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SH7239 CPU board R0K572390 User`s Manual

Contents

1. 1 2 3 4 5 H UDI Interface voc 24 5 D 15 0 E S d da RAS R237 R28 RAG R29 245 Ansi gt M5M5256DVP 70G _ ALORS OKO 1OKO ATOKO 10KQ vw me H UDI AUD U2 RENESAS gt 1 UVCC NC i l L2 uvee AUD NO H BDE 4 NC 2 4 PB17 AUDCK lt gt 8 AUDCK Nc HA i 24 PB20 AUDATAO lt gt 20 AUDATAO NC i 24 PB21 AUDATA1 lt gt 28 AUDATA1 Nc E i 24 PB18 AUDATA2 lt lt gt 64 AUDATA2 Nc H R 2 4 PBI9 AUDATA3 gt 24 AUDATA3 Nc 22 i NC i 2 4 PB16 AUDSYNC lt gt q AUDSYNC NC NC 24 5 PB4 A20 IRQ4 SCK3 TIOCODWAIT BACKIBSTOK lt 1 TOK Nc L t 2 4 5 PBO A16 IRQO TIOC2A TMS TMS NC i 24 5 PB1 A17 IRQOUT ADTRG TIOCOA IRQ1 TRST lt _TRST NC vec l 2 4 5 PB2 A18 RO2 RXD3 TIOCOB BACK TDI S TDI Nc H3 i 24 5 PB3 A19 IRQ3 TXD3 TIOCOC BREQ AH TDO _ gt TDO NC LRI DAL E 2 4 FWE ASEBRKAK ASEBRK 7 _ASEBRAK NC 245 PAtZIRDR gt l 2 5 RESET gt RES NG pe 24 5 PAI6WRL 3 lt a 8 24 5 PA15WRH gt i Foi Mo0 MDO NS g M5M5256DVP 70G Su FRAME FENO ASEMDOR 24 U3 RENESAS E i 777 AMP 2 5767004 2 le H UDI 38PIN Il l l l f 1 HOO 2 E 00 OO l OO i i 00 OO i RES 13 OO 14 Samtec H
2. D u vcc lt gt DI15 0 3 4 5 e ES a B 15 1 4 vec s Bv ES Ais 345 ed BA A ARAL Clock Module SH7239 Tre oar u1 3 N RENESAS 5 EXTAL gt eNe ot e e AVREF AVCC a a 99999 gt SEA AT ES Set PERDE n ae PDIDI a 0 1HF 0 1uF AVREF PD2 D2 TIC5U RXD2 E 55 4 ROK572390C020BR AtVCC 5V 100MHz CXZ49GFB12500HOPESZZ 0 1uF T O4uF CP4 CP5 AVREF PD3 D3 TICSV TXD2 254 e rope AVREFVSS PD4 D4 TIC5W SCK2 Ea AVREFVSS PD5 D5 TIC5US LEA ROK572390C000BR At VCC 3 3V 160MHz CXZ49GFB10000HOPESZZ AVSS PD6 D6 TICSVS E 577A K mies eozrmesws espa 8 Aw Y PD8 D8 TIOCSAS AUDATAO 8 554 so H PD9 D9 TIOCICSIAUDATA 894 EE voc PD10 D10 TIOCBS AUDATA2 LRT Non TATA 3 4 5 PFO ANO PFO ANO PD11 D11 TIOCZDS AUDATA3 SC MW 3 45 PF1 AN1 PF1 AN1 PD12 D12 TIOC4AS AUDSYNC E IES ARKO Si 3 4 5 PF2 AN2 PF2 AN2 PD13 D13 TIOC4BS AUDCK 85 x 5 S 3 4 5 PF3 AN3 PF3 AN3 PD14 D14 TIOC4CS Ly EW E i 3 45 PF4 AN4 PF4 AN4 PD15 D15 TIOC4DS Nara o TA 3 4 5 PF5 AN5 PF5 AN5 N H Z MS 34 5 PFG ANG PEG ANG PA17 AD gt PAI7 RD 3 45 La SSV 3 4 5 PF7 AN7 PF7 AN7 PA16 WRL gt PA16 WRLit 3 4 5 Azo a 3 4 5 PF8 AN8 PF8 AN8 PA15 WRH gt PA15WRH 3 4 5 z fo 3 4 5 PF9 AN9 PF9 AN9 o 3 4 5 PF10 AN10 PF10 AN10 PCO A0 POEO IRQ4 C 7 PCO AO POEO IRQ4 4 5 aie cba B 80 3 45 PF11 AN11 PF11 AN11 7 T oiuF B
3. 10kQ 2200 e H User switch SW2 d IRQ3 drain IRQ3 SH7239 29 VSS VCC VOC E sol PCO AO POEO IRQ4 10k0 47kQ e 78 PC1 A1 ADTRG e PA9 IRQ3 TCLKD CS3 SSLO SCKO 2200 00 87 Pl NMI User switch SW1 Open NM T drain Application header JA1 VSS 8 kas e ADTRG 00 23 e IRG3 M2 HSINO Application header JA2 24 pl M1 POE e NMI Application header JA3 1 AO 2 Al pv 27 VVI CS3n 00 Not installed Reset module Figure 2 9 Switch Block Diagram R20UT0297EJ0100 Rev 1 00 a2 AS 2 14 Nov 08 2010 KENES SH7239 CPU Board ROK572390 2 Functions 2 10 LEDs and Potentiometer The ROK572390 includes a power LED POWER a boot mode LED BOOT and four user LEDs LEDO to LED3 The POWER indicates the CPU board is ON The BOOT indicates that the MCU is in boot mode FWE H The SH7239 PE12 to PE15 pins control user LEDs Also the ROK572390 includes a potentiometer which is connected to ANS pin of the SH7239 A D Converter Figure 2 10 shows LED and potentiometer block diagram voc LEDO SH7239 lt Green 11 e PE12 TIOC4A LED1 a Orange 12 e e PE13 TIOC4B MRES LED2 A Red 4 oj 13 PE44 DACKO TIOCAC LED3 V Red 14 e e LT e PE15 DACK1 TIOCAD IRQOUT AVCC POWER VRI va 112 Green FTN 10 kO PF8 AN8 A 00 AVSS Application header JA1 VSS LO Oa 00 Not installed Not installe
4. PB4 A20 IRQ4 SCK3 TIOCOD WAIT BACK BS TCK 9 NC NC PA18 CK PAO RXDO CSO CRxO IRQA PB4 A20 IRQ4 SCK3 TIOCOD WAIT BACK BS TCK PA15 WRH PA16 WRL NC NC Notes 1 These pins are connected to through holes via zero ohm resistors installed by default 2 These pins are connected to through holes via zero ohm resistors NOT installed by default 3 These pins are connected to through holes via zero ohm resistors NOT installed by default As these pins are multiplexed with H UDI JTAG signals these pins cannot be used when using the emulator R20UTO297EJO100 Rev 1 00 a2 AS 3 6 Nov 08 2010 ENES SH7239 CPU Board ROK572390 3 Operating Specifications Table 3 5 lists the pin descriptions for JA Table 3 5 JA 5 Pin Descriptions Signal Name Pin Function Used PF4 AN4 PF5 AN5 PF6 AN6 PF7 AN7 PA1 TXDO CS1 CTx0 IRQ5 PAO RXDO CSO CRxO IRQ4 NC NC IRQ4 TIOC1A PE1 TIOCOB TIOC4BS TENDO TIOCOB PA1 TXDO CS1 CTx0 IRQS 1 IRQ5 PE2 TIOCOC TIOC4CS DREQ1 TIOCOO PD9 D9 TIOC3CS AUDATA1 Y TIOC3CS PD5 D5 TIC5US TIC5US PE4 TIOC1A SCK3 POE8 IRQ4 TIOCIA PD6 D6 TIC5VS T TIC5VS PE6 TIOC2A TIOC3DS RXD3 TIOC2A PD7 D7 TIC5WS TIC5WS PE3 TIOCOD TIOC4DS TEND1 TIOCOD PD8 D8 TIOC3AS AUDATAO I TIOC3AS PC8 A8 CRx0 RXD0 POE4 PC14 A14 IRQ1 TCLKC PC15 A15 IRQ2 TCLKD PD10 D10 TIOC3BS AUDATA2 TIOC3BS PD11 D11 TIOC3DS AUDATA3 TIOC3DS PD12 D12 TIOC4AS AU
5. Figure 2 5 Serial Port Block Diagram R20UT0297EJ0100 Rev 1 00 a2 AS 2 6 Nov 08 2010 ENES SH7239 CPU Board ROK572390 2 Functions 2 5 UO Ports All SH7239 signals are connected to common ring connectors on the ROK572390 Most of the I O ports are connected to application headers Table 2 3 to Table 2 6 list I O port functions Some I O ports are also connected to devices I O connectors switches and LEDs For details refer to chapter 3 Operating Specifications Table 2 3 I O Port Functions 1 4 SH7239 Common ring Application header connector Pin Name J2 J3 JA3 JA5 JA6 Function WDTOVF WDTOVF PE7 TIOC2B UBCTRG RXD2 SSL1 RXD2 PE8 TIOC3A SCK2 DREQ2 SSL2 SCK2 TIOC3A VCC VSS PB16 AUDSYNC PB17 AUDCK PE10 TIOC3C TXD2 DREQ3 SSL3 TIOC3C TXD2 PE9 TIOC3B DACK2 TIOC3B PE11 TIOC3D DACK3 TIOC3D PE12 TIOC4A TIOC4A PE13 TIOC4B MRES TIOC4B PE14 DACKO TIOC4C TIOC4C DACKO PE15 DACK1 TIOC4D IRQOUT TIOC4D VSS PEO TIOCOA TIOC4AS DREQO TIOCOA DREQO PE1 TIOCOB TIOC4BS TENDO TIOCOB TENDO PE2 TIOCOC TIOC4CS DREQ1 TIOCOC PES TIOCOD TIOCADS TEND1 TIOCOD PE4 TIOC1A SCK3 POE8 IRQ4 TIOC1A IRQ4 SCK3 PE5 TIOC1B TIOC3BS TXD3 TIOC1B TXD3 PE6 TIOC2A TIOC3DS RXD3 TIOC2A RXD3 PA17 RD VCL VSS PA18 CK PA16 WRL PA15 WRH Notes 1 Brackets indicate the signals connected to the CPU pin via a de
6. 2 2 CPU The ROK572390 includes following two models according to the MCU product lineup 2 Functions e ROK572390C000BR SH7239A MCU 3 3 V CPU clock 160 MHz max peripheral clock 40 MHz max e ROK572390C020BR SH7239B MCU 5 0 V CPU clock 100 MHz max peripheral clock 50 MHz max The SH7239A and SH7239B MCUS have 512 KB of flash memory 32 KB of FLD and 64 KB of RAM to support various applications such as data processing and equipment control Figure 2 1 shows the SH7239 block diagram on the ROK572390 Clock System control GPIO Serial port connector AID H UDI port connector Mode setting DIP Switches SH7239 26 88 87 E A lt 16 lt 47 sM lt 18 gt 19 SN 9 A 10 2 21 8 3 S di EXTAL XTAL PA18 CK RES NMI WDTOVF PEO TIOCOA TIOC4AS DREQO PE1 TIOCOB TIOC4BS TENDO PE2 TIOCOC TIOC4CS DREQ1 PE3 TIOCOD TIOC4DS TEND1 PE9 TIOC3B DACK2 PE11 TIOC3D DACK3 PE4 TIOC1A SCK3 POE8 IRQ4 PE5 TIOC1B TIOC3BS TXD3 PE6 TIOC2A TIOC3DS RXD3 PE8 TIOC3A DREQ2 SCK2 SSL2 PE12 TIOC4A PE13 TIOC4B MRES PE14 DACKO TIOC4C PE15 DACK1 TIOC4D IRQOUT PE7 TIOC2B UBCTRG RXD2 SSL1 PE10 TIOC3C DREQ3 TXD2 SSL3 PFO ANO PF1 AN1 PF2 AN2 PF3 AN3 PF4 AN4 PF5 ANS PF6 AN6 PF7 AN7 PF8 AN8 PF9 AN9 PF10 AN10 PF11 AN11 PF12 AN12 PF13 AN13 PF14 AN14 PF15 AN15 PB16 AUDSYNC PB17 AUDCK PB18 AUDA
7. AVCO a i REYE 34 l 35 1 6 l 36 1 I I IE R71 L3 ame P FFC 36BMEPIB Honda ENNS S 00 BLM21PG300SN1 MURATA AVCC AVREF 0000000 8 a 2 3 PB18 AUDATA2 es g l 2 3 PB19 AUDATA3 2 i I 2 3 FWE ASEBRKAK ASEBRK i GND AGND AVREFVSS 2 3 ASEMDO 4 L4 7 l R73 l b 2 3 5 PFO ANO 8 l BLM21PG300SN1 00 i 2 3 5 PFI AN1 MURATA LL i 2 3 5 PF2 AN2 o i 2 3 5 PF3 AN3 1 l A12 1 13 1 U A13 14 f A14 IS R VCC A15 16 l voc NMI SWITCH CIRCUIT ms 35 PBO A1GIRQOTIOCZATMS lt 233 PFSIANS 2 3 5 PB1 A17 IRQOUT ADTRG TIOCOAIRQ1 TRST IA is BERANE I 2 3 5 PF7 AN7 B74 AA OKA RENESAS RENESAS 2 20 NMI 2 3 5 PB2 A18 IRQ2 RXD3 TIOCOB BACK TDI 21 6 2200 e 1 amp R77 AMA O NMI 2 3 5 PB3 A19 IRQ3 TXD3 TIOCOC BREQ AH TDO i Gaa BE IANS l 2 3 5 PB4 A20 IRQ4 SCK3 TIOC0D WAIT BACK BS TCK 23 Ge EEVA NS 1 HDZ LVIGW17A e Zi Swi NMI CE7 HD74LV1GW07A vec vec T H m ANI B3S 1000 SWITCH Di i 23 5 PF12 AN12 OMRON 2 24F i D2 Em 23 5 PF13 AN13 U15C d uer D3 a 23 5 PF14 AN14 vec nal CREE D4 1 30 23 5 PFI5 AN15 g 0 1uF 0 11F 31 l S MDO i i RENESAS RENESAS DE l ia HDZALV GW17A HDZALV1GWOZA Las l VEC IRQ3 SWITCH CIRCUIT E 77 734 1 i B R78 10KQ RENESAS RENESAS j 4 AN U15B utes amp IRQ3 E PA9 IRQS TCLKD CS3 SSLO SCKO T mimm B 2209 FFC 36BMEP1B _ D Honda sw2 HD74LV1GW17A ADTRG Honda IRO3 CE8 HD74LV1GW07A B35 1000 SWITCH SW2 us
8. JA Se E dO eio 5 gast X1 gt RSK BI 5 sje SOOM EDO s E LES Recsr2390c000HR 220 Cls 5 aO O Beers Toner T E o Clas aslo O E OO Zas D O s DOs DO O Qes O END O LISTE O O Oe BAVO a la RAO D OON ALO I OO ZOO OJ OO li OC 00 OCR mo A Och woo 9 a B OO HO SH2AFPU DOR ebo coreanas ES 00 A POQOOQOQOQOQOQ OGOJJI a ses 200 SOC OO OO O O OOG C OO OOO OIR fo S WL EE T Ej 5 5 C a MAITE Poe gel C BORG mese Sz suu 020000009 06000000090 o QOOO OO 1090900900090 zog e 9 wo e Box MOS ESE d 9 99 a Top view of the solder side m amp i HD Mee E tae e OORA 28 o opisem IO a te LU d a aga er OO SIS ee IO op H l o c RI 10Gb l o i 2 a u RRR 9 4 tome EI Bomb i o DO as OO tog si Wi ber o 1 Riga IIRAS o 209 m al 1 emo ei DO LR A AN o Eo am OO SG OC weil Son CIl gt ista On o e IDOJ 10 CI plc ntu BIT sago OCI 2 oO Os ice lOO ean o EZ o o enn CB kad Ole 00 Tee oe pedo o se HUS o LO DOP a OO m BE SaO 2 O OBJ oo qns o O bois O0 ERT ee posee K CO P ME 88 1 N SOS E DR gt e gh em OOI 9 e o tm w Do BO 2 oggi dE DO KOL LS Sago I pA ogg RO DO 1 26 PER PERO BH e DO SIE FSO jo HE UU E AB OSEE bojn o UUODODODVOVOCOJ E PS QO SOOJODOMOMODODOVOQO E o mo c LE KONS BI o
9. SH 2A SH2A FPU REJ09B0051 Software manual Application note Applications sample programs Renesas technical update Product specifications updates on documents etc Available from the Renesas Electronics website 2 Freguently Used Abbreviations and Acronyms Asynchronous Communication Interface Adapter bits per second Cyclic Redundancy Check Direct Memory Access Direct Memory Access Controller Global System for Mobile Communications High Impedance Inter Equipment bus Input Output Infrared Data Association Least Significant Bit Most Significant Bit Non Connection Phase Locked Loop Pulse Width Modulation Special Function Registers Subscriber Identity Module Universal Asynchronous Receiver Transmitter Voltage Controlled Oscillator All trademarks and registered trademarks are the property of their respective owners Table of Contents IIo EE 1 1 1 1 Introduction nnno RE Ia qe A te e a e RD Eee eit he pet cate e re 1 1 1 2 Contip uration ss deti e ide e a eh eed efe odd TT e deett n 1 2 1 3 Board Specifications iii an nl EO ASERTO IS lat 1 3 1 4 Extra 1 4 1 5 Block Di gr ti T 1 5 1 6 Component Tat DE qe LL u 1 6 1 7 Memory Maps eret te e em e REP GrP eR AER 1 8 1 8 Absolute Maximum Ratings sio OSLAS de PER ed VELL 1 10 1 9 Operating Conditions nano er b edo ni ace i D RR te e erit ee 1 10 Ee
10. Mode setting DIP switches 2 package Table 3 24 Mode Setting DIP Switches SW4 Settings Number Setting Description Sets the SH7239 MDO pin to low MCU extension mode Sets the SH7239 MDO pin to high Single chip mode default setting Sets the SH7239 FWE signal to high On board programming mode SH7239 FWE signal depends on the reset switch and user switch SW1 NMI default setting when ASEMDO is high e Setting the FWE signal state by the push switch Combination of the reset switch RESET and user switch SW1 NMI enables setting the boot mode FWE signal state The ROK572390 enters user mode FWE is high when turning ON the power or press the reset switch RESET To enter boot mode press and hold down the user switch SW1 NMI while pressing the reset switch default to use SW2 as the ADTRG input R20UTO297EJO100 Rev 1 00 a2 AS 3 21 Nov 08 2010 SENES SH7239 CPU Board ROK572390 3 Operating Specifications 3 2 3 Potentiometer The ROK572390 includes a potentiometer to evaluate AN8 input Table 3 25 lists the information of the potentiometer installed on the ROK572390 For its accuracy refer to the datasheet provided by the manufacturer Table 3 25 Potentiometer Symbol Part Number Manufacturer Name VRI CT 6ETV10KO NIDEC Copal Electronics Corporation 3 2 4 LEDs The ROK572390 includes six LEDs Table 3 26 lists LEDs on the ROK572390 Table 3 26 LEDs Number Description Remarks
11. PEt1 TIOC3D DACK3 4 5 SML 310MT ROHM PE12 TIOC4A lt gt PEIJTIOC4A 4 5 PE13 TIOC4B MRES H2 m lt gt PE13 TIOCAB MRES 4 5 LED1 ORANGE A6HF 2102 OMRON PE14 DACKO TIOC4C A lt gt PET4 DACKO TIOCAC 4 5 1 1571983 5 Tyco Electronics PE15 DACK1 TIOC4D IRQOUT lt gt PE15 DACK1 TIOC4D IRQOUT 4 5 He A Zt ke PA18 CK LB SML 310DT LED2 RED NNANNNNNANAWN WDTOVF 22299999222 Km 2 30N FWE H ki lt gt JILCOK 4 REM OFF FWE Level controled R24 220 SML 310LT with SW1 and RESET m PA18 CK 5 LED3 RED VCC R2 22KQ k M A ANN UZA IN 2200 R23 i ROHM T I T L gt Hass gt WDTOVF 5 S CP187 CP19 CP20 CP21 7 CP22 HOZALVI WOZA BOOT ORANGE dat ol ol 0 11F 0 1HF Ji WDTOVF 4 BT R Kk MR ww Decoupling Caps KIN 5100 R26 SML 310DT ROHM S not mounted for ROK572390C020BR 5V model only A Ver LO CPU SH7239 Reset Boot LED U DRAWN CHECKED DESIGNED APPROVED 2 5 It corresponds 8 for ROK572390C000BR 3 3V model SCALE T and ROK572390C020BR 5V model O pare 1 0 10 27 3
12. SH7239 CPU Board ROK572390 Appendix Appendix ROK572390 Schematics R20UTO297EJO100 Rev 1 00 RENESAS A 1 Nov 08 2010 SH7239 CPU Board R0K572390 SCHEMATICS TITLE INDEX CPU SH7239 Reset Boot LED SRAM RCAN SERIAL AUD H UDI EEPROM A D Power Push SW Ring connectors Application headers LCD Connector Note 5VCC Digital 5V Fixed Resistors 3VCC 3 3V Resister Array AVCC CPU Analog SV Potentiometers AVREF CPU Analog 5V Reference Ceramic Caps VIGO CPU etc 3 3V 5V Electrolytic Caps PLLVCC CPU PLL 3 3V 5V Decoupling Caps Put one cap per each source pin Inductors Diodes Test terminals mounted Serial porc D Sub 9 pin ROK572390C000BR 3 3V model only AM for Male connector only ROK572390C020BR 5V model only mn for Female connector only Ver 1 00 RENESAS SOLUTIONS CORPORATION ROK5 T2 3 9 0 It corresponds for R0K572390C000BR 3 3V model SCALE DRAWN CHECKED DESIGNED APPROVED INDEX and ROK572390C020BR 5V model opum FEE ESLI be 0840 B CHANGE
13. Signal Name PC2 A2 Signal Name PC3 A3 PC4 A4 PC5 A5 PC6 A6 PC7 A7 VSS VCC PC9 A9 CTxO TXDO SCKO PC10 A10 TIOC1A CRx0 RXDO PC11 A11 TIOC1B CTxO TXDO PC12 A12 TCLKA PC13 A13 IRQO TCLKB PC14 A14 IRQ1 TCLKC PC15 A15 IRQ2 TCLKD PBO0 A16 IRQO TIOC2A TMS PB1 A17 IRQOUT ADTRG TIOCOMIRQ1 TRST VCC VSS PB2 A18 IRQ2 RXDS TIOCOB BACK TDI BS TCK NC VSS PDO DO PD1 D1 PD2 D2 TIC5U RXD2 PD3 D3 TIC5V TXD2 PD4 D4 TIC5W SCK2 NC NC NC NC NC R20UT0297EJ0100 Rev 1 00 TENESAS Nov 08 2010 NC 3 10 SH7239 CPU Board ROK572390 Table 3 9 J3 Pin Descriptions Signal Name PD5 D5 TIC5US 3 Operating Specifications Signal Name PD6 D6 TIC5VS PD7 D7 TIC5WS VCC VSS PB20 AUDATAO PB21 AUDATA1 PD8 D8 TIOC3AS AUDATAO PD9 D9 TIOC3CS AUDATA1 PD10 D10 TIOC3BS AUDATA2 PD11 D11 TIOC3DS AUDATA3 PD12 D12 TIOC4AS AUDSYNC PD13 D13 TIOC4BS AUDCK PD14 D14 TIOC4CS PD15 D15 TIOC4DS VCC VSS PA9 IRQ3 TCLKD CS3 SSLO SCKO PA8 IRQ4 TCLKC CS4 MISO RXD1 PA7 IRQ5 TCLKB CS5 MOSI TXD1 PA6 IRQ6 TCLKA CS6 RSPCK SCK1 PAO RXDO0 CS0 CRx0 IRQ4 PA1 TXDO CS1 CTx0 IRQ5 XTAL VSS NMI NC Note 1 These pins are connected to through holes via zero ohm resistors NOT installed by default Table 3 10 J4 Pin Description
14. Top view of the component side Board edge Figure 3 8 J10 Pin Assignments Table 3 16 J10 Pin Descriptions Signal Name Signal Name GND 5VCC NC PC3 A3 R W Pulled down by a 1 kQ resistor PC2 A2 NC NC NC NC PC4 A4 PC5 A5 PC6 A6 PC7 A7 R20UT0297EJ0100 Rev 1 00 E AS 3 17 Nov 08 2010 ENES SH7239 CPU Board ROK572390 3 Operating Specifications 3 1 8 External Power Supply Connectors J11 J12 J13 The ROK572390 includes three external power supply connectors to apply 5 V digital 3 3 V digital and 5 V analog power from external source not via the DC power jack J5 J11 to J13 connectors are not installed by default The ROK572390 is applied 5 V power from J11 connector instead of DC power jack by default Alternatively remove a zero ohm resistor R71 to supply 5 V analog power from J11 connector to the board or remove a zero ohm resistor R70 to supply 3 3 V digital from J13 connector to the board Figure 3 9 shows the pin assignments for external power supply connectors Table 3 17 to Table 3 19 list the pin descriptions for external power supply connectors Top view of the component side Board edge Figure 3 9 External Power Supply Connectors Pin Assignments Table 3 17 J11 Pin Descriptions Signal Name 5VCC GND Note When supplying 5VCC from J11 do not use DC power jack J5 to supply the power to the board The ROK572390 may be destroved when the power is
15. gt 74 lt gt 75 lt gt 23 27 28 gt Bus control EL 82 e l 83 RCAN port connector l 78 79 La E EEPROM 80 RSP 81 gt Note 1 External bus can be used on the SH7239A only R20UT0297EJ0100 Rev 1 00 Nov 08 2010 Figure 2 1 SH7239 Block Diagram 131 N SAS 2 2 SH7239 CPU Board ROK572390 2 Functions 2 3 External Memory 2 3 1 SRAM 64 KB SRAM 32 Kword x 8 bit x 2 can be installed on the ROK572390 SRAM is optional and not installed by default The SH7239 Bus State Controller CSO controls the SRAMs The SRAM can be used only when setting the SH7239A in MCU mode 2 As CS0 signal to control SRAM is also used as the RCAN CRx0 RCAN and SRAM cannot be used at the same time When using SRAM remove the resistor R41 and install the resistor R30 not installed by default and connect the signal to SRAM Figure 2 2 shows the SH7239 and SRAM configuration vec T SRAM SH7239 M5M5256DVP 70G 32 Kword x 8 bit 15 1 PC15 A15 IRQ2 TCLKD to PC1 A1 ADRTG 10 99 26 t030 A14 to AO PAO RXDO CSU CRxO IRQ4 S PA17IRD Y DE PA16 WAL 27 W PA15 WRH 28 PD15 D15 TIOC4DS to PDo po 12510 68 63 to 56 DOS to DAI SRAM M5M5256DVP 70G 32 Kword x 8 bit A14 to AO S OE W pM E DOS to DAI Following signals are connected to JA1 Application header JA1 PC1 A1 ADTRG 1
16. 08 2010 RENES SH7239 CPU Board ROK572390 3 Operating Specifications 3 1 1 Application Headers JA1 JA2 JA3 JA5 JA6 The ROK572390 includes through holes for mounting application headers JA1 JA2 JA3 JA5 and JA6 MIL STD connectors can be connected to through holes to connect an expansion board Figure 3 2 shows the pin assignments for the application headers top view of the component side Top view of the component side 23000000000000 Q Q I I I 00000000 240000000000001 0000000000000 2 26 O O OO O O OO 100 00 OO OO 00 OO OO O O 100 OO O O OO 1 OO 00 O O O O O O OO 00 OO OO Figure 3 2 Application Header Pin Assignments Top View of the Component Side R20UT0297EJ0100 Rev 1 00 AS 3 2 Nov 08 2010 RENES SH7239 CPU Board ROK572390 3 Operating Specifications Table 3 1 lists the pin descriptions for JA1 Table 3 1 JA1 Pin Descriptions Signal Name Pin Function Used 5vcc GND 3vcc GND Avcc AGND AVREF PC1 A1 ADTRG PFO ANO PF1 AN1 PF2 AN2 PF3 AN3 NC NC PF8 AN8 T PC4 A4 PF9 ANQ PC5 A5 PF10 AN10 PF10 PC6 A6 9 PC6 PF11 AN11 PF11 PC7 A7 PC7 PF12 AN12 PF12 PC8 PF13 AN13 PF13 PC9 A9 CTxO TXDO SCKO PC9 PF14 AN14 PF14 PC10 A10 TIOC1A CRxO RXDO PC10 PF15 AN15 PF15 PC11 A11 TIOC1B CTx0 TXDO e PC11 PA9 IRQ3 TCLKD CS3 SSLO SCKO IRQ3 PEO TIOCOA TIOC4AS DREQO P TIOCOA NC NC NC Notes 1 These pins are conne
17. PC4 A4 to PC11 A11 TIOC1B CTxO TXDO 8 15 to 2 ADTRG 9 8 IOPort 0 to IOPort 7 Following signals are connected to JA2 Application header JA2 PC13 A13 IRQO TCLKB 1 7 IRQO PC14 A14 IRQ1 TCLKC 9 IRQ1 PC15 A15 IRQ2 TCLKD f 23 IRQ2 25 PC12 A12 TCLKA TCLKA PC13 A13 IRQO TCLKB n TCLKB Following signals are connected to JA3 Application header JA3 PC15 A15 IRQ2 TCLKD to PC1 A1 ADTRG 15 16to2 A15 to A1 caco 0 PAO RXDO CS0 CRx0 IRQ4 45 cso RD 25 PA17 RD 78 RD PA16 WRL a WRL PA15 WRH mE WRH PD15 D15 TIOCADS to PDO DO D15 to DO Following signals are connected to JA5 Application header JA5 PAO RXDO CSO CRx0 IRQ4 6 CRXO XI PC8 A8 CRx0 RXDO POE4 1 16 M2 POE PC14 A14 IRQ1 TCLKC PC15 A15 IRQ2 TCLKD 17 18 M2 related signal CLK PD15 D15 TIOC4DS to PD5 D5 TIC5US 11 to 15 19to 24 M2 related signal Following signals are connected to JA6 Application header JA6 PD4 D4 TIC5W SCK2 14 to 16 o M1 related signal to PD2 D2 TIC5U RXD2 Note Zero ohm resistors to select signals are not indicated Figure 2 2 SRAM Configuration R20UT0297EJ0100 Rev 1 00 LENESAS 2 3 Nov 08 2010 SH7239 CPU Board ROK572390 2 Functions Figure 2 3 shows SRAM read write timing chart Table 2 2 lists the Bus State Controller settings OMX Read data AAN Writedata XXX This is an example when bus clock is at 40 MHz D15 to DO Figure 2 3 SRAM Read W
18. Power LED POWER is illuminated when the power supply voltage is supplied Boot mode LED BOOT is illuminated when FWE is high in on board programming mode User LEDO LEDO is illuminated when PE12 outputs low level signal User LED1 LED1 is illuminated when PE13 outputs low level signal User LED2 LED is illuminated when PE14 outputs low level signal User LED3 LEDS is illuminated when PE15 outputs low level signal R20UTO297EJO100 Rev 1 00 a2 AS 3 22 Nov 08 2010 ENES SH7239 CPU Board ROK572390 3 Operating Specifications 3 3 Dimensions Figure 3 11 shows tne ROK572390 dimensions 45 mm T 3 8 m A A A A A 14mm 0000000000000 0000000000000 D zu 24 13 mm 7 mm BELO RVC SU J3 oo 74 93 mm 9 80 01 mm oo 82 55 mm Se 85 mm Se 100 mm oo oo oo oo oo oo oo J1 oo 9 9 Y o EE Y i C v JAB JA2 SR 0000000000 0000 0000000000 v 27 mm a 35 56 mm K 4 48 26 mm a 50 80 mm je 55 88 mm K N 86 36 mm K 99 06 mm K 106 66 mm K 115 mm ei 120 mm Figure 3 11 ROK572390 Dimensions R20UT0297EJ0100 Rev 1 00 1 WENESAS 3 23 Nov 08 2010 SH7239 CPU Board ROK572390 3 Operating Specifications This page intentionally left blank R20UT0297EJ0100 Rev 1 00 AS 3 24 Nov 08 2010 RENES
19. These are applicable to the ROK572390C020BR Figure 1 3 ROK572390 Block Diagram R20UTO297EJO100 Rev 1 00 a2 AS 1 5 Nov 08 2010 ENES SH7239 CPU Board ROK572390 1 Overview 1 6 Component Layout Figure 1 4 shows the layout of the major components on the ROK572390 O O Character LCD TF nn accessory 00 00 un 00 un nn O O Top view of the component side AG Bi 6 7 3 8 Vig Bea Sa 1 7 SIS Vlo p 9 Geer OOQ MOO G L s 100000000004 DOOOQOOOQOOOQOOO Dio a28 16 ns 8 4 2 28024 27M 18016 14 12 00 8 S 4 Zoo S O SUL uns cage e oo ow g OFF OH o me oh h RTC 86 of BOE ul D eo e co Biet se n THEE ES 6 Siss S SE superH RISC engitie x pu RO ye K 253831 28 27 25 28 21 18 09 1818 11 97 53 Pim Bo DO 58 E DOOGOOOOOODOOODOOJ e iee eno eano PaO OA GA A A LA A LARA Aaa 7s Tos amp ES o Sac 9480 28 25 24 22 20 1916 140 12 99 8 6 42 s o R20
20. c PBI9AUDATA3 3 4 2 that uses SW1 and RESET us U10 vec PB20 AUDATAO E8 lt gt PB20 AUDATAO 3 4 2 5 PB21 AUDATA1 lt gt PB21 AUDATA1 3 4 _ le DIE e d SE S cesa Bid a CLK PA8 IRQ4 TCLKC CS4 MISO RXD1 A 2 PA7 IRQ5 TCLKB CS5 MOSI TXD1 CIS PAZ IRQS TOLKB CS5 MOSI TXD1 3 4 5 e d GaP PA6 IRQ6 TCLKA CS6 RSPCK SCK1 lt gt PA6 IRQe TCLKA CSe RSPCK SCK1 3 4 5 I Elea vee AT PAO RXDO CSO CRxo IRQ4 E PAO RXDO CSO CRxO IRO4 3 4 5 15 T A L VE HDZALV2G126AUSE PA1 TXDO CST CTxO IROS 83 sz PA1 TXDO OS1 CTXO IRQS 3 4 5 48 HD74LV2G74AUSE RENESAS 22g RENESAS TSN PEO TIOCOA TIOC4AS DREQO d lt gt PEO TIOCOATIOCAAS DREQO 45 vec PE1 TIOCOB TIOC4BS TENDO lt gt PE1 TIOCOB TIOCABS TENDO 4 5 POWER GREEN gt 4 5 NMI NMI PE2 TIOCOC TIOC4CS DREQ1 18 lt gt PE2 TIOCOC TIOCA4CS DREQ1 4 5 PW1 3 4 MDO MDO PES TIOCOD TIOCADS TEND1 2 lt gt PES TIOCOD TIOCADS TEND 4 5 ANN 4 34 ASEMDO ASEMDO PE4 TIOC1A SCK3 POES8 IRQ4 lt gt PE4 TIOC1A SCK3 POE8 IRQ4 4 5 m 1K0 R19 8 4 FWE ASEBRKAK ASEBRK FWE ASEBRKAK ASEBRK PES TIOC1B TIOC3BS TXD3 lt gt PES TIOCIB TIOC3BS TXD3 4 5 SML 310MT DOUM A SLT PET IO C B UBCTEGIRXDZISSLI 3 4 5 LEDO GREEN PE7 TIOC2B UBCTRG RXD2 SSL1 4 Mode Selection PE8 TIOC3A SCK2 DREQ2 SSL2 FS PERT TI 4 5 se SW4 PE9 TIOC3B DACK2 F2 s PE10 TIOC3C TXD2 DREQ3 SSL3 lt gt PE10 TIOC3C TXD2 DREQ3 SSL3 3 4 5 i 2200 R20 B 14 mH PE11 TIOC3D DACK3 1n lt gt
21. Aii PCH ATI TIOCTB CTXO TXDO I l e e er oc I PA9 ROS TCLKD CS3 SSLO SCKO ET SEIN PIA H i 2 3 4 PB1 A17 IRQOUT ADTRG TIOCOMIRQ1 TRST Cen ATE i rano a 2 3 4 PB2 A18 IRO2 RXD3 TIOCOB BACK TDI TRII6 MGA AT9 TA I MS 020 2 3 4 PB3 A19 IRQ3 TXD3 TIOCOC BREQ AH TDO 40 AA PA6 IRQ6 TCLKA CS6 RSPCK SCK1 R119 oa I lt gt 2 3 4 PB4 A20 IRQ4 SCK3 TIOCOD WAIT BACK BS TCK A14 ABELI 00 B Pasek C SHAM l RENIN 2 3 4 PAO RXDO OSO CRXO IRQ4 RILA MILO l oe ee EN ESEA a gt A I RESET in out 2 3 4 PA15 WRH EXTAL 2 34 PA16 WRLE NMI in out 2 34 PA1 TXDO CS1 CTxO IROS HEFT i Ae OKT ee MITANA l lN FFC 50BMEP1B LZ R7 yO TXD1 D5 R128 00 Honda A IROOTIOCOA RIZO OGL lt gt RxD1 SLL 77 TROTTIOCOB be e JAS l TO VALI CKI 2 3 4 PF4 AN4 AN5 T j sz ERAM 10030 2 3 4 PFS ANS ANS i 23 4 PF6 AN6 TIOC3B 2 3 4 PF7 AN7 ZE 3 CANITX cno l MECO B CANIRX i ue I Kaes E IRO4 TIOC3AS lt e TIOC2A SS I A15 LAESA Ae IROZTIOCIA TIOCOC MIOESAS A12 CKA POE4 A13 TCLKB TIOCSBS 1 lt lt ToT oT O an E a T TIOC3DS i SE SSC TIOCAAS i IT AT GG Gk eoo TIOCACS TIOC4BS TIOCADS 24 I R146 00 l I PE2 TIOCOC TIOC4CS DREQ1 D I Aalt FFC 24BMEP1B D7 R148 QA 0O Honda WM A 2 4 PE3 TIOCOD TIOC4DS TEND1 lt gt 2149 yen A ee A A m PEA TIOC1A SCK3 POEB IRQ4 ee Din JAS PEO T
22. QDDMEVORDOQX Am o o 2 o o o SRAM optional Figure 1 4 ROK572390 Component Layout R20UTO297EJO100 Rev 1 00 a2 AS 16 Nov 08 2010 ENES SH7239 CPU Board ROK572390 1 Overview Table 1 2 lists the major components on the ROK572390 Table 1 2 Major Components on the ROK572390 Remarks Recommended Optional Components Manufacturer Name and Part Number U1 CPU SH7239A Renesas SH7239B Renesas U2 U3 SRAM Optional M5M5256DVP 70G Renesas U4 EEPROM R1EX25512ATAOOA Renesas U13 RS 232C transceiver MAX3222CPWR TI U11 RCAN transceiver HA13721RPJE Renesas U14 3 3 V regulator LM2738 YMY 550kHz NS U6 Reset IC M51957BFP Renesas X1 Crystal unit CXZ49GFB10000HOPESZZ II CXZA9GFB12500H0PESZZ Kyocera Kinseki J1 to J4 Common ring connectors Optional 18 pin double row pin header JA1 JA2 Application headers Optional 13 pin double row pin header JA3 Application header Optional 25 pin double row pin header JA5 JA6 Application headers Optional 12 pin double row pin header J5 DC power jack KLDX SMT2 0202 A Kycon J6 14 pin H UDI port connector HTST 107 01 T DV Samtec J7 38 pin H UDI port connector 2 5767004 2 Tyco electronics J8 Serial port connector 154188 ERNI J9 RCAN port connector B3P SHF 1AA LF SN J S T J10 LCD interface connector SSM 107 LM DV P TR Samtec J11 External power supply connector Op
23. Remove the crystal unit X1 and install a zero ohm resistor R2 not installed by default to input clock via JA2 Also install a pull up resistor R1 if needed Figure 2 12 shows the ROK572390 clock module block diagram SH7239 Application header JA3 26 220 44 PA18 CK rh SDOLK Application header JA2 EXTAL XTAL CON EXTAL Pow 498 iii 00 00 1 MO LA o x1 Note 1 Install either of the following crystal unit to X1 n ROK572390C000BR 10 MHz ROK572390C020BR 12 5 MHz 12pF 12pF VSS VSS Figure 2 12 Clock Module Block Diagram R20UT0297EJ0100 Rev 1 00 LENESAS 2 17 Nov 08 2010 SH7239 CPU Board ROK572390 2 Functions 2 13 Reset Module The ROK 572390 reset module generates RES signal using the power on reset and reset switch Also the reset module Operating Specifications Figure 2 13 shows the ROK572390 reset module block diagram Min 16 ms Max 70 ms m Reset IC output detect voltage Vs 1 25 x Rath 3 125V Vs 1 25x 4 6875V Ra Rb Rb ROK572390C000BR VCC 3 3 V Ra 15 ko Rb 10 ko ROK572390C000BR VCC 5 V Ra 15 ko Rb 5 45 ko voc vcc ioko S LED module 100np 100 kO d He VSS NMI PR Switch module D Q A Ch am CLR wee ge SE H UDI module Install R11 only on the I i ROK572390C020BR SH
24. are connected to through holes via zero ohm resistors NOT installed by default R20UT0297EJ0100 Rev 1 00 a2 AS Nov 08 2010 KENES 3 8 SH7239 CPU Board ROK572390 3 Operating Specifications 3 1 2 Common Ring Connectors J1 J2 J3 J4 The ROK572390 includes through holes for installing common ring connectors J1 J2 J3 and J4 These through holes are connected to all the SH7239 signals and MIL STD connectors can be connected to through holes to monitor SH7239 signals Figure 3 3 shows the pin assignment for the common ring connectors Table 3 7 to Table 3 10 lists pin descriptions for common ring connectors Top view of the component side Figure 3 3 Common Ring Connector Pin Assignments Top View of the Component Side R20UT0297EJ0100 Rev 1 00 AS 3 9 Nov 08 2010 RENES SH7239 CPU Board ROK572390 Table 3 7 J1 Pin Descriptions Signal Name WDTOVF 3 Operating Specifications Signal Name PE7 TIOC2B UBCTRG RXD2 SSL1 PE8 TIOC3A SCK2 DREQ2 SSL2 VCC VSS PB16 AUDSYNC PB17 AUDCK PE10 TIOC3C TXD2 DREQ3 SSL3 PE9 TIOC3B DACK2 PE11 TIOC3D DACK3 PE12 TIOC4A PE13 TIOC4B MRES PE14 DACKO TIOC4C PE15 DACK1 TIOC4D IRQOUT VSS PE1 TIOCOB TIOC4BS TENDO PEO TIOCOA TIOC4AS DREGO PE2 TIOCOC TIOC4CS DREQ1 PE3 TIOCOD TIOC4DS TEND1 PE5 TIOC1B TIOC3BS TXD3 PE6 TIOC2A TIOC3DS RXD3 PA17 RD NC VSS PA18 CK PA16 WRL PC0 A0 POE0 IRQ4
25. by default Top view of the component side Board edge Side view Board edge Figure 3 6 J8 Pin Assignments Table 3 14 J8 Pin Descriptions Signal Name Signal Name Note Pins 4 to 6 and 7 to 8 are loopback connected respectively R20UTO297EJO100 Rev 1 00 a2 AS 3 15 Nov 08 2010 ENES SH7239 CPU Board ROK572390 3 Operating Specifications 3 1 6 RCAN Port Connector J9 The ROK572390 includes an RCAN port connector J9 to support RCAN transmission and reception Figure 3 7 shows the pin assignments for J9 Table 3 15 lists the pin descriptions for J8 Top view of the component side J9 es 3 4 Board edge Figure 3 7 J9 Pin Assignments Table 3 15 J9 Pin Descriptions Pin No Signal Name CANH U11 GND CANL U11 Note The SH7239 PAO RXDO CS0 CRx0 IRQ4 pin is also used as pin Install the zero ohm resistor R41 to switch the pin function To use PAO pin as CRxO by the RCAN port connector J9 to communicate R41 should be installed Remove R41 to use the pin as other functions such as CSO and RCAN port connector cannot be used R20UTO297EJO100 Rev 1 00 a2 AS 3 16 Nov 08 2010 ENES SH7239 CPU Board ROK572390 3 Operating Specifications 3 1 7 LCD Interface Connector J10 The ROK572390 includes an LCD interface connector J10 Figure 3 8 shows the pin assignments for J10 Table 3 16 lists the pin descriptions for J10
26. e e 2 1 2 1 Overview of Eunctions dig Avi tev ln kie I eter pete cede Misi aie easy 2 1 2 2 CPU H 2 2 2 3 External MGM Ory c C 2 3 2 3 1 SRAM iine en teen bc R 2 3 2 32 EEPRO Mii EDU o aude ono D t AD DH NE A e eee 2 5 24 Serial Port Interiaces n nons b eee HO purn p po sli Ars 2 6 2 5 VO Ports ie n nn an hl i dee 2 7 2 6 REAN E i a ln 2 11 2 7 Be KA 2 12 2 8 H UDLInt rface nio TTT e Re ee 2 13 2 9 Switches and Jump ers one e get etn A deeg 2 14 2 10 LEDs and Potentiometer siaii ieee d ee ge UE ee EE Bee 2 15 2 11 Power Module nire e A S a 2 16 2 12 Clock Module z sie 5 a tt ee Stet eet o e e iter o t Aaa bete oa t nte eis 2 17 2 13 Reset Module oet dt e hh tei e p e tu hio EE to e aes 2 18 3 Operating Specifications pr EE 3 1 3 1 LE C e LT 3 1 3 1 1 Application Headers JA1 JA2 JA3 JAS JAG 3 2 3 1 2 Common Ring Connectors Jl J2 DI 3 9 3 1 3 DC Power Tac O U Dni 3 12 3 1 4 H UDI Port Connectors J6 and II 3 13 3 1 5 3 1 6 3 1 7 3 1 8 3 2 3 2 1 3 2 2 3 2 3 3 2 4 3 3 Serial Port Cone CIOT O ono no on non IKI EE O Ea ES 3 15 RCAN Port Connector JO INNA oron qe Rn eeh tee nib 3 16 LCD Interface Connector J10 R con non non EST DHT rn 3 17 External Power Supply Connectors J11 J12 JI 3 18 Operating Components simu nia ame ed UP e e Ra ayt A 3 19 Jumpers JPT JPL TP EE 3 20 O ha ug o a a 3
27. 00 Rev 1 00 131 N SAS 2 12 Nov 08 2010 SH7239 CPU Board ROK572390 2 Functions 2 8 H UDI Interface The ROK 572390 includes two H UDI port connectors J6 J7 to connect to the E10A USB emulator JTAG related signals TCK TRST TMS TDO and TDI of the H UDI related signals cannot be used as other functions However TXD3 and RXD3 signals can be used only in boot mode Figure 2 8 shows the H UDI port connector block diagram VCC H UDI port connector 10 ko x 11 gt i sn 9 9 9 6 J7 38 pin e 14 SH7239 2 p ves 7 1 UVCC AUD PB17 AUDCK 6 e 32 AUDCK PB16 AUDSYNC 66 an AUDSYNC PB20 AUDATAO 67 e 28 AUDATAO PB21 AUDATA1 91 ka 26 AUDATA1 PB18 AUDATA2 92 e 24 AUDATA2 PB19 AUDATA3 e AUDATA3 53 15 PB4 A20 IRQ4 SCKS TIOCOD WAIT BACK BS TCK 48 e 21 TCK PB1 A17 IRQOUT ADTRG TIOCOA IRQ1 TRST 52 e 11 TRST PB3 A19 IRQ3 TXD3 TIOCOC BREQ AH TDO 47 e I7 TDO PB0 A16 IRQ0 TIOC2A TMS 51 e 19 TMS PB2 A18 IRQ2 RXD3 TIOCOB BACK TDI e TDI 88 9 RES 94 8 RES FWE ASEBRKAK ASEBRK 120 2 ASEBRKAK ASEBRK MDO kd T NC 195 3 ASEMDO s Se ASEMDO optional 5 GND VSS H UDI port connector VCC J6 14 pin 8 V Reset module 1 HE D a TCK 5 TRST TDO 9 FI 11 TMS 14 pin conn
28. 21 Xe Se ai DRV 3 22 LED td den 3 22 DIMELO m tii 3 22 SH7239 CPU Board ROK572390 1 Overview 1 Overview 1 1 Introduction The ROK572390 is a CPU board designed for evaluating the features and performance of the SH7239 Group of Renesas Electronics single chip RISC microcomputers MCUs It is also used for developing and evaluating application software for these MCUs The ROK572390 CPU board lineup consists of following two models e ROK572390C000BR which includes SH7239A MCU 3 3 V working at 160 MHz e ROK572390C020BR which includes SH7239B MCU 5 0 V working at 100 MHz The SH7239 MCU s internal peripheral pins are connected to common ring connectors and application headers on the R0K572390 to allow for timing evaluation with peripherals using measurements instruments and the development of the expansion board according to its application The Renesas Electronics E10A USB on chip emulator can be connected to the ROK572390 R20UTO297EJO100 Rev 1 00 a2 AS 1 1 Nov 08 2010 ENES SH7239 CPU Board ROK572390 1 Overview 1 2 Configuration Figure 1 1 shows an example of a system configuration using tne ROK572390 Application headers Serial port Character LCD RCAN port SH7239 CPU board ROK 572390 Application headers High performance Embedded Workshop SuperH RISC engine C C compiler package Host computer Note 1 These items are not i
29. 35 1000 WEE 3 4 5 PF12 AN12 PF12 AN12 PC1 A1 ADTRG E M51957BFP P NE 3 4 5 PF13 AN13 PF13 AN13 Cl RENESAS 2 3 45 PF14 AN14 PF14 AN14 PC2 A2 3 45 PF15 AN15 PF15 AN15 PC3 A3 PC4 A4 TTT ST PC5 A5 4 J3_EXTAL PC6 A6 HD74LV2G14A SC HDZALVIGWOZA OS 86 EXTAL PC7 A7 RENESAS RENESAS 4 J8 XTAL lt A gt 45 1 PC8 A8 CRx0 RXDO POE4 USD d U7C 84 XTAL PC9 A9 CTxO TXDO SCKO CP10 PC10 A10 TIOC1 A CRx0 RXDO CP9 EN WE E EE PC11 A11 TIOC1B CTxO TXDO T nur T 25 RESET amp lt _ gt _ 1 AMN B8 RES PC12 A12 TCLKA 0 AUF eH U7B 5A 5600 c3 5B PC13 A13 IRQO TCLKB Wa RENESAS RENESAS PC14 A14 IRQ1 TCLKC L c RENESAS W lle PC15 A15 IRQ2 TCLKD 2 HD74LV1GW07A FIF PBO A16 IRQ0 TIOC2A TMS LA lt 7 PBO AT6 IRQO TIOC2A TMS 3 4 5 1 4 J8 RES lt gt PB1 A17 IRGOUT ADTRG TIOCOA IRQ1 TRST H48 lt PB1 A17 IRQOUT ADTRG TIOCOA IRQ1 TRST 3 4 5 D PLLVCC vec gt PB2 A18 IRQ2 RXD3 TIOCOB BACK TDI PB2 A18 IRQ2 RXD3 TIOCOB BACK TDI 3 4 5 5 PLLVCC di Iom cen T oris PB3 A19 IRQS TXDS TIOCOC BREQ AH TDO L PBS AISIRQS TXDS TIOCOC BREQ AHTDO 3 4 5 70 001pF O1uF 0 1HF I I 89 pLLVSS PBA A20 IRO4 SCKS TIOCOD WATT BACKIBS TCK 39 lt PB4 A20 IRQ4 SCK3 TIOCOD WAIT BACK BS TCK 3 4 5 oc PB16 AUDSYNC lt gt PBI6 AUDSYNC 3 4 7 PB17 AUDCK lt gt PBI7 AUDCK 3 4 Boot Module ROK572390C000BR 3 3V model SH7239A SRISKUDATAS La Z S PBIBIAUDATA 34 FWE setting ROK572390C020BR 5V model SH7239B PB19 AUDATA3 92
30. 7239 pins Se s 15ko M51957BFP 4 7 ko FWE ASEBRKAK ASEBRK e IN OUT o ES 99 VCC 10kQ vee TL ASEMDO 10kQ 22 kO x2 4 2 al 0 1 uF 4 A l 00 e vss Reset vss SW4 switch m Reset IC output delay time td 0 34 x Cd pF 34 ms m SW4 setting SW4 1 Set MDO pin When SW4 1 is ON MDO low When SW4 1 is OFF MDO high SW4 2 Set FWE pin When SW4 2 is ON FWE high and NMI switch SW1 When SW4 2 is OFF FWE setting depends on the reset switch Figure 2 13 Reset Module Block Diagram R20UT0297EJ0100 Rev 1 00 Nov 08 2010 131 N SAS 2 18 SH7239 CPU Board ROK572390 3 Operating Specifications 3 Operating Specifications 3 1 Connectors Figure 3 1 shows the connector assignments for the ROK572390 J8 Top view of the component side Serial port connector JAS JA1 Application headers OOOOOOOOOOOPO 0000000000000 0 0 O00000000000 0000000000000 CH A5 A igi I Sop SES RESET J10 SLOT JP2 SW4 LCD interface connector J5 DC power jack J9 RCAN port connector J6 14 pin H UDI port connector J1 J2 J3 J4 Common ring connectors J11 J12 J13 External power supply connectors J7 38 pin H UDI port connector SW3 SW2 SW1 fo foE dot JA6 JA2 JA3 Top view of the solder side Note J1 to J4 J11 to J13 JA1 JA2 JA3 JA5 and JA6 are not installed by default Figure 3 1 Connector Assignments R20UT0297EJ0100 Rev 1 00 AS 3 1 Nov
31. AN signal is connected to J9 connector via a zero ohm resistor and the RCAN transceiver IC and the CRxO signal is connected to J9 connector via a zero ohm resistor the level shifter and the RCAN transceiver IC CTx0 and CRx0 signals are also connected to the application header JA5 which can be specified instead of using RCAN When using the application header JA5 remove zero ohm resistors between the SH7239 and the RCAN transceiver IC and install zero ohm resistors between the SH7239 and the application header JA5 Do not use CAN signals both at the RCAN port connector and the application header SH7239 PAO RXDO CS0 CRx0 IRQ4 pin is multiplexed with CSO pin Remove or install zero ohm resistors to specify the pin function When specifying the CRxO pin function to use the RCAN port connector use the pin as default To specify the CSO pin function make sure to remove the zero ohm resistor R41 RCAN port connector J9 cannot be used with the CSO pin function Make sure not to specify PAO RXDO0 CS0 CRx0 IRQ4 pin as output when the zero ohm resistor R41 is installed Figure 2 6 shows the RCAN interface block diagram Not installed 5VCC RCAN 22k0 transceiver IC RCAN port HA13721 RPJE connector VCCA VCCB J9 A n DIR GND VOC SVCC SH7239 PAO RXDO CSO CRXO IRG4 RA4 00 i Notinstalled VSS 22 ko VSS R39 00 PA1 TXDO CS1 CTx0 IRQ5 7 R40 02 Not installed Appli
32. C U D m 0 lt D o O N LENESAS ROK572390 SH7239 CPU Board User s Manual Renesas MCU SuperH RISC engine Family SH7239 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 Nov 2010 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 this document No license expres
33. D IRQOUT 2 4 PE5 TIOC1B TIOC3BS TXD3 2 4 PE6 TIOC2A TIOC3DS RXD3 2 4 PE4 TIOC1A SCK3 POE8 IRQ4 2 4 PE2 TIOCOC TIOCACS DREQ1 not mounted ROK572390 Application headers lt gt I GE i J10 l 4 AVREF AVCC 3VCC 5VCC A3 PC3 4 R88 AQ 1KO AZ pot WA EELER 7 I 8 177 81 I s IZ 12 AG PC6 13 A7 PC7 14 E I PF8 PC4 N gt PF9 PC5 NP i PET PO l c PF12 PC8 Ha l lt gt i PF13 PC9 20 234 PAI7 RD gt lt PEIAPCIO l PFI5 PCT T l lt gt P ROS TIOC3AS PO5 AS A6 POS AG RIOS QC A7 PCZIA TRIOS AA 0007 AB POB AB CRXOJAXDOPPOEA TRIO 001 lp LE A9 PO9 A9 CTXO TXDO SCKO TRIOSM OT AO PCTU ATO TIOCT A CRXO RXDO R09 V OBI AGND Honda l
34. DSYNC TIOC4AS PD14 D14 TIOC4CS TIOC4CS PD13 D13 TIOC4BS AUDCK TIOC4BS PD15 D15 TIOC4DS TIOC4DS Notes 1 These pins are connected to through holes via zero ohm resistors installed by default 2 These pins are connected to through holes via zero ohm resistors NOT installed by default o o N ol oO RJ GI N o R20UTO297EJO100 Rev 1 00 a2 AS 3 7 Nov 08 2010 ENES SH7239 CPU Board ROK572390 Table 3 6 lists the pin descriptions for JA 6 Table 3 6 JA 6 Pin Descriptions Signal Name PEO TIOCOA TIOC4AS DREQo P 3 Operating Specifications Pin Function Used DREQO PE14 DACKO TIOC4C DACKO PE1 TIOCOB TIOCABS TENDO TENDO NC RS232TX RS232RX PE7 TIOC2B UBCTRG RXD2 SSL1 RXD2 GO l NI DOD om By Go PM PE10 TIOC3C TXD2 DREQ3 SSL3 e TXD2 PE5 TIOC1B TIOC3BS TXD3 o TXD3 PE8 TIOC3A SCK2 DREQ2 SSL2 o SCK2 SCK3 PE6 TIOC2A TIOC3DS RXD3 RXD3 PE8 TIOC3A SCK2 DREQ2 S8L2 TIOC3A PD2 D2 TIC5U RXD2 TICSU TIOCIA PD3 D3 TIC5V TXD2 Il PE6 TIOC2A TIOC3DS RXD3 TIC5V TIOC2A PD4 D4 TICSW SCK2 PE3 TIOCOD TIOC4DS TEND1 TIC5W TIOCOD NC NC NC NC NC NC NC Notes 1 These pins are connected to through holes via zero ohm resistors installed by default 2 These pins
35. FF8 8000 nn no PO BO FEED FFFF H FFFE 0000 1H FEEFE FFEE R0K572390 Memory Map SRAM 64 KB Not used Not used Not used Not used Not used Note 1 SRAM is optional User is allowed to install it on the ROK572390C000BR only R20UT0297EJ0100 Rev 1 00 Nov 08 2010 Figure 1 6 SH7239 Memory Map MCU Mode 2 for ROK572390C000BR only RENESAS SH7239 CPU Board ROK572390 1 8 Absolute Maximum Ratings Table 1 3 lists the absolute maximum ratings of the ROK572390 Table 1 3 ROK572390 Absolute Maximum Ratings 5 Vsystem power supply voltage 0 3 to 6 0 V 1 Overview Remarks Reference voltage VSS 3 3 V system power supply voltage 0 3 V to 4 0 V Reference voltage VSS 5 V system analog power supply voltage 0 3 V to 6 0 V Reference voltage AVSS Operating ambient temperature e 0 C to 50 C Do not expose to condensation or corrosive gas Storage ambient temperature 10 C to 60 C Do not expose to condensation or corrosive gas Notes 1 3VCC is used to supply the 3 3 V system power supply voltage directly from the external power supply connector 2 Ambient temperature refers to the air temperature in the vicinity of the board 1 9 Operating Conditions Table 1 4 lists the operating conditions for the ROK572390 Table 1 4 ROK572390 Operating Conditions 5 V system power supply voltage 4 75 V to 5 25 V Remarks
36. HSD2BNP 120N0 2 3 5 PETTIGGaB UBC TE RD SS a ER l SMT2 0202 A 2 ENEE ew 2 2 Se pa S MIDA 2 5 PES TIOC3A SCKZ DREQ2 SSL2 Z gt E D7 T l Kycon 10060 m T5 i CRS08 l 1 31 6K0 23 PB16 AUDSYNC lt gt 6 Ce l n reso d W S ST E S CE1 cee 2 3 5 PE10 TIOC3C TXD2 DREQS SSL3 Z gt 8 DB a A 2 5 PE9 TIOC3B DACK2 lt gt 19 D9 1 9 10uF R68 SES ATHE 2 5 PE11 TIOC3D DACK3 lt lt gt 130 DIO 1 10 100 2 5 PEI2 TIOCAA Z gt Dii Li i 2 5 PE13 TIOCAB MRES lt gt 12 l D12 We i 2 5 PET4 DACKO TIOCAC lt lt gt 13 D13 FH 2 5 PET5 DACK1 TIOCADARQOUT lt gt I4 Dia Er i l D15 115 1 2 5 PEO TIOCOA TIOC4AS DREQO lt gt 6 SVCC SVC Voc 2 5 PET TIOCOB TIOCABS TENDO lt gt i Er EEN gt lt 9 2 3 5 PA9 IRQ3 TCLKD CS3 SSLO SCKO i POWER TEST PIN D 20 l 2 3 5 PA8 IRQ4 TCLKC CS4 MISO RXD1 1 po a 5VCC S Pe gt lt 235 PA7 IRQ5 TCLKB CS5 MOSI TXD1 sve D ES 22 2 3 5 PAG IROG TOLKA CS6 RSPCK SCKI s 2 5 PES TIOC2A TIOC3DS RXD3 lt gt Ta l 2 3 5 PAO RXDO CSO CRXO IRQ4 i He H3 235 PAI7 RD gt Toa 2 3 5 PA1 TXDO OS1 CTXO IRQS i T I 2 J3_XTAL I I E O l D Jick lt gt E 2 J8 EXTAL 26 _5V sv XG85 09911 2 3 5 PAT6MRL paj ni 197 OMRON 2 3 5 PA15WRH gt 28 i Ja RES l f n 2 5 PCO AOPOEWIRQ4 Ze l 29 IF ROK572390CO20BR 5V model BLM21PG300SN1 T 131 ETE Connect hole pini and 2 of MURATA 32 an JP1 with wire
37. IOCOA TIOC4AS DREQO R150 DOT Y DREQO 1 PE14 DACKO TIOC4C TRIST VADO DACKO T PETTIOCOB TIOCABS TENDOJ TRIS2 W 00 TENDO T 3 RS232TX 3 RS232RX 2 3 4 PE7 TIOC2B UBCTRG RXD2 SSL1 TxD2 PES TIOC1B TIOC3BS TXD3 TxD3 Ri55 V 0A TRIS6 VV Da 2 4 PE8 TIOC3A SCK2 DREQ2 SSL2 Ko SCK2 1 L TRIS7 Wa SCK3 TIOC1A 1 BERG 1 ERA V on R160 00 TICSU TIOC1A TIC5V TIOC2A TICSW TIOCOD FFC 24BMEP1B _ Honda LCD LCDRS RW LCDE LCDD4 LCDD5 LCDD6 LCDD7 SSM 107 LM DV P TR Samtec CHANGE 1 00 It corresponds Ver for ROK572390C000BR 3 3V model and ROK572390C020BR 5V model RENESAS SOLUTIONS CORPORATION DRAWN CHECK I D D ESIGNED APPROVED RURS 25990 Application headers LCD Connector 5 5 SCALI EI DATE 10 10 27 DK30840 B 3 REVISION HISTORY SH7239 CPU Board R0K572390 User s Manual Rev Date Description Page Summary 1 00 Nov 08 2010 First edition issued SH7239 CPU Board ROK572390 Users Manual Publication Date Rev 1 00 Nov 08 2010 Published by Renesas Electronics Corporation ENESAS SALES OFFICES Renesas Electronics Corporation http www renesas com Refer to http www renesas com for the latest and detailed informat
38. KB CS5 MOSI TXD1 81 e D PA6 IRQ6 TCLKA CS6 RSPCK SCK1 C on W e HOLD Not installed VSS Application header JA 1 23 IRQ3 Application header JA2 SCIaRX SClaTX e SClaCK e TCLKA TCLKB Switch module Application header JA3 IRQ3 e CS 28 E CSb Note Zero ohm resistors to select signals are not indicated Figure 2 4 EEPROM Configuration R20UT0297EJ0100 Rev 1 00 a2 AS 2 5 Nov 08 2010 SENES SH7239 CPU Board ROK572390 2 Functions 2 4 Serial Port Interface On the ROK572390 SH 7239 SCI channel 2 is connected to the serial port connector J8 via the RS 232C transceiver Also the SH7239 SCI channel 2 is connected to pins 7 and 8 of the application header JA 6 pin 11 used as the TIOC3C of the application header JA2 Install zero ohm resistor in appropriate pin to connect pins 5 and 6 of the application header JA6 to the serial port connector J8 via the RS 232C transceiver When using the SH7239 SCI channel 2 as the serial port it cannot be used as the application header To use the serial port connector J8 in boot mode remove zero ohm resistors R59 and R60 to connect signals PE10 and PE7 between the RS 232C transceiver and the SH7239 Then install zero ohm resistors R166 and R167 not installed by default to connect signals PB3 and PB2 between the RS 232C transceiver and the SH7239 Note that the H UDI port connector cannot be used Figure 2 5 shows the serial port blo
39. Reference voltage VSS 3 3 V system power supply voltage 3 15 V to 3 45 V Reference voltage VSS 5 V system analog power supply voltage 4 75 V to 5 25 V Reference voltage AVSS Maximum current consumption 1 A max Both 5 V system power supply including analog and 3 3 V system power supply Operating ambient temperature e 0 C to 50 C Do not expose to condensation or corrosive gas Notes 1 3VCC is used to supply the 3 3 V system power supply voltage directly from the external power supply connector 2 Ambient temperature refers to the air temperature in the vicinity of the board R20UT0297EJ0100 Rev 1 00 Nov 08 2010 TENESAS SH7239 CPU Board ROK572390 2 Functions 2 Functions 2 1 Overview of Functions The ROK572390 includes the function modules listed in the following table Table 2 1 ROK572390 Function Modules Section Function Description SH7239A or SH7239B e Input XIN clock 10 MHz or 12 5 MHz e CPU clock Up to 160 MHz or 100 MHz e Peripheral clock Up to 40 MHz or 50 Hz Internal memory Flash memory 512 KB RAM 64 KB FLD flash memory to store data 32 KB External Memory e EEPROM 64 KB SPI interface e SRAM 64 KB 8 bit bus x 2 optional 7 Serial Port Interface Connects the SH7239 SCI channel 2 to the serial port connector O Ports Connects all the SH7239 signals to common ring connectors Con
40. TA2 PB19 AUDATA3 PB20 AUDATAO PB21 AUDATA1 PBO A16 IRGO TIOCZ2A TMS PB1 A17 IRQOUT ADTRG TIOCOA IRQ1 TRST PB2 A18 IRQ2 RXD3 TIOCOB BACK TDI PB3 A19 IRQ3 TXD3 TIOCOC BREQ AH TDO PB4 A20 IRQ4 SCK3 TIOCOD WAIT BACK BS TCK ASEMDO FWE ASEBRKAK ASEBRK MDO PCO AO POEO IRQ4 PC1 A1 ADRTG PC2 A2 PC3 A3 PC4 A4 PC5 A5 PC6 A6 PC7 A7 PC8 A8 CRx0 RXDO POE4 PC9 A9 CTxO TXDO SCKO PC10 A10 TIOC1A CRx0 RXDO PC11 A11 TIOC1B CTx0 TXDO PC12 A12 TCLKA PC13 A13 IRQO TCLKB PC14 A14 IRQ1 TCLKC PC15 A15 IRQ2 TCLKD PDO DO PD1 D1 PD2 D2 TIC5U RXD2 PD3 D3 TIC5V TXD2 PD4 D4 TIC5W SCK2 PD5 D5 TIC5US PD6 D6 TIC5VS PD7 D7 TIC5WS PD8 D8 TIOC3AS AUDATAO PD9 D9 TIOC3CS AUDATA1 PD10 D10 TIOC3BS AUDATA2 PD11 D11 TIOC3DS AUDATAS PD12 D12 TIOC4AS AUDSYNC PD13 D13 TIOC4BS AUDCK PD14 D14 TIOC4CS PD15 D15 TIOC4DS PA17 RD PA16 WRL PA15 WRH PAO RXDO CSO CRxO IRQ4 PA1 TXDO CS1 CTx0 IRQ5 PA9 IRQ3 TCLKD CS3 SSLO SCKO PA8 IRQ4 TCLKC CS4 MISO RXD1 PA7 IRQ5 TCLKB CS5 MOSI TXD1 PA6 IRQ6 TCLKA CS6 RSPCK SCK1 29 E gt 30 gt Switch 31 s 32 d 33 d 34 i Character LCD 35 E 36 39 d Address bus U 40 L zs 41 gt 42 L 2 4 S L gt 44 L gt 45 gt 46 S Ll 56 gt um laj 67 Lies 68 S gt 69 lt gt 60 i KR 1 7 gt 65 63 Ve 68 Data bus a 69 lt gt 70 KR 71 IX 72 Ve 73
41. TST 107 01 T DV H UDI 14PIN J6 B EE vec vec vcc g S g EEPROM g g Voltage Level Shifter 3 3V lt gt 5V RCAN Transceiver 512k bit access S ES 5VCC uti 3V In K d amp U4 VCC 24 5 PA1 TXDO CS1 CTxO0 IRQ5 lt gt BRA do 3 3V Input Hron voc LA S x 4 CP25 2 4 5 PA9 IRAZ TCLKD CS3 SSLO SCKO S Veo LB Vcc 5VCC RxD 0 1HF 2 4 5 PAB IRO4 TCLKC CS4 MISO RXD1 Q 5 CANTTX T GND 2 4 5 PA7 IRQS TCLKB CSS MOSI TXD1 D CP26 5 MODE 1 2 4 5 PA6 IRQ6 TCLKA CS6 RSPCK SCK1 6 0 1HF le m lu NC CANH e W Ves X 3 3V 5V 5g cam L 3 HOLD R41 00 U12 HA13721RPJE Ge R1EX25512ATA00A 2 4 5 PAO RXDO CSO CRxO IRQ4 lt gt AN ul LZ BE E HA Ei B3P SHF 1AA LF SN a1 RENESAS C Bs C C VCCA VCCB as P SC ER E e ila END E S lS g JST q ON B CANIRX lt Dun pau 21A sh l T Ge E SNZALVCITASDCK 77 i on ee d Texas Instruments PB3 A19 IRQ3 TXD3 TIOCOC BREQ AH TDO PBZ AT8 IRQZ RXDS TIOCOB BACK TDI vec 24 5 PFOJANO 24 5 PF1 AN1 CP29 Q4uF 24 5 PF2 AN2 c d 24 5 PF3 AN3 Serial Port Connector COM 545 PEB ANS U13 DER 24 5 PFG ANG 2 4 5 PFZ AN7 EN 24 5 PF8 AN8 2 sl 24 5 PF9 AN9 E EL 2 4 5 PF10 AN10 2 4 5 PF11 AN11 g S E Mounted resistors 24 3 PF12 AN12 amp 8 es 2 4 5 PF13 AN18 an 2 4 5 PF14 AN14 2 4 5 PF15 AN15 o R54 AA DOM 24 5 PE10 TIOC3C TXD2 DREQS SSL3 ES q en B RS2327X gt A BBB y OOM 2 4 5 PE7 TIOC2B UBCTRG RXD2 SSL1 s REVOO 4 D I Aj OUNI Hemaved res
42. 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 Lavie or Bldg 720 2 Yeoksam Dong Kangnam Ku Seoul 135 080 Korea Tel 82 2 558 3737 Fax 82 2 558 5141 2010 Renesas Electronics Corporation All rights reserved Colophon 1 0 SH7239 CPU Board ROK572390 TENESAS Renesas Electronics Corporation ar cd
43. age for ADTRG OMRON eur XG88 0231 OMRON vec VEC IRQ4 SWITCH CIRCUIT R84 Res py OKO RENESAS RENESAS IRQ4 S Seen U17A U18A 47KQ 1 6 1 gt 6 R86 wee gt PCO AO POEO IRQ4 2 5 m HDZ LVIGW17A U17B IRO4 CE9 HD74LV1GWO7A vec vec B3S 1000 OMRON SWITCH HDZ LVIGW17A U17C U18C SENESAS CP33 CP34 U18B ad RENESAS SR RENESAS HDZALV GW17A HDZALV1GWOZA A va uo RENESAS TT E not mounted L__ y for ROK572390C000BR 3 3V model only for ROK572390C020BR 5V model only A a T Ver 1 00 Power Push SW Ring connectors LD DRAWN CHECKED DESIGNED APPROVED 4 5 Z It corresponds a for ROK572390C000BR 3 3V model SCALE O and ROK572390C020BR 5V model pate O 10 277 DK B 2 4 PCO AO POEO IRQ4 23 4 A 15 1 23 4 D 15 0 2 3 4 PFO ANO 2 3 4 PF1 AN1 23 4 PF2 AN2 23 4 PF3 AN3 2 3 4 PF8 AN8 2 3 4 PF9 AN9 2 3 4 PF10 AN10 2 3 4 PF11 AN11 2 3 4 PF12 AN12 2 3 4 PF13 AN13 2 3 4 PF14 AN14 2 3 4 PF15 AN15 2 3 4 PA9 IRQS TCLKD CS3 SSLO SCKO 2 4 PE1 TIOCOB TIOCABS TENDO 2 4 PEO TIOCOA TIOC4AS DREQO 23 RESET 2 EXTAL 2 4 NMI 2 WDTOVF 2 3 4 PA7 IRQ5 TCLKB CS5 MOSI TXD1 2 3 4 PA8 IRQ4 TCLKC CS4 MISO RXD1 2 3 4 PA6 IRQ6 TCLKA CS6 RSPCK SCK1 2 34 PE10 TIOC3C TXD2 DREQ3 SSL3 2 4 PE9 TIOC3B DACK2 24 PE11 TIOC3D DACK3 2 4 PE12 TIOC4A 2 4 PE14 DACKO TIOC4C 2 4 PE13 TIOC4B MRES 2 4 PE15 DACK1 TIOC4
44. are area 8 KB H 0040 4000 H 800F i BOOF 418010 Data flash 32KB SH 8020 Data flash 32 KB H 8010 ar rte H 80FF HL SORE bd FCURAM 8 KB IE 8 FCURAM 8 KB H 80FF H 8OFF H FFE7 G O OT H FEET HODIERNA Internal RAM 32 KB EREE Internal RAM 32 KB ierra H FFF9 Internal RAM 32KB H FFF9 Internal RAM 32 KB ene pg H FFFD P AM REED H FFFE H FFFE Peripheral I O Peripheral O H FFFF EM 3 29247428 ESE Figure 1 5 SH7239 Memory Map Example MCU Mode 3 R20UTO297EJ0100 Rev 1 00 a2 AS 1 8 Nov 08 2010 XENES SH7239 CPU Board ROK572390 1 Overview H 0000 H 0008 H 0040 H 0040 H 0200 H 0220 H 0400 H 0420 H OBFF H OCOO H 0C20 H 1000 H 1020 H 1400 H 1420 H 1800 H 1820 H 800F H 8010 H 8010 H 80FF H 80FF H 80FF H FFF7 H FFF8 H FFF8 H FFF9 H FFF9 H FFFD H FFFE H FFFF 0000 0000 2000 4000 0000 0000 0000 0000 FFFF 0000 0000 0000 0000 0000 0000 0000 0000 FFFF 0000 8000 7FEF 8000 A000 FFFF 0000 8000 0000 8000 FFFF 0000 FFFF SH7239 Logic Space in MCU Mode 2 Internal ROM Enabled Mode CS0 space SJ A V CS3 space CS4 space CS6 space H OCOO 00 CS5 space AE SEET H 0000 0000 0040 SE H 020 H 0420 H OBEF o o A 1000 0000 8 1020 0000 A 1400 0000 RER H FFF7 EFFE H FFF8 H F
45. ate the signals connected to the CPU pin via zero ohm resistor NOT installed Remove or install zero ohm resistors according to connectors and pins to use No signal conflicts are allowed R20UT0297EJ0100 Rev 1 00 a2 AS 2 8 Nov 08 2010 SENES SH7239 CPU Board ROK572390 2 Functions Table 2 5 UO Port Functions 3 4 SH7239 Common ring connector Application header Pin Name Ji J2 J3 J4 JA3 JAS JAG Function VSS PDO DO DO PD1 D1 D1 PD2 D2 TIC5U RXD2 D2 TIC5U PD3 D3 TIC5V TXD2 D3 TIC5V PD4 D4 TIC5W SCK2 D4 TICSW PD5 D5 TIC5US D5 TIC5US PD6 D6 TIC5VS D6 TIC5VS PD7 D7 TIC5WS D7 TICSWS VCC VSS PB20 AUDATAO PB21 AUDATA1 PD8 D8 TIOC3AS D8 TIOC3AS AUDATAO PD9 D9 TIOC3CS D9 TIOC3CS AUDATA1 PD10 D10 TIOC3BS D10 AUDATA2 TIOC3BS PD11 D11 TIOC3DS D11 AUDATAS TIOC3DS PD12 D12 TIOC4AS D12 AUDSYNC TIOC4AS PD13 D13 TIOC4BS D13 AUDCK TIOC4BS PD14 D14 TIOC4CS D14 TIOC4CS PD15 D15 TIOC4DS D15 TIOC4DS VSS VCC PA9 IRQ3 TCLKD CS3 IRQ3 CS3 SSLO SCKO PA8 IRQ4 TCLKC CS4 RXD1 MISO RXD1 PA7 IRQ5 TCLKB CS5 TXD1 TCLKB MOSI TXD1 PA6 IRQ6 TCLKA CS6 SCLK1 TCLKA RSPCK SCK1 CS6 PAO RXDO CSO CRxO CS0 CRx0 IRQ4 PA1 TXDO CS1 CTx0 CTXO IRQ5 IRQ5 Notes 1 Brackets indicate the signals connected to the CPU pin via a device and zero ohm resistor installed 2 Parentheses indicate the
46. ating Specifications 3 2 1 Jumpers JP1 JP2 JP3 The ROK572390 provides three jumpers JP1 JP2 and JP3 These jumpers are not populated by default e JPI Power select jumper JP1 is a jumper to specify whether to supply SVCC or 3 3VCC power to the SH7239 and other devices on the board Short circuit pins 1 and 2 of JP1 to supply 5VCC and short circuit pins 2 and 3 of JP1 to supply 3 3VCC JP1 is not populated by default VCC power supply voltage is fixed to 3 3 V by the zero ohm resistor R70 on the ROK572390C000BR On the ROK572390C020BR short circuit pins 1 and 2 of JPI to fix the VCC to 5 V e JP2 RCAN signal connection jumper JP2 is a jumper to specify whether to connect the SH7239 RCAN related signal PAO RXDO CSO CRxO IRQA to the RCAN port connector J9 Short circuit JP2 to connect to J9 connector SH7239 PAO0 RXDO CSO CRxO IRQA pin is also used as CSO to control SRAM To use the pin as CSO signal leave JP2 as opened Note that the RCAN port connector J9 cannot be used JP2 is not populated by default and PAO RXDO CSO CRxO IRQA signal is connected to the RCAN port connector J9 by the zero ohm resistor R41 pin as the ADTRG input short circuit JP3 Leave JP3 as opened to use PCI AI ADTRG pin as output pin i e Al JP3 is not populated by default Install a zero ohm resistor R82 not installed by default to connect user switch SW2 IRQ3 output to PCI A1 ADTRG pin Table 3 20 lists the power select jumper JP1 setting
47. cation header JA5 CAN1RX CAN1TX Specifying pin functions of the RCAN related pins When using the RCAN port connector Leave the pin as default When connecting the application header JA5 Remove zero ohm resistors R39 R41 and install resistors R40 R44 When using the pin as CS0 Remove a zero ohm resistor R41 Install the resistor R30 to use SRAM on the board Figure 2 6 RCAN Interface Block Diagram R20UT0297EJ0100 Rev 1 00 a2 AS 2 11 Nov 08 2010 XENES SH7239 CPU Board ROK572390 2 Functions 2 7 LCD Interface The ROK572390 includes a 14 pin character LCD interface connector J10 The SH7239 PC2 to PC pins control the character LCD module These pins are also used as address to SRAM optional on the ROK572390 Pins PC2 to PC7 are also connected to application headers JA1 JA3 No signal conflicts are allowed Figure 2 7 shows the character LCD interface block diagram SH7239 PC4 A4 PC5 A5 PC6 A6 LCD inter i PCZ A7 interface connector d LCDD7 LCDD6 4 LCDD5 LCDD4 DVC LCDE R W Fixed to write PC2 A2 e LCDRS PC3 A3 z 1ko 100 ko Ak L VSS VSS Not install br Application header JA1 e j IOPort 0 l IOPort 1 IOPort 2 e l IOPort 3 Application header JA3 3 A2 4 S A3 A4 2 A5 1 A6 8 A7 Figure 2 7 LCD Interface Block Diagram R20UT0297EJ01
48. ck diagram VCC E Serial port connector Je SH7239 22 ko 22k0 RS 232C Ron ao A transceiver 00x4 LARAA 49 0 PE10 TIOC3C DREQ3 TXD2 SSL3 kd 2x4 oe COD e HARA gt ZV t V Vg ETN o 9 RE oo HER Ret ey AW 9 oA Res o T E zh PE7 TIOC2B UBCTRG RXD2 SSL1 R65 l Ie MAL e 00 R66 00 ot R167 installed kee Application header JA6 17 Not installed when using a socket with the 4 straight cable 5 e l Not installed when using a plug with the 6 RS232TX 4 crossover cable default RS232RX Male plug with the Female socket with the 8 crossover cable straight cable SCIbTX SCIbRX 5 GND O 52 Bo PB3 A19 IRQ3 TXD3 TIOCOC BREQ AH TDO 51 3 o PB2 A18 IRQ2 RXD3 TIOCOB BACK TDI s o Application header JA2 lt jo n VCC 11 ai Mi UD Me H UDI port connector block 2 10k0x2 TDO TDI 2 NEM Note Some zero ohm resistors to select signals are not indicated To use the Serial port connector J8 in boot mode Remove zero ohm resistors R59 and R60 connecting signals PE10 and PE7 between the RS 232C transceiver and the SH7239 Then install zero ohm resistors R166 and R167 not installed by default to connect signals PB3 and PB2 Note that the H UDI port connector cannot be used
49. cted to through holes via zero ohm resistors installed by default 2 These pins are connected to through holes via zero ohm resistors NOT installed by default OW NI DOD oy A WO N o o R20UT0297EJ0100 Rev 1 00 E AS 3 3 Nov 08 2010 ENES SH7239 CPU Board ROK572390 3 Operating Specifications Table 3 2 lists the pin descriptions for JA2 Table 3 2 JA2 Pin Descriptions Signal Name Pin Function Used RESET EXTAL NMI GND WDTOVF PA7 IRQ5 TCLKB CS5 MOSI TXD1 TXD1 PC13 A13 IRQO TCLKB IRQO PEO TIOCOA TIOC4AS DREGO TIOCOA PA8 IRQ4 TCLKC CS4 MISO RXD1 RXD1 PC14 A14 IRQ1 TCLKC IRQ1 PE1 TIOCOB TIOC4BS TENDO TIOCOB PA6 IRQ6 TCLKA CS6 RSPCK SCKI SCK1 PE10 TIOC3C TXD2 DREQ3 SSL3 TIOC3C NC PE9 TIOC3B DACK2 TIOC3B PE11 TIOC3D DACK3 TIOC3D PE12 TIOC4A TIOC4A PE14 DACKO TIOCAC TIOC4C PE13 TIOC4B MRES TIOC4B PE15 DACK1 TIOC4D IRQOUT TIOC4D PE5 TIOC1B TIOC3BS TXD3 T TIOC1B PE6 TIOC2A TIOC3DS RXD3 T TIOC2A PA6 IRQ6 TCLKA CS6 RSPCK SCK1 l TCLKA PA7 IRQ5 TCLKB CS5 MOSI TXD1 TCLKB PC15 A15 IRQ2 TCLKD T IRQ2 PE4 TIOC1A SCK3 POE8 IRQ4 TIOCIA PE2 TIOCOC TIOC4CS DREGQI TIOCOC PCO0 AO POEO IRQ4 POEO PC12 A12 TCLKA TCLKA PC13 A13 IRQO TCLKB TCLKB Notes 1 These pins are connected to through holes via zero ohm resistors installed by default 2 These pins are connected to throug
50. d Application header JA6 a as 2 VVI DACK BOOT MODE BOOT Reset module Orange G lt gt VSS Figure 2 10 LED and Potentiometer Block Diagram R20UT0297EJ0100 Rev 1 00 131 N SAS 2 15 Nov 08 2010 SH7239 CPU Board ROK572390 2 Functions 211 Power Module A 5 V power supply is input to the ROK572390 and the regulator on the ROK572390 generates 3 3 V As itis a step down DC DC switching regulator the desired voltage can be generated by changing the resistance value As the power select jumper JP1 is not populated by default VCC is fixed to 3 3 V on the ROK572390C000BR with the SH7239A MCU On the ROK572390C020BR with the SH7239B VCC is fixed to 5 V The ROK572390 can use a 5 V DC output regulated power supply via the external power supply connector J11 The SH7239 system power supply VCC and analog power supply AVCC can be supplied from external source Apply the power to the system power supply via the external power supply connector J13 and to the analog power supply via the external power supply J12 To supply the power to the analog power supply individually remove the zero ohm resistor R71 which connects the 5 V power supply and analog power supply External power supply connectors J11 to J13 are not installed by default Figure 2 11 shows the ROK572390 power supply circuit block diagram Note When operating the ROK572390 make sure to apply power from the DC power jack J5 or external power supply connec
51. dard 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 eguipment and medical eguipment 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 its products semiconductor products have specific characteristics such as the occurrence of failure at a certain rat
52. e 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 if you have any questions regarding the information contained in this d
53. ector TDI pin assignment i 1 110 o 2 RES 3 0 o 4 6 ASEBRKAK ASEBRK slo ole q NC 710 O 8 ASEMDO oo i 0 2 12 14 11 0 O 42 GND 1910 O 14 eska i VSS Other pins of the H UDI port connector are not connected open Notes 1 These pin assignmenis differ from those of the E10A USB emulator however the physical layouts are the same 2 To use 38 pin H UDI port connector 38 pin Mictor connector HSO0005ECKO1H E10A USB optional cable is required Figure 2 8 H UDI Port Connector Block Diagram R20UT0297EJ0100 Rev 1 00 a2 AS 2 13 Nov 08 2010 ENES SH7239 CPU Board ROK572390 2 Functions 2 9 Switches and Jumpers The ROK572390 includes push switches to reset NMI and IRQ interrupt input ADTRG input and DIP switches to set the operating mode Reset switch and user switch SW1 NMI sets the SH7239 programming mode Refer to 2 13 Reset Module for details on the reset switch circuit and mode setting DIP switches R82 Make sure not to specify the PCI A1 ADTRG as output when R82 is installed The ROK572390 provides jumpers to select the power supply source and connects the RCAN signal For details on jumpers refer to Chapter 3 Operating Specifications Figure 2 9 shows the block diagram of interrupt switches VCC VCC 10 KQ 4 7 KQ 220 Q E User switch SW3 IRQ4 E l L VSS VCC
54. h holes via zero ohm resistors NOT installed by default R20UTO297EJO100 Rev 1 00 a2 AS 3 4 Nov 08 2010 ENES SH7239 CPU Board ROK572390 3 Operating Specifications Table 3 3 and Table 3 4 list the pin descriptions for JA 3 Table 3 3 JA3 Pin Descriptions 1 2 Signal Name Pin Function Used PCO A0 POEO IRQ4 PC2 A2 PC3 A3 PC4 A4 PC5 A5 PC6 A6 PC7 A7 PC8 A8 CRx0 RXD0 POE4 PC9 A9 CTxO TXDO SCKO PC10 A10 TIOC1A CRx0 RXDO PC11 A11 TIOC1B CTxO TXDO PC12 A12 TCLKA PC13 A13 IRQO TCLKB PC14 A14 IRQ1 TCLKC PC15 A15 IRQ2 TCLKD PDO DO PD1 D1 PD2 D2 TIC5U RXD2 PD3 D3 TIC5V TXD2 PD4 D4 TIC5W SCK2 PD5 D5 TIC5US PD6 D6 TIC5VS PD7 D7 TIC5WS PA17 RD NC PA9 IRQ3 TCLKD CS3 SSLO SCKO PA6 IRQ6 TCLKA CS6 RSPCK SCK1 PD8 D8 TIOC3AS AUDATAO PD9 D9 TIOC3CS AUDATA1 PD10 D10 TIOC3BS AUDATA2 PD11 D11 TIOC3DS AUDATA3 PD12 D12 TIOC4AS AUDSYNC PD13 D13 TIOC4BS AUDCK PD14 D14 TIOC4CS PD15 D15 TIOC4DS Note 1 These pins are connected to through holes via zero ohm resistors NOT installed by default i NI OD O0 El wo N o A o R20UTO297EJO100 Rev 1 00 a2 AS 3 5 Nov 08 2010 ENES SH7239 CPU Board ROK572390 3 Operating Specifications Table 3 4 JA3 Pin Descriptions 2 2 Signal Name Pin Function Used PBO A16 IRQO TIOC2A TMS 9
55. ifications Dimensions 100 mm x 120 mm Mounting form 4 layer double sided Number of boards 1 Notes 1 These parameters apply to the ROK572390C000BR These parameters apply to the ROK572390C020BR User is allowed to install SRAM on the ROK572390C000BR Power supply voltage is fixed to 3 3 V on the ROK572390C000BR 5 V on the ROK572390C020BR coo R20UTO297EJO100 Rev 1 00 a2 AS 1 3 Nov 08 2010 ENES SH7239 CPU Board ROK572390 1 Overview 1 4 Exterior Figure 1 2 shows the exterior of the ROK 572390 Figure 1 2 ROK572390 Exterior R20UT0297EJ0100 Rev 1 00 AS 1 4 Nov 08 2010 RENES SH7239 CPU Board ROK572390 1 Overview 1 5 Block Diagram Figure 1 3 shows the block diagram of the ROK572390 RCAN port 38 pin H UDI 14 pin H UDI Serial port connector port connector port connector connector H UDI AUD SCi ch2 SH7239 CPU board 5V103 3 V RCAN ROK572390 3 3 V to 5 V LCD le PORT Optional interface connector SH7239 EEPROM SRAM Crystal unit 160 MHz T 64 KB KB 10 MHz or 100 MHz 64 or 12 5 MHz 5V Power 33V a 8 or 16 bit select gt jumper or B V 33V External bus 40 MHz max 8 or 16 bit DC DC Common ring connectors optional and Application headers optional Notes 1 These are applicable to the ROK572390C000BR 2
56. ion 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 585 900 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 ZF 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 406 10 keppel Bay Tower Singapore 098632 Tel 65 6213 0200 Fax 65 6278 8001 Renesas Electronics Malaysia Sdn Bhd Unit 906 Block B Menara Amcorp Amcorp
57. istors AVCC R62 DAL MAXS222CPW he DAF RAB RA7 RAQ RA10 5 RS232RX Dan EL Texas Instruments e E R49 R66 Y atooka A100KQ A100KQ Amen VRI DOE R55 Ret N6L50TOS 103 or CT 6ETV10K R63 R58 Piher COPAL R65 R54 ERNI 154188 MALE JPN 154286 FEMALE RSK n Serial connector mount tab GND for Male connector only not mounted m mE _ for Female connector only E Ver 1 00 SRAM RCAN SERIAL AUD H UDI U DRAWN CHECKED DESIGNED APPROVED EEPROM A D 3 5 It corresponds Ey for ROK572390C000BR 3 3V model SCALE T and ROK572390C020BR 5V model rar 19 10 27 1 2 3 4 5 5V To 3 3V Switching Regulator SH7259 Ring Connector 5VCC BAT54 7 F Di DIODES va asi SS U14 LM2738 YMY 2 3 5 Diso lt gt PWR NATIONAL SEMICONDUCTORS s VINC BOOST sves s S 2 oor T S AE e pa 1 ij xi CDR
58. n 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 sheets or data books etc Stan
59. nal Name ASEMDO NC UVCC NC GND GND Note Pin assignments for 14 pin H UDI port connector J6 differ from those of the E10A USB emulator however the physical layouts are the same R20UT0297EJ0100 Rev 1 00 E AS 3 13 Nov 08 2010 ENES SH7239 CPU Board ROK572390 3 Operating Specifications Table 3 13 J7 Pin Descriptions Signal Name Signal Name ASEBRKAK ASEBRK NC UVCC AUD UVCC NC NC NC NC AUDATAS AUDATA2 AUDATA1 AUDATAO AUDSYNC NC NC NC Note To use 38 pin H UDI port connector a user interface cable for 38 pin Mictor connector HSOOOSECKO1H E10A USB optional cable is reguired R20UTO297EJO100 Rev 1 00 a2 AS 3 14 Nov 08 2010 ENES SH7239 CPU Board ROK572390 3 Operating Specifications 3 1 5 Serial Port Connector J8 The ROK572390 includes a serial port connector J8 J8 connector has two options for wiring on the ROK572390 using a male jack with the crossover cable or a female socket with the straight cable by removing and installing zero ohm resistors R49 R54 R55 R56 R58 R61 R63 R65 and R66 as appropriate The ROK572390 installs resistors R54 R56 R58 R61 and R66 to include a male jack with crossover cable by default Figure 3 6 shows the pin assignments for J8 Table 3 14 lists the pin descriptions for J8 These are pin assignments and descriptions for using a male jack with crossover cable
60. ncluded in this CPU board and must be prepared by user Figure 1 1 Configuration Using the ROK572390 R20UT0297EJ0100 Rev 1 00 AS Nov 08 2010 RENES H UDI port connector 14 pin or 38 pin E10A USB emulator AC adapter provided with the CPU board SH7239 CPU Board ROK572390 1 Overview 1 3 Board Specifications Table 1 1 lists the specifications of the ROK 572390 Table 1 1 R0K572390 Board Specifications Item Description SH7239A or SH7239B e Input XIN clock 10 MHz or 12 5 MHz e CPU clock Up to 160 MHz or 100 MHz e Peripheral clock Up to 40 MHz or 50 Hz Internal memory Flash memory 512 KB RAM 64 KB FLD flash memory to store data 32 KB EEPROM 64 KB SPI interface SRAM 64 KB 8 bit bus x 2 optional Connectors Common ring connectors All CPU signals optional Application headers Bus I O VCC GND optional Serial port connector D sub 9 pin RCAN port connector 3 pin pin header 14 pin LCD interface connector 14 pin H UDI port connector 38 pin H UDI port connector LEDs potentiometer Power LED 1 Boot mode LED 1 User LEDs 4 10 kO potentiometer 1 Switches jumpers Reset switch 1 User switches 3 NMI IRQ3 or ADTRG IRQ4 Mode setting DIP switches 1 2 package Power select jumper 1 Not populated e RCAN signal connection jumper 1 Not populated ADTRG signal connection jumper 1 Not populated Board spec
61. nects the SH7239 bus and UO ports to application headers RCAN Interface Connects the SH7239 RCAN pins to the RCAN port connector via the RCAN transceiver LCD Interface Character LCD interface H UDI Interface Connects the SH7239 H UDI AUD pins to the H UDI port connectors 14 pin 38 pin to enable debugging the ROK572390 using the E10A USB emulator Switches and Jumpers e Reset switch e User switches 3 Connects NMI IRQ3 or ADTRG and IRQ4 pins Mode setting DIP switches 1 2 package Power select jumper 1 Not populated RCAN signal connection jumper 1 Not populated ADTRG signal connection jumper 1 Not populated LEDs and Potentiometer Power LED 1 Boot mode LED 1 e User LEDs 4 e 10 kO potentiometer 1 Power Module Controls the ROK572390 system power supply Clock Module Clock source 10 MHz or 12 5 MHz crystal unit Reset Module Resets the devices installed on the ROK572390 Notes 1 RP O Inm Operating Specifications Refer to chapter 3 for details on connectors switches LEDs and the potentiometer These parameters apply to the ROK572390C000BR R20UT0297EJ0100 Rev 1 00 Nov 08 2010 These parameters apply to the ROK572390C020BR User is allowed to install SRAM on the ROK572390C000BR H UDI port connector cannot be used when using addresses A16 to A20 and AH by the application headers 131 N SAS A SH7239 CPU Board ROK572390
62. ocument 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 com weee This page 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 is necessary in order to use this manual This manual compri
63. rite Timing Chart Table 2 2 Bus State Controller Settings User Area Target Device Setting M5M5256DVP 70G CSO space bus control register CSOBCR Recommended value H 0240 0400 Number of idles between Read Write cycles IWRWD 2 0 IWRWS 2 0 B 001 1 idle cycle inserted Memory TYPE 2 0 B 000 normal space Data bus width BSZ 1 0 B 10 16 bit bus CSO space wait control register CSOWCR Recommended value H 0000 0940 assertion SW 1 0 B01 1 5 cycles Number of access wait cycles WR 3 0 B 0010 2 cycles External wait mask specification WM B 1 Ignore external wait input negation HW 1 0 B 00 0 5 cycles R20UT0297EJ0100 Rev 1 00 a2 AS 2 4 Nov 08 2010 ENES SH7239 CPU Board ROK572390 2 Functions 2 3 2 EEPROM The ROK572390 includes a 64 KB EEPROM 64 Kword x 8 bit The SH7239 Renesas Serial Peripheral Interface controls the EEPROM Pins to control EEPROM are also connected to the user switch SW2 and application headers JAI JA2 and JA3 to be multiplexed with SCI channel 1 pin MTU2 pins IRQ3 CS3 and CS6 signals Note that these signals cannot be used at the same time Figure 2 4 shows the SH7239 and EEPROM configuration voc EEPROM R1EX25512ATA00A SH7239 64 Kword x 8 bit fem 78 PA9 IRQ3 TCLKD CS3 SSLO SCKO 79 S PA8 IRQ4 TCLKC CS4 MISO RXD1 80 Q PA7 IRQ5 TCL
64. s Signal Name PB18 AUDATA2 Signal Name PB19 AUDATAS FWE ASEBRKAK ASEBRK ASEMDO AVREFVSS AVSS PFO ANO PF1 AN1 PF2 AN2 PF3 AN3 AVCC AVREF AVREF AVCC PF4 AN4 PF5 AN5 PF6 AN6 PF7 AN7 AVSS AVREFVSS PF8 AN8 PF9 AN9 PF10 AN10 PF11 AN11 PF12 AN12 PF13 AN13 PF14 AN14 PF15 AN15 MDO NC NC NC NC NC R20UTO297EJ0100 Rev 1 00 a2 ESAS Nov 08 2010 CEN NC SH7239 CPU Board ROK572390 3 Operating Specifications 3 1 3 DC Power Jack J5 The ROK572390 includes a DC power jack J5 Figure 3 4 shows the pin assignments for J5 Table 3 11 lists pin descriptions for J5 Top view of the component side Board edge Figure 3 4 J5 Pin Assignments Table 3 11 J5 Pin Descriptions Pin No Signal Name R20UTO297EJO100 Rev 1 00 a2 AS 3 12 Nov 08 2010 ENES SH7239 CPU Board ROK572390 3 Operating Specifications 3 114 H UDI Port Connectors J6 and J7 The ROK 572390 includes 14 pin J6 and 38 pin J7 H UDI port connectors to connect E10A USB emulator Figure 3 5 shows the pin assignments for J6 and J7 Table 3 12 and Table 3 13 list the pin descriptions for J6 and J7 Top view of the component side Board edge Figure 3 5 J6 and J7 Pin Assignments Table 3 12 J6 Pin Descriptions Signal Name Sig
65. s Table 3 21 lists the RCAN signal connection jumper JP2 settings Table 3 22 lists the ADTRG signal connection jumper JP3 Table 3 20 Power Select Jumper JP1 Settings A emen P1 Supplies 5 V power to the VCCQ 2 3 Supplies 3 3 V power to the VCCQ Table 3 21 RCAN Signal Connection Jumper JP2 Settings humo Sue in O JP2 Short circuit Connects PAO RXD0 CS0 CRx0 IRQ4 signal to the RCAN port connector J9 Open Leaves PAO0 RXDO CSO CRxO IRQA signal disconnected from the RCAN port connector J9 Table 3 22 ADTRG Signal Connection Jumper JP3 Settings KE Short circuit Connects user switch SW2 IRQ3 output to PC1 A1 ADTRG pin Open Leaves user switch SW2 IRQ3 output disconnected from PC1 A1 ADTRG pin Note Do not change the jumper settings while the board is ON Make sure to turn the power OFF before changing the settings R20UT0297EJ0100 Rev 1 00 TENESAS 3 20 Nov 08 2010 SH7239 CPU Board ROK572390 3 Operating Specifications 3 2 2 Switches The ROK572390 includes four push switches and mode setting DIP switches Table 3 23 lists switches and Table 3 24 lists the mode setting DIP switches settings Table 3 23 ROK572390 Switches Number Description Remarks Reset switch Refer to 2 13 for details on connecting signals User switch NMI input Refer to 2 9 for details on connecting signals User switch IRQ3 input and ADTRG input User switch IRQ4 input
66. s implied or otherwise is 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 is prohibited under any applicable domestic or foreign laws or regulations Renesas Electronics has used reasonable care in preparing the informatio
67. ses an overview of the CPU board its 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 SH7239 CPU board ROK572390 Document Type User s Manual Description Describes functions devices memory maps electrical characteristics and operating specifications connectors and switches Document Title SH7239 CPU Board ROK572390 Users Manual Document No This publication Installation Manual Describes how to set up hardware and software SH7239 CPU Board ROK572390 Installation Manual R20UT0298EJ The following documents apply to the SH7239 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 User s manual Hardware Description Hardware specifications pin assignments memory maps peripheral function specifications electrical characteristics timing charts and operation description Note Refer to application notes for details on using peripheral functions Document No RO1UHOOBGEJ Document Title SH7239 Group SH7237 Group Users manual Hardware Software manual Description of CPU instruction set
68. signals connected to the CPU pin via zero ohm resistor NOT installed Remove or install zero ohm resistors according to connectors and pins to use No signal conflicts are allowed R20UT0297EJ0100 Rev 1 00 a2 AS 2 9 Nov 08 2010 ENES SH7239 CPU Board ROK572390 2 Functions Table 2 6 I O Port Functions 4 4 SH7239 Common ring connector Application header Pin Name Ji J2 J3 J4 JA3 JAS JA6 Function XTAL VSS EXTAL NMI RES PLLVSS PLLVCC PB18 AUDATA2 PB19 AUDATA3 VSS FWE ASEBRKAK ASEBRK ASEMDO AVREFVSS AVSS PFO ANO PF1 AN1 PF2 AN2 PF3 AN3 AVCC AVREF AVREF AVCC PF4 AN4 PF5 AN5 PF6 AN6 PF7 AN7 AVSS AVREFVSS PF8 AN8 PF9 AN9 PF10 AN10 PF11 AN11 PF12 AN12 PF13 AN13 PF14 AN14 PF15 AN15 MDO Notes 1 Brackets indicate the signals connected to the CPU pin via a device and zero ohm resistor installed 2 Parentheses indicate the signals connected to the CPU pin via zero ohm resistor NOT installed Remove or install zero ohm resistors according to connectors and pins to use No signal conflicts are allowed R20UT0297EJ0100 Rev 1 00 a2 AS 2 10 Nov 08 2010 ENES SH7239 CPU Board ROK572390 2 Functions 2 6 RCAN Interface The ROK572390 includes a 3 pin RCAN port connector J9 The SH7239 CTx0 signal C
69. supplied both from J5 and J11 Signal Name iP i Table 3 18 J12 Pin Descriptions Note When supplying AVCC from J12 make sure to remove the zero ohm resistor R71 The ROK572390 may be destroyed when AVCC is supplied from J12 with R71 installed Signal Name E iF Table 3 19 J13 Pin Descriptions Signal Name VCC GND Note When supplying VCC from J13 on the ROK572390C000BR make sure to remove the zero ohm resistor R70 The ROK572390 may be destroyed when VCC is supplied from J13 with R70 installed Signal Name P NE R20UTO297EJO100 Rev 1 00 a2 AS 3 18 Nov 08 2010 ENES SH7239 CPU Board ROK572390 3 Operating Specifications 3 2 Operating Components The ROK572390 includes switches jumpers LEDs and a potentiometer as operating components Figure 3 10 shows the assignments of the ROK572390 operating components Top view of the component side SW4 Mode setting DIP switches JP2 RCAN signal connection jumper Boot mode LED 000000000000000 000000000000000 Power LED JP1 Power select jumper LEDO to LED3 User LEDs JP3 S S ADTRG signal connection jumper SW3 SW2 swt 0000000000000 0000000000000 1 ES p 2999909099999 2999999999909 nu e VR1 SW1 NMI switch Potentiometer SW2 IRG3 switch SW3 IRQA switch Figure 3 10 ROK572390 Operating Component Assignments R20UT0297EJ0100 Rev 1 00 TENESAS 3 19 Nov 08 2010 SH7239 CPU Board ROK572390 3 Oper
70. tional A2 2PA 2 54DSA Hirose Ji2 External power supply connector Optional A2 2PA 2 54DSA Hirose J13 External power supply connector Optional A2 2PA 2 54DSA Hirose POWER Power LED Green BOOT Boot mode LED Orange LEDO to LED3 User LEDs Green orange red red VR1 Potentiometer CT 6ETV10KQ NIDEC Copal RESET Reset switch B3S 1000 OMRON SW1 NMI switch B3S 1000 OMRON SW2 SW3 IRQ3 IRG4 switches B3S 1000 OMRON SW4 Mode setting DIP switches 2 package A6HF 2102 OMRON JP1 Power select jumper Optional 2 54 mm pitch 3 way pin header JP2 RCAN signal connection jumper Optional 2 54 mm pitch 2 way pin header JP3 Optional 2 54 mm pitch 2 way pin header ADTRG signal connection jumper Notes 1 AO DP R20UT0297EJ0100 Rev 1 00 Nov 08 2010 These parameters apply to the ROK572390C000BR These parameters apply to the ROK572390C020BR User is allowed to install SRAM on the ROK572390C000BR only Power supply voltage is fixed to 3 3 V on the ROK572390C000BR 5 V on the ROK572390C020BR 131 N SAS 1 7 SH7239 CPU Board ROK572390 1 Overview 1 7 Memory Maps Figure 1 5 and Figure 1 6 show memory map examples of the SH7239 and ROK572390 SH7239 Logic Space in MCU Mode 3 ROK572390 Memory Map Single chip Mode H 0000 0000 Internal ROM 512 KB Internal ROM 512 KB H 0008 0000 H 0008 0000 H 0040 2000 FCU firmware area 8 KB l E mE l i FCU firmw
71. tors J11 to J13 PS Power supply AVREF SH7239 AVREF AVCC AvCC i External Not J5 installed DC power ER EM PLLVCC jack 5VCC 5 VDC pou input Y LE sd Se VOC svcc I VSS External PS VOC Not t installed L SRAM JA NN VCC External i jial PS EEPROM Se Not VSS AVSS AVREFVSS installed RCAN Level shifter NEN LCD Note 1 Selecting the system power supply ROK572390C000BR Install R70 remove JP1 and fix to 3 3 V R0K572390C020BR Remove R70 connect pins 1 and 2 of JP1 and fix to 5 V Connect common ring connectors to following pins of the VCC AVCC and AVREF Not connected to the PLLVCC VCC J1 4 J2 8 J2 19 J3 4 J3 17 AVCC J4 12 J4 15 AVREF J4 13 J4 14 e Connect application headers to following pins of the 5VCC 3VCC AVCC and AVREF 5VCC JA1 1 VCC JA1 3 AVCC JA1 5 AVREF JA1 7 Figure 2 11 Power Supply Circuit Block Diagram R20UT0297EJ0100 Rev 1 00 a2 AS 2 16 Nov 08 2010 SENES SH7239 CPU Board ROK572390 2 Functions 2 12 Clock Module The ROK 572390 connects a 10 MHz or 12 5 MHz crystal unit to SH7239 XTAL and EXTAL pins according to the type of MCU e ROK572390C000BR connects 10 MHz crystal unit e ROK572390C020BR connects 12 5 MHz crystal unit Alternatively an input clock signal can be provided to EXTAL pin via the Application header JA2
72. vice and zero ohm resistor installed 2 Parentheses indicate the signals connected to the CPU pin via zero ohm resistor NOT installed Remove or install zero ohm resistors according to connectors and pins to use No signal conflicts are allowed R20UT0297EJ0100 Rev 1 00 ae AS 2 7 Nov 08 2010 ENES SH7239 CPU Board ROK572390 2 Functions Table 2 4 UO Port Functions 2 4 SH7239 Common ring Application header connector Pin Name J2 J3 JA5 JA6 Function PCO A0 POEO IRQ4 AO PC1 A1 ADTRG A1 A2 A3 PCA A4 PC5 A5 PC6 A6 PC7 A7 PC2 A2 PC3 A3 PC4 A4 PC5 A5 PC6 A6 PC7 A7 VSS VCC PC8 A8 CRx0 RXDO POE4 OO N oO oa AJOJN PC8 A8 POE4 PC9 A9 PC10 A10 PC11 A11 PC12 A12 TCLKA TCLKA A12 PC13 A13 IRQO TCLKB IRQO TCLKB A13 PC14 A14 IRQ1 TCLKC IRQ1 A14 TCLKC PC15 A15 IRQ2 TCLKD IRQ2 A15 TCLKD PBO A16 IRQO TIOC2A TMS A16 PB1 A17 IRQOUT ADTRG TIOCOA IRQ1 A17 TRST VCC VSS PB2 A18 IRQ2 RXD3 TIOC0B BACK TDI PB3 A19 IRQ3 TXD3 TIOCOC BREQ AH TDO PC9 A9 CTx0 TXDO SCKO PC10 A10 TIOC1A CRx0 RXDO E o a PC11 A11 TIOC1B CTxO TXDO E M PBA A20 IRO4 SCK3 TIOCOD WAIT BACK B S TCK VCL Notes 1 Brackets indicate the signals connected to the CPU pin via a device and zero ohm resistor installed 2 Parentheses indic

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