1 2 Connects to lEBus driver J37 as the IETxD
244. r IC VSYNC pin DV input Connected to the Video decoder IC HSYNC pin CN7 pin 9 N al PE5 SDA2 RxD5 DV HSYNC DV HSYNC CN11 pin B17 CN7 pin 12 76 PE6 SCL3 RxD6 PE6 Connected to the character LCD RS CNG pin 12 pin 17 PE7 SDA3 RxD7 PE7 Connected to the character LCD E pin CN6 pin 13 78 79 PVcc M SS ASEMD CC PLLVcc EXTAL Z Z M Non maskable interrupt 81 ASEMD ASE mode select H UDI 83 84 EXTAL Connects the system external clock to 13 33MHz lt O c 85 XTAL PLLVss PLLVss RES RTC X1 RTC X2 USBDPVcc USBDPVss XTAL Open 87 88 RES RTC X1 RTC_X2 Reset input CN7 pin 6 Connects the real time clock resonator 32 768 kHz to MCU 91 92 co wm lt lt USB differential D data USB differential D data VBUS input co IR NO 95 VBUS USBDVcc USBDVss REFRIN VBUS 97 REFRIN Connects a Reference input 5 6 k0 1 resistor USBAVss 100 USBAPVcc ISI 101 USBAVcc 102 USBAVss ne ay 103 USBUVcc AN PA Legend 3 3V power supply 1 25V power supply GND R20UT0159EJ0100 Rev 1 00 EN ESAS 4 5 Dec 07 2011 SH7269 CPU Board ROK572690C000BR Table 4 2 5 SH7269 Pin Functions 5 11 USBUVss USB_X1 USB_X2 VIDEO X1 VIDEO X1 VIDEO X2 VIDEO X2 DVAVcc DVAVss VIN1 VIN2 BIAS PH4 AN4 PINT4 PH5 ANS PINT5 LCD EXTCLK PH6 AN6 PINT6 PH7 AN7 PINT7 TRST Symbol Description USB X1 Ss the USB ex
245. r of bits of column address for area 3 A3COL 2 0 B 01 9 bits Refresh timer control status register RTCSR Initial value H 0000 0000 Recommended value H A55A 0010 e Clock select CKS 2 0 B 010 Bp 16 e Number of refresh RRC 2 0 B 000 1 Refresh time constant register RTCOR Initial value H 0000 0000 Recommended value H A55A 0041 The refresh request interval when the clock select is set to Bq 16 is as follows 1 cycle 240nsec 66 67MHz 16 4 167MHz Refresh request interval in this SDRAM 15 625 usec time 15 625usec 240nsec 65 0x41 cycles number of refresh 24 NESAS 2 25 SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions 2 3 4 NAND Flash Memory Interface The ROK572690COOOBR is designed to allow the user to install an NAND flash memory listed in the table below Refer to Table 1 6 1 for the component that can be installed NAND flash memory works at 8 bit mode and 3 3 V only single power supply The SH7269 NAND flash memory controller pins FLCTL are multiplexed with the data bus D15 to D4 pins and SD Host Interface SDHI channel 0 pin Set SW6 2 to OFF to connect these pins to NAND flash memory Figure 2 3 5 shows the NAND flash memory block diagram Table 2 3 9 lists the DIP switches setting SW6 2 Table 2 3 8 NAND Flash Memory Specifications Part Number Bus Size Capacity Access Time K9F2G08U0B PCBO 8 bit 256 MB 8 bit x 256 Mword x 1 Random 25 us max Page 25 ns max Data bus
246. r supply 1 25V power supply GND R20UT0159EJ0100 Rev 1 00 24 NESAS 4 12 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 4 2 3 M3A HS64G02 Module Availability 4 M3A HS64G02 Functions The following table shows which combination of modules can cannot be used Table 4 2 12 SH7269 Peripherals Serial flash memory 2 EEPROM o No M3A HS64G02 Module Availability ROK572690C000BR NMI switch IRQ1 switch ROK572690C000BR M3A HS64G02 DIP switches lt Character LCD lt D A Converter Ba peo Bela MER Y Ka KAW Rae AWA S pr Eos D ER o a canal RARA RARA Abd KARA TTS A Y NY Y L ES ro ANS LY YY Y gt 02 Edd viio mm Dese Ed sa asa Er T 5054 T al SORR RT Dr d LY N AEEA N N N Y Y N Y JG Y Y Y Y Mutis RIRIA RIRE ETRE Ty HIE EREE ETT ETT T Ty Tomy KRI IR TT Ty Y rara v v Exe xal ss e sr ever es d ean eve ew ve e na mamma pasapalos para DAELE AAE Bae Ed BBE N T H H ETET LY Y YT ITE EY Y Y Y Y px Y NARA Y o 2 BE Bile EIS y YY ARARA Y v v Y v v Rara 2E Y v v T KAA Kaka ur Dg 2 nl lO SIE 8 l A yy Ly Ly ry Ly by by ry LY LY LY BARBARA YY Y Y YY YY Ly Ly AA BARABA D RRR YY YY Ly Ly waka a PN LY wan Janv ROK572690C000BR RJ Eed lt ECEEEE E lt lt EEO E E S lt lt lt E ale IER lt lt lt E N LN N MAAM mM Y Y Y Y N
247. rns a ame BUE E sg c fui zje v JP10 is i s Ss r USB VBUS ame E ee power supply jumper 5 CE E E E Jie 1 US ME EN m a eli pd X 1 ST E AA a a a 851915 LL ln A O a EEE E E E Lm lt d eos z Z 560 k EE O 7 l y Sema ga Gips K5 7p 690CO00HRes ES e DLE 6006000000 0105 elkenien q a LL o lt o x 5 a 8 o 8 el lt o E E E E E O E 2 3 3 5 3 2 gt gt mal 5 gt a rel amp o X 5 A o a oa SU O 8 Q 5 5 z 5 o o a A a U LC o N 3 U ra ko o N o z gt HE Q o Q G o O o gt gt a D m LO 9 eo A a m D Ke 2 D i Q ono s C oa DL Lo oO 50 0 99 La 77 go 5 2 Figure 5 2 1 R0K572690C000BR Operating Components R20UT0159EJ0100 Rev 1 00 lt 2 AS 5 19 Dec 07 2011 SENEC SH7269 CPU Board ROK572690C000BR 5 R0K572690C000BR Operating Specification 5 2 1 Jumper JP4 to JP16 ROK572690C000BR includes thirteen jumpers Figure 5 2 2 shows the jumper assignments From Table 5 2 1 to Table 5 2 4 list the jumper setting for JP4 to JP16 JP11 PWRSEL JP12 3 3V PWRSEL 1 1 JP13 1 25V PWRSEL JP8 JP9 1 H 3 JP6 JP7 3 H H 3 Top view of the component side gt JP4 Figure 5 2 2 R0K572690C000BR Jumper Assignments JP4 to JP16 R20UT0159EJ0100 Rev 1 00 lt 2 AS 5 20 Dec 07 2011 KENES SH7269 CPU Board ROK572690C000BR 5 R0K572690C000BR Operating Specification Table 5 2
248. rol 3VCC ere 3VCC ki 0 1uF 25V 3VCC R28 R31 4 7kQ 47kQ U6 2 PK8 PWM2A SSISCKO __ gt MEA PWM1A LCD DO PWM1A OUT PWM25 gt SSISCKO 5 PWM1B LCD D1 BO PWM1B_OUT j PKoPwwoessmso gt p PWNHCILCD D2 AR mE a 6 gt SSIWSO 5 9 Porco gt Hus n ERIS gt PKO 5 B4 2 PK11 PWM2D SSITxDO gt PAD S al B5 SSITXDO 5 PWM1G LCD_D6 g B 8 L7 PWM1H LCD D7 L 10 B7 5VCC 3VCC 3VCC E B8 5VCC 5vcC J5 ADG774 D AAA i 17 voca voce je PE i 4 0 1uF 25V m A 0 1yF 25V 6 HD151015 7 ag T EH 40 3VCC les 11 0 1uF 25V EDEN po 1l 13 TP1_ IP2 TP3 TP4 3VCC po 1 o ENE H ee D s ET po 16 17 4 1 8 2 RADE gt in R38 Z R39 ESSEN RS C 2 PJo PWM2F ls PWM2F 4 70 gt 4 7kQ LL 20 2 PJ11 PWM2H PWMZH PWM2C A esae Ba O tuF 25V PWM2D e Paca PAR ees EE O B3 8 PWM2E L y 7 B PWM2F gt T ST gal cie 3VCC PWM2G Be ADG774 PWM2H 10 E 3VCC 3VCC el B8 BVCC 5vcCc R40 DIR G jii CP10 H vcca vecs iom 0 1uF 25V 0 1yF 25V 1 2 PWM 2 3 SD SSIF PORT GND HD151015 GND E M3A HS64G02 Renesas Solutions Corp DRAWN CHECKED DESIGNED APPROVED eben DK30762 SD Card Slot PWM CHANGE 1 00B Ver Audio Interface AUDIO CLOCK Driver 3VCC 3AVCC1 3VCC FB1 3AVCC1 C C CE13 CP12 CP13 CE14 10yF 16V 0 1uF 25V 0 1uF 25V 10uF 16V SHORT1 2 AUDIO XTAL gt AGND1 AGND1 3VCC 3VCC AGND1 CY2305SXC 1H
249. roller Area Network Two channels of the SH7269 RCAN TLI are connected to the CAN connector 3 pin 2 5 mm pitch on the M3A HS64G02 via the voltage level shifter and the CAN driver IC Note that only RCAN TL1 channel 2 can be used on the ROK572690C000BR RCAN TLI channel 2 pins are multiplexed with IRQ input pins and Video Display Controller 4 VDC4 pins Figure 4 8 1 shows the CAN interface block diagram Table 4 8 1 lists jumper settings JP8 and JP9 Table 4 8 2 and Table 4 8 3 list M3A HS64G02 jumper settings JP4 JP5 JP8 and JP9 Expansion connectors CN 1 CN7 Video signal input module Not used IEBus interface 3 3V o 3 V to 5 V level CAN driver CAN connector shifter U12 U13 HA13721 J14 B3B XH CANH CANH CANL CANL o o pi Jp7 o SH7269 U1 PJ30 SSIDATA5 IETxD P22 PJ29 SSIWS5 IERxD PJ21 DV DATA21 IRQ1 CTx2 22 5V to 3 V level CAN driver CAN connector shifter U14 U15 HA13721 J15 B3B XH JP11 CANH CANL 7 Note Pin names in red indicate the function used 77 DIP switches SW6 4 PJ21 PJ20 l PJ20 DV_DATA20 IRQO CRx2 2 l Figure 4 8 1 CAN Interface Block Diagram Table 4 8 1 R0K572690C000BR Jumper Settings JPS JP9 Number 1 2 2 3 JP8 Uses PJ21 as IRQ1 input
250. s and LEDs on the ROK572690C000BR Ports PHO to PH7 can be used as analog input pins ANO to AN7 Figure 2 6 1 shows the I O ports block diagram gt E Expansion connector CN3 SH7269 U1 S ae voy LED2 LED3 ANO ge PJ18 DV_DATA18 gt 3 3 V User DIP switches PJ19 DV DATA19 SW6 AVcc EM PJ16 DV DATA16 I slow AN1 AN e 2 PJ17 DV DATA17 LB o ne icd Pew AVcc cM AN2 a Ne A E AVcc ex AN3 Ne A AVcc S AN4 4 T a A SS AVcc E AN5 T Ne A AVcc ANG Ne A AVcc Note Pin names in red indicate the function used Figure 2 6 1 T O Ports Block Diagram R20UTO159EJ0100 Rev 1 00 ENESAS 2 32 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions 2 7 Interrupt Switches The ROK572690COOOBR includes two push button switches NMI switch and IRQI switch for the NRM and IRQI interrupt signals input from the SH7269 and a push button switch Test switch for test signals The Test switch is open to allow for connecting a desired pin Set JP8 to use IRQ1 switch Figure 2 7 1 shows the interrupt switches block diagram Table 2 7 1 lists the jumper setting JP8 3 3 V rm SH7269 U1 NMI switch m SW3 3 av E JP8 3 T e So 1 PJ21 DV_DATA21 IRQ1 CTx2 o E y 7 Note Pin names in red indicate the
251. sions Figure 6 3 1 shows M3A HS64G01 dimensions as the top view of the component side Figure 6 3 2 shows M3A HS64G01 dimensions as a perspective view lt Top view of the component side gt Unit mm 210 119 cooooloooolh TN uu UTU HTH preni s majno Ne m Tr 0000 Ta TA pod ri DE Bt s Nas s NN ze i aD NER O ED d rae PA ILI N EM 4 81 19 l Figure 6 3 1 M3A HS64G01 Dimensions R20UT0159EJ0100 Rev 1 00 ZENESAS 6 26 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification lt Perspective view of the component side gt Unit mm 0000 0000000 i 0000000000 0000000000 o me N l y o oo oo ando pm N m 50000000 ODOOOO OOOOOOO 00000000000000000000 BE BB ER BB oo oo oo on co om CE 0000000000000000 o ac cx pe B c c o oWo o o ln OOOBBU Boo 4 o0 050 902880 0 C G n 3 O f Don Oon 900 o0 o0 o0 OO L Figure 6 3 2 M3A HS64G01 Dimensions R20UT0159EJ0100 Rev 1 00 sZ NEZ S AS 6 27 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification This page is intentionally left blank R20UT0159EJ0100 Rev 1 00 ZENESAS 6 28 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification 7 M3A HS64G02 Operating Specification 7 1 M3A HS64G02 Connectors Figure 7 1 1 shows connectors assignments on M3A HS6
252. spec multi 1 purpose 12 IEBus connector B3B XH A J S T 2 5mm pitch 1 Manufacturing 13 CAN connectors B3B XH A J S T 2 5mm pitch 2 Manufacturing bo oa Rev 1 00 EN ESAS 1 15 SH7269 CPU Board ROK572690C000BR 1 Overview 1 12 M3A HS64G02 Configuration Figure 1 12 1 shows an example of the system configuration using the M3A HS64G02 optional board for graphic display Optional board for graphic display M3A HS64G02 UART lEBus 12 VDC output AC adapter PWM 3 A min Timer output IIC Speaker LCD module Vin Optical connector Note 1 These items cannot be used with the ROK572690C000BR Figure 1 12 1 Configuration Using the M3A HS64G02 R20UTO159EJO100 Rev 100 SNNN Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 1 Overview 1 13 M3A HS64G02 Board Specifications Table 1 13 1 describes the M3A HS64G02 board specifications Table 1 13 1 No Item 1 LCD 2 Video signal input 10 11 Audio PWM Timer output SD card interface CAN IEBus IIC Switches Board specifications R20UT0159EJ0100 Rev 1 00 Dec 07 2011 M3A HS64G02 Board Specifications Description Comes with following connectors to control an LCD module by the SH7269 on chip Video Display Controller 4 VDC4 e Flexible connectors for LCD module 2 e MIL spec connector for LCD module 1 30 pin Inputs the video signal in the SH7269 on chip VDC4 e AK8851
253. sub 9 pin e 20 pin MIL spec connectors SH7269 expansion connectors 5 Ports A C D F and H e 30 pin MIL spec connectors SH7269 expansion connectors 2 Ports B and G 40 pin MIL spec connector SH7269 expansion connector 1 Ports E and F e 40 pin half pitch connectors LCD output connector 1 DV input and PWM output connector 1 ENESAS ve SH7269 CPU Board ROK572690C000BR 1 Overview Table 1 3 2 SH7269 CPU Board Specifications 2 2 Item Description LEDs e Power supply LED 1 e User LEDs 2 Connected to the SH7269 I O port pins Switches jumpers e Reset switch 1 e NMI switch 1 e RQ1 switch 1 e Test switch 1 e System setting DIP switches 1 4 package e User DIP switches 1 6 package Board specifications e Dimensions 148mm x 148mm e Mounting form 6 layer double sided e Board thickness 1 6mm e Number of boards 1 R20UTO159EJO100 Rev 100 _ SL AE o MM Dec 07 2011 s LEC NEC S AS SH7269 CPU Board ROK572690C000BR 1 Overview 1 4 SH7269 CPU Board Exterior Figure 1 4 1 shows the exterior of the SH7269 CPU Board Figure 1 4 1 SH7269 CPU Board Exterior R20UT0159EJ0100 Rev 1 00 Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 1 Overview 1 5 SH7269 CPU Board Block Diagram Figure 1 5 1 shows the block diagram of the SH7269 CPU Board Pore H UDI port connector 38 14 pin e an Switches Interrupt DIP switches VBUS control USB
254. t M34 HSh4 G02 AMcc 3 3 V analog ADC PS AG 3 3 V analog USB IO PS AVref 3 3 V analog ADC reference PS JVCC 3 3 V digital PLL3V 3 3 V analog PLL P amp OW3w 3 3 V analog Video decoder PS LIA 1 2V 1 25 V analog USB core PS Figure 4 16 1 Power Supply Module Block Diagram R20UTO159EJ0100 Rev 100 Denicence 4 30 Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions This page 1s intentionally left blank R20UTO159EJ0100 Rev 100 Denicence AAG Dec 07 2011 ENESAS SH7269 CPU Board ROK572690C000BR 5 R0K572690C000BR Operating Specification 5 R0K572690C000BR Operating Specification 5 1 Connectors Figure 5 1 land Figure 5 1 2 show the connectors for the ROK572690COOOBR connector Expansion connector 5V power supply connector J6 5V input AC adapter ON gt OFF A2 MH3 A MH4 r2 nem OUS Ecu Bl pzo R128 CNO cusam eci 3 om AY 1 k d Tre 8 A20 R129 TP cost enen E ACIE z 45 000 Role Bars B B BE e ce mp E T w 5 9r e sm H NH N5 8 m R102 Eg EEE l E S zapa LEDRI O f zd os ER Duo com J11 RCA connector mm ioo F 3 CEN 53 Om OLTE n A LLL aig 1 mm 574 zi E l H mmj LE R88 E AE zm EE ptt PWRSEL us ugue JE DEM CE TP5 EE Ri eir EPs S Ds J12 RCA connector EH LOLE 70 K mn El pa
255. t AE i et e 2 2 EE as SA CS 1 P tion d B RI V HR gor S ee Nau e C2 dg M Sen l EER 2 mr PN PN PN PN PN PN PN PN PN ON T gs T QI Y Bs vm 4 w y 00000000000000 va Ye Bos RR t e e BA B n aes apa m O o Ao o o Jo Uo Uo Bs LE DD F o 0 0 F0 O Of 0 72 0 99 e milal 0000000000 O mk f LU Figure 6 1 1 M3A HS64G01 Connectors R20UT0159EJ0100 Rev 1 00 ZENESAS 6 1 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification 6 1 1 Connectors to ROK572690C000BR CN1 CN3 CN6 CN7 and CN9 The M3A HS64G01 includes MIL spec connectors CN1 CN3 CN6 CN7 and CN9 for connecting to ROK572690C000BR Figure 6 1 2 shows the connector pin assignments From Table 6 1 1 to Table 6 1 6 list their descriptions lt Top view of the component side gt 20 CN6 2 y 0000000000 00000000086 k 0 CN9 2 40 CN7 2 O00000 00000000 0 O0O0O000 000 00000 000000 O0O0O000000 00000 6 O0O0O0000 00 00 0000 0000 6 29 1 39 1 Figure 6 1 2 Connector Pin Assignments CN1 CN3 CN6 CN7 and CN9 R20UT0159EJ0100 Rev 1 00 ZENESAS 6 2 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 6 M3A HS64G01 Operating Specification Table 6 1 1 Connector Pin Descriptions 1 CNI Pin No Signal Name Pin No Signal Name 1 PJ11 DV_DATA11 LCD_DATA11 PI
256. t MOGOULC da ccidia 4 26 4 6 SOCA INET ICE AAA IER 4 27 4 7 UAR Biel 1 so 2 T 4 29 4 8 OU i a Te EEE 4 30 4 9 IE BSS er iii 4 31 4 10 BANEN IBICRDICO ea 4 32 4 11 MICA Td a CT EE NE 4 34 4 12 VOR rennende denderende reader nanda 4 35 4 13 AAA O NO CU O A 4 36 4 14 rece Mod Mes WE 4 37 4 15 O RR 4 38 4 16 PONES ON o eaanne 4 39 5 ROK572690C000BR Operating Specification eee e e e eee ee 5 1 5 1 COMME COS obstet vetet besito i o tit L 5 1 5 1 1 USB Connectors CTHoand I2 sss eden A A A AA Oca te sub E A b DNE 5 3 5 1 2 H UDLEPort Connector Spa liada iba 5 5 5 1 3 SV Power Supply Connector JA osonro A ea tau EE T E 5 6 5 1 4 SV E eT A Capter Jack JO usina EEE 5 7 SLS FEUDI Port Connector Opn Testa a E pedem 5 8 5 1 6 BS 292C One SLO eve r TT eer em T E T O OO 5 9 5 1 7 Expansion Connector CNI CN3 to CN B a a 5 10 3 2 RO0K572690C ODOBR Operating C OmpOTe DES oed sonent Reuse one and 5 19 524 Jumper CPA To UP O see NT A A andes 5 20 R Swatehand Bim BTT 5 22 959 ROR572690CO000BR DIMenSionS dE ae US qeu A A eee ub qeu eto ente Ves eee 5 24 6 RT e Te EIR Operating Eeee nie 6 1 6 1 MA HS646U DIC ONCE LTH 6 1 6 1 1 Connectors to ROK572690C000BR CN1 CN3 CN6 CN7 and CNO9 n en 6 2 6 1 2 Character LCD Module Connector J1 sss 6 6 6 1 3 ID IG M OT par ME 6 7 6 1 4 Line out Pin Jacks J3 J6 and J8 cecccccccccccccccccccssccccccessccceccesssccccceessccceseessssccecsesstsseseeesatsceseessasscesensaes 6 8 6 1 5 Microphone Input P
257. t aa CN4 Expansion connector g ga m ly ES Ray gt uM Wo OW OFF oP 30 RESTE HH 2 4 BOOT MD eee K E 8 EE MADE IN JAPAN iB nd d seal H7269 CPU Board ee vil ja DK30867 in e mers EENS H5 a un HE TE SRB imi ESE i E Eus ee Jy Te ce e connector AE E o ee Sgr wal cP75 m mj sl LR Zw RTS BA o Im m ine 2 e ts Welk BE 3 ma sss famo i J3 IPS H UDI port m m R29 M e sa BR 9 c CP96 38 pin g g CP7 Em cr97 BR pos I Ejes TATI TT TT end B eee kane k eee ERE connector v 2 2 1 4 pin 1 cov mm Gimur TF 0028 28 U7 e 1 AAN T EP H p r p EN tarn LE HET en SHG HI E COCO Lz m Li lt gt um f RA RA2 3 J1 USB series A receptacle 55mm 1 e D M E RA4 C1 a amp css mcs w RRR RRR Expansion connector Figure 5 1 1 ROK572690C000BR Connector Assignments Top view of the component side R20UT0159EJ0100 Rev 1 00 lt 2 AS 5 1 Dec 07 2011 KENES SH7269 CPU Board ROK572690C000BR 5 R0K572690C000BR Operating Specification ROK572690C000BR DK30867 SH7269 CPU Board MADE IN JAPAN J13 T OCENESAS SD card slot m m AS um ATTENTION cor Super SH2A FL R 876 5 88 2 1 9 H e eo R48 sa R53 gm wR e CN1 Expansion connector CE7 CP39 CP13 CP11 CP42 CP35 CP4OCPIO CPS CP43 CP36 CP
258. ter 2 CAN interface BY 3Vto5Vlevel IEBus driver IEBus connector SH7269 U1 shifter U13 U37 HA12187 J15 BAB XH PJ30 H B S1 BUS BUS PJ30 SSIDATAS IETxD LEZ La ALE 3 Rout BUS MEN BUS PJ29 SSIWS5 IERxD 29 ho S PJ21 DV DATA21 IRQ1 CTx2 PJ20 DV DATA20 IRQO CRx2 5 V to 3 V level Note Pin names in red shifter U15 indicate the function to be set 77 DIP switches SW6 4 PJ21 PJ20 Figure 3 9 1 IEBus Interface Block Diagram Table 3 9 1 R0K572690C000BR DIP Switches Setting SW6 4 Number Function OFF High ON Low SW6 4 Connected to the IEBus Interface Connected to D A Converter 2 default Note Shading indicates the function to be set Table 3 9 2 Jumper Settings JP5 JP9 Number 1 2 2 3 JP5 Selects IETxD IEB Selects PJ30 RCAN TL1 pin default 7 JP9 Selects IERxD IEB Selects PJ29 RCAN TL1 pin default Notes 1 This setting is invalid on the ROK572690C000BR 2 Shading indicates the function to be set R20UTO159EJ0100 Rev100 Denicence I O UA Dec 07 2011 ZENESAS SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions 3 10 lO Ports The SH7269 I O ports are connected to switches and LEDs on the M3A HS64G01 To use ports PHO to PH3 as key input switches 4 switches x 4 inputs via an A D Converter ADC set the ports as analog input pins ANO to AN
259. ternal clock to 105 106 USB X2 um Connects the digital video decoder external clock to MCU 110 111 112 113 114 115 116 117 Analog video signal input Analog video signal input VIN1 VIN2 BIAS 118 119 TRST aha Initialization signal input pin Break mode acknowledge 130 ASEBRKAK ASEBRK ASEBRK it 131 132 133 DO TDI TMS 134 TCK Test clock 135 Vss m 136 PGO D16 LCD DATAO LCD DATA Connected to LCD module DO pin IRQO TIOCOA 137 138 PG1 D17 LCD DATA1 IRQ1 TIOCOB LDC DATA Connected to LCD module D1 pin Vss 140 PG2 D18 LCD DATA2 LCD DATA Connected to LCD module D2 pin IRQ2 TIOCOC 2 Legend 3 3V power supply 1 25V power supply GND R20UT0159EJ0100 Rev 1 00 24 NESAS Dec 07 2011 Top reference voltage Bottom reference voltage Reference voltage 4 M3A HS64G02 Functions Expansion Connector CN10 pin A19 CN10 pin B20 Connects a 24 kQ 1 resistor CN3 pin 4 CN3 pin 3 CN3 pin 8 CN3 pin 7 CN3 pin 12 CN11 pin B18 CN3 pin 11 CN11 pin A19 CN3 pin 16 CN11 pin B19 CN3 pin 15 CN11 pin A20 CN9 pin 2 CN10 pin A1 CN9 pin 1 CN10 pin B1 CN9 pin 4 CN10 pin A2 4 6 SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions Table 4 2 6 SH7269 Pin Functions 6 11 Symbol Description Expansion A AA A Haa ANV A Grae anns Ed AUDIO X1 AUDIO X1 Connects the audio external clock 11 2896 MHz
260. ther DV or PWM can be used ac eo O O O O O O LO CN N LO NC O ad RSPI RSPI H UDI H UDI AUD VDC4 VDC4 skkm switten kE Nor flash memory skikke sjy kkk lt E lt SMERE JEE lt ONDOJ E GM RO0UTOIS9EJO100 Rev 100 T T C Dec 07 2011 ZENESAS SH7269 CPU Board ROK572690C000BR 2 2 4 SH7269 Multiplexed Pins Used on the ROK572690C000BR 2 ROK572690C000BR Functions Table 2 2 12 to Table 2 2 25 list the SH7269 multiplexed pin functions used on the ROK572690C000BR These multiplexed pins are set as port input pins by default Set the MD bit in the Port control register to use the SH7269 peripheral functions except I O ports Table 2 2 12 SH7269 Multiplexed Pin Functions BSC1 Peripheral Pin Name SH7269 Port Control Register Function Register MD Bit Setting Name BSC CSO PCCRO PCOMD B 1 CS3 PCCR2 PC8MD 2 0 B 001 RD PCCRO PC1MD B WEOZ DQMLL PCCRO PC3MD 1 0 B 01 WE1 WE DQMLU PCCR1 PC4MD 1 0 B 01 RAS PCCR1 PC5MD 2 0 B 001 CAS PCCR1 PC6MD 2 0 B 001 CKE PCCR1 PC7MD 2 0 B 001 RD WR PCCRO PC2MD 1 0 B 01 A24 PFCR3 PF13MD 2 0 B 001 A23 PFCR2 PF8MD 2 0 B 001 A22 PBCR5 PB22MD 2 0 B 001 A21 PBCR5 PB21MD 1 0 B 01 A20 PBCR5 PB20MD 1 0 B 001 A19 PBCR4 PB19MD 1 0 B 001 A18 PBCR4 PB18MD 1 0 B 001 A17 PBCR4 PB17MD 1 0 B 001 A16 PBCR4 PB16MD 1 0 B 001 A15 PBCR3 PB15MD 1 0 B 001 A14 PB
261. tical Connector J6 Table 7 1 11 Assignments of the Optical Connector J6 Pin No Signal Name Pin No Signal Name 3 3V 1 GND 2 TX for optical output on D A converter NC 5 NC or R20UT0159EJ0100 Rev 1 00 2 AS 7 10 Dec 07 2011 4S NES SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification 7 1 7 Line out Pin jack J7 M3A HS64G02 includes a line out pin jack J7 Figure 7 1 8 shows the deployment of the pins of line out pin jack Table 7 1 12 lists their descriptions lt Top view of the component side gt Figure 7 1 8 Diagram of Line out Pin Jack J7 Table 7 1 12 Assignments of Line out Pin Jack J7 Pin No Signal Name Pin Na Signal Name 1 GND 2 AOUTL L pin for analog output on D A converter 3 AOUTR R pin for analog output on D A 4 NC converter R20UT0159EJ0100 Rev 1 00 2 AS 7 11 Dec 07 2011 SENES SH7269 CPU Board ROK572690C000BR 7 M3A HS64G02 Operating Specification 7 1 8 RCA Connector J8 M3A HS64G02 includes an RCA connector J8 Figure 7 1 9 shows the deployment of the RCA connector pins Table 7 1 13 lists their descriptions lt Side view gt lt Top view of the solder side gt Figure 7 1 9 Diagram of RCA Connector Pins J8 Table 7 1 13 Descriptions of RCA Connector Pins J8 Pin No Signal Name Pin Na Signal Name 1 GND 2 AIN2 analog input pin for a video decoder R20UT0159EJ0100 Rev 1 00 44 NE SAS 7 12 Dec
262. tions 4 13 Interrupt Switches The M3A HS64G02 includes two push button switches SW2 and SW3 for the interrupt signals input however these switches are connected to general purpose input port Use the push button switch SW4 IRQI switch on the ROK572690C000BR to input the interrupt signal from the SH7269 Set jumpers JP1 and JP2 on the M3A HS64G02 to use SW2 and SW3 on the M3A HS64G02 and remove resistors R42 and R43 on the ROK572690C000BR to avoid the EEPROM malfunction Figure 4 13 1 shows the interrupt switches block diagram Table 4 13 1 lists the M3A HS64G02 jumper settings JP1 and JP2 Expansion connector CN 33 SH7269 U1 IRQ2 switch SW1 i PE2 SCL1 ds 3 IRQ3 switch SW2 PES SDA1 3 EEPROM U6 D A Converter IIC pin Figure 4 13 1 Interrupt Switches Block Diagram Table 4 13 1 M3A HS64G02 Jumper Settings JP1 JP2 Number 1 2 2 3 JP1 IIC3 mode Set PE2 as SCL1 output pin IRQ mode Set PE2 as the general purpose input pin default JP2 IIC3 mode Set PE3 as SDA1 I O pin IRQ mode Set PE3 as the general purpose input pin default Note Shading indicates the function to be set R20UTO159EJO100 Rev 1 00 24 NESAS 4 36 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions 4 14 Clock Modules Provide following clocks with the SH7269 on the ROK572690C000BR
263. to MCU 145 ED oe LCD DATA3 Connected to LCD module D3 pin CN9 pin 3 IRQ3 TIOCOD CN10 pin B2 046 Vee a HS 147 PG4 D20 LCD_DATA4 LCD DATA4 Connected to LCD module D4 pin CN9 pin 6 B4 IRQA TIOC1A CN10 pin B3 bli lili a 0 LAN IRQ5 TIOC1B CN10 pin A4 ME L eae NN IRQ6 TIOC2A CN10 pin B4 e a IRQ7 TIOC2B CN10 pin B4 PJO DV DATAO Glas to the character LCD CN7 pin 15 SW6 3 OFF pin DV_DATAO DV input CN11 pin A6 152 Connected to the Video decoder CN7 pin 17 SW6 3 ON IC DO ne 153 PJ1 DV_DATA1 PJ1 ES to the character LCD pin 16 EE 3 OFF LCD DATA1 SD WP 1 DB6 pin PWM1B SD WP 1 Connect to the SD card slot WP DV_DATA a TT CNi1 pnBe IC D1 pin 154 vss 0 O o o PINTO TIOC3A CN 10 E A6 ir po LCD DATAO SD CD 1 PWM1A 156 Vcc LCD DATA2 SD D1 1 DB5 pin PWM1C SD D1 1 Gae to the SD card slot NE DVinut Nt pn A0 HHE to the Video decoder CN7 pin 19 SW6 3 ON el 158 PJ3 DV DATA3 to the character LCD LCD_DATA3 SD DO 1 l pin PWM1D SD DO 1 SNES to the SD card slot EM a DV DATA3 DV input CN11 pinB9 Connected to the Video decoder CN7 pin 22 SW6 3 ON IC D3 pin 157 Legend 3 3V power supply 1 25V power supply R20UT0159EJ0100 Rev 1 00 EN ESAS 4 7 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 4 M3A HS64G02 Functions Table 4 2 7 SH7269 Pin Functions 7 11 Tm Dep e emp Connector LC D DATA4 SD CLK 1 PWMIE DV_DATA4 DVinut HRL A
264. to connect these pins to NOR flash memory Figure 2 3 1 shows the NOR flash memory block diagram Table 2 3 2 lists the jumper setting JP4 Table 2 3 3 lists the jumper setting JP5 Table 2 3 1 NOR Flash Memory Specifications Part Number Bus Size Capacity Access Time S29GL256P90TFIR1 16 bit mode 32MB 16 bit x 16 Mword x 1 90ns R20UT0159EJ0100 Rev 1 00 EN ESAS 2 20 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 2 ROK572690C000BR Functions NAND flash memory Serial flash memory 1 S29GL256P90TFI U4 SH7269 U1 2 32MB Serial flash memory 2 PD15 PD4 D15 to D4 DQ15 DQ4 PD3 PDO D3 to DO DQ3 DQO PF13 A24 PF8 A23 PB22 A22 CS4 PB21 A21 PB20 A20 QMI_0 QIO1_0 MISOO SPBMI_0 SPBIO1_0 PB19 A19 QMO_0 QI00_0 MOSIO SPBMO O SPBIOO 0 PB18 A18 QSSL_0 SSLO0 SPBSSL A17 PB17 A17 QSPCLK O RSPCKO SPBCLK PB16 A16 QIO3 0 SPBIOS3 0 A15 A18 A16 PB15 A15 QIO2 O SPBIO2 0 A14 PB14 A14 QI03_1 SPBIO3_1 A13 PB13 A13 QIO2 1 SPBIO2 1 A12 PB12 PB1 A12 to A1 A11 A0 CER PCO CSOZ MD BOOT2 PC1 RD OE RY BY PC3 WE0 DQMLL WE RESET WP ACC BYTE Note Pin names in red indicate functions used Figure 2 3 1 NOR Flash Memory Block Diagram Table 2 3 2 Jumper Setting JP4 Number 1 2 None Open JP4 Uses PB18 as QSSL_0 SSLOO output pin Uses PB18 as A18 output pin default Note Shading indicates the function t
265. upply GND R20UT0159EJ0100 Rev 1 00 sENESAS 3 2 Dec 07 2011 SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions Table 3 2 2 SH7269 Pin Functions 2 11 ro m ee Connector 25 PBS ASTIOCIA A5 Addressbus CN4pin22 A o Ooo PANA A a o ES 28 PBZ ATITIOC2A A7 Addressbus CN4pin20 A a d 30 PB amp A8TIOC2B A8 Addressbus GN pin 19 EA a DE ONSET NN 32 PB9 A9TIOC3A A9 Addressbus GN RRR 33 PB10 A10 TIOC3B A10 Addressbus gt gt gt CN amp pini7 34 Peiarimoc3o Al Addressbus CN4pinta ENT MENTO UAE ET PJ19 DV_DATA19 PJ19 Connected to LED3 as user Es CN11 pin A12 m LCD DATA19 MISOO FE 2 TIOCOD SIOFRxD DV DATA19 DV DVinpt AUDIO XOUT AUDIO XOUT Connected to DAC U11 U12 CN7 pin 40 MCKI pins EE A A A A SEE PJ20 DV DATA20 IRQO Connected to CD deck BLKCK pin CN7 pin 8 JP9 1 2 LCD DATA20 LCD TCON3 DV DV DATA2O ip DV input 00 CN11 pinB4 CN11 pinB4 B4 JP9 2 3 IRQO CRXx2 CRxO CRx1 CRx2 ERE Connected to the CAN driver IC CN1 pin 17 adi aa bus EE pin 12 QIO2 1 Connected to serial flash memory mn 2 102 EA PJ21 DV_DATA21 IRQ1 switch re ss JP8 1 2 LCD DATA21 LCD TCON4 DV DATA21 DV input CN11 pinA14 JP8 2 3 IRQ1 CTx2 CTx08 CTx18CTx2 CTx2 Connected to the CAN driver IC CN1 pin 18 U16 PJ22 DV_DATA22 DV DATA22 DV input CN11 pin B44 LCD DATA22
266. variable resistor VR2 for LCD backlight adjustment SH7269 PJ7 to PJO pins are multiplexed with VDC4 pins on the ROK572690CO000BR and the module to use is specified by SW6 3 on the ROK572690C000BR On the M3A HS64G01 PJ7 to PJO pins are multiplexed with the SDHI pins Figure 3 3 2 shows the character LCD module block diagram Table 3 3 1 lists the DIP switches setting SW6 3 Table 3 3 2 lists the jumper setting JP2 Expansion connectors CN6 CN7 8 Device which is connected to the SSIF SH7269 U1 DV or SD U22 LCD or SD U1 PJ7 DV DATA7 SD D2 1 PWM1H PJ6 DV_DATA6 SD_D3_1 PWM1G PJ5 DV_DATA5 SD_CMD_1 PWM1F PJ4 DV_DATA4 SD_CLK_1 PWM1E PJ3 DV DATA3 SD DO 1 PWM1D PJ2 DV DATA2 SD D1 1 PWM1C PJ1 DV DATA1 SD WP 1 PWM1B PJO DV DATAO SD CD 1 PWM1A PE6 SCL3 RxD6 PE7 SDA3 RxD7 7 DIP switches SW6 3 PJ25 SSIWS4 PJ24 SSISCK4 PJ30 SSIDATAS IET xD PJ29 SSIWS5 IERxD PJ28 SSISCK5 PF12 SSIDATA1 PF11 SSIWS1 PF10 CS1 SSISCK1 Note Pin names in red indicate the function used Figure 3 3 2 Character LCD Module Block Diagram R20UT0159EJ0100 Rev 1 00 Dec 07 2011 s LEG NEZ S AE SH7269 CPU Board ROK572690C000BR 3 M3A HS64G01 Functions

SH7269 CPU Board R0K572690C000BR User`s Manual

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