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SH7286 CPU Board M3A-HS87 User`s Manual

1. 4 S T Es _ TIE ETTTTTTTTTTTTTTTTTTT E lee er unmute ir d 9 6 5 gt lt M NX TX T eve E 9 d x da 2 E en s EH M 2 25 e z se EL 7 2452220 i j PERE eee CPR HESS 3 Lu 82 000 65 000 mes 2 Pv am Bh unb momo mou uomo 4 mon Am mm SHEILA GE mE aA r r mm _ Bn 8 oll 252 9 Figure 3 3 1 587 Board Dimensions Rev 1 01 Jun 09 2009 3 28 2 NE SAS REJ11J0028 0101 Appendix 587 SCHEMATICS 1 5 7286 CPU Board M3A HS87 SCHEMATICS TITLE PAGE INDEX 1 Note 2 Digital SY SV CC 2 VCC CPU CPU 5V 3 3V USB Serial RCAN Interface 4 AVOC e CPU Analog SV H UDI Power Reset EEPROM y DENCO USB Other Connectors PUSH DIP SW LED 6 R Fixed Resistors RA Resister Array C Ceramic Caps Electrolytic Caps CP Decoupling Caps Demitasse resonance Caps L Indu
2. 2 3 a cing MT 2 4 MO Ie A _ ____ ____ 2 4 82 AN 2 4 3 EEPROM c casas 2 6 Wei deep 2 7 2 8 2 OWEN SUID el OG UC E T OO em 2 11 E EE mom 2 12 2 S RCAN 2 13 e GO E NOUO m 2 14 2 15 2AT TOT WN 2 15 O mom 2 16 Chapter Operating 5 3 1 c reat NE 3 2 3 1 1 H UDI Port Connectors J1 and J2 3 4 o NIRE 3 6 3 1 3 Power Supply Connector 4 998 3 7 3 1 4 SH7286 External Power Supply Connectors 45 J6 J17 and 918 3 8 9 1 5 DC Power Supply ases aed 3 9 3 1 6 Extension Connectors J8 to J12 16
3. aaa cocco c sa ad aaa sa nr ca aas 3 10 3 1 27 HOAN Port Connector d 19 3 18 3 1 0 USB Port Connector 14 3 19 GND Comme ClO IS 3 20 LEDS T E 3 21 3 2 1 CPU Power Switching Jumper 3 22 3 2 2 External Power Switching Jumpers JP2 to 5 9 9 3 23 3 2 3 Port Remove Jumpers and 10 3 24 REJ11J0028 0101 3 2 4 Switches and LEDS sianiemestimousdatnesiewindilicmdins sainbaiansiamemndiamoesdatoesticienaibcmdiwaldonadacnaanasicuiamdcatashaemencees 3 25 3 2 5 Jumper Switch Setting when Using the Development 1 3 27 go DIMENSIONS 3 28 APOTI a EE 1 87 SCHEMATICS Rev 1 01 Jun 09 2009 RENESAS Gi REJ11J0028 0101 Chapter 1 Overview 1 SH7286 CPU Board 87 User s Manual 1 1 Introduction 1 1 Introduction The M3A HS87 is a CPU board designed for users to evaluate the feature and performance of SH7286 group of Renesas Technology original microcomputer MCU as well as develop and evaluate the application software for the microcomputers described above All the pins of SH7286 data bus address bus and on chip peripheral function are connected to the extension connector to allow user to evaluate t
4. 5000000000 B amp 5 5 410 Extension connector optional 0000000 70000000 38000880606 1 1 2 15 20 7 e 7 DC power supply jack GE 85 e SHT286 ony a BOARD J11 Extension connector optional v 5 PEIS PES SL hp M 97 son 9 7 AM i Ww BE nu s 8 E i vy ge 12 5 El 88 MADE IN JAPAN DK30734 4 4912 6 4 2 412 Extension connector optional 31 0009 B 9 17 5 3 1 codo CE9 00 64 mm m m 40 07 reo 9 J16 J8 J9 Extension connector Extension connector Extension optional optional connector optional 29 27 25 230 1 m v 1591 9 7 3 a cas 00000 20 06 6 06 43 ee J CP50 RBS Rev 1 01 Jun 09 2009 REJ11J0028 0101 Figure 3 1 2 Connector Assignments Top View of the Solder Side 2 1 3 3 SH7286 CPU Board M3A HS87 User s Manual 3 3 1 1 H UDI Port Connectors J1 and J2 3 1 1 H UDI Port Connectors J1 and J2 The M3A HS87 includes two 36
5. DATE A 20 0 HE AA 2 D 15 0 lt gt 0 31 16 lt gt 016 016 gt 2 _____ p 3 M O D N AMA C RENESAS SOLUTIONS CORPORATION M3A HS87 DRAWN CHECKED DESIGNED APPROVED VCC CPU RA1 20 0 3 6 DO ANA D LAW D17 D2 CWE 018 RA2 4 7 04 4 LAM D20 D5 Wa D21 06 022 9 RA3 4 7 D8 8 L ANA D24 D9 2 _ D25 011 027 4 4 7 012 8 028 D13 LAN 2 D29 014 D30 D 15 0 3 6 D15 p31 4 7 D 31 16 3 6 PD16 D16 IRQO CSSZ AUDATAO 6 PD17 D17 IRQ1 POE5 SCK3 CS2 WRxD AUDATA1 6 PD18 D18 IRQ2 POE6 TXD3 CS1 WTxD AUDATA2 _ 6 PD19 D19 IRQ3 POE7 RXD3 CSO WSCK AUDATA3 6 PD20 D20 IRQ4 TICS5WS SCK4 POE8 6 PD21 D21 IRQ5 TICSVS TXD4 6 PD22 D22 IRQ6 TIC5US RXD4 AUDSYNC 6 PD23 D23 6 PD24 D24 DREQO TIOCADS AUDCK 6 PD25 D25 TIOCACS DREQ1 6 PD26 D26 TIOC4BS DACK1 6 PD27 D27 TIOCAAS DACKO 6 PD28 D28 TIOC3DS 6 PD29 D29 TIOC3BS 6 PD30 D30 TIOC3CS IRQOUT 6 PD31 D31 TIOC3AS ADTRG 6 PA14 RD 6 PA13 WRL DQMLL3 6 PA12 WRH DQMLU POE8 3 6 PA8TCLK TXD3 RD WR 3 6 PB11 CSO CS2 CS6 3 6 PA15 CLK 3 PA15 CK 6 PA9 TCLKD RXD3 CKE 3 6 PA7 TCLKB SCK3 CASL 3 6 3 6 PB12 TXD2 CS7 CS1 IRQ1
6. 7 PD31 D31 TIOC3AS ADTRG 8 PAA TXD1 SSO CS4 PA9 TCLKD RXD3 CKE Bus switch U3 U4 PB2 SCL POE1 IRQO EEPROM U16 U3 17 PDISIDISIRQS POEZIRXDS CSOWSCK AUDATAS Bus switch U3 007 20 GND Notes 1 These pins can be connected to SDRAM or bus switch only when SDRAM or bus switch is mounted on the board 2 These pins can be connected to EEPROM only when EEPROM is mounted on the board Rev 1 01 Jun 09 2009 3 14 2 1 REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 3 3 1 6 Extension Connectors J8 to J12 J16 Table 3 1 13 lists the extension connector J11 pin descriptions Table 3 1 13 Extension Connector J11 Pin Descriptions PD11 D11 TIOC3DS SDRAM 06 Extension connector J12 SDRAM U6 Extension connector J12 ue 412 PD6 D6 TIC5VS SDRAM U6 1 Extension connector J12 PD5 D5 TIC5US SDRAM 06 Extension connector J12 J12 PDO DO SDRAM U6 Extension connector J12 GND Note 1 These pins can be connected to SDRAM only when SDRAM is mounted on the board Rev 1 01 Jun 09 2009 3 15 2 NEC SAS REJ11J0028 0101 3 Rev REJ SH7286 CPU Board M3A HS87 User s Manual 3 1 6 Extension Connectors J8 to J12 J16 Table 3 1 14 lists the extension connector J12 pin descriptions Table 3 1 14 Extension Connector J12 Pin 1 27 8 __ 5 3 PARUTICSUIRASUPOEBIROSRASL 4 P
7. SN74CBTLV16211 Hole l 22 words x 16 bits 5 7286 SA14 PC15 A15 PC1 A1 15 2 gt 5413 5 12 5 1 11 0 CLK CKE CS PA15 CK PA9 CKE PB12 CS3 RAS CAS WE DQMU DQML DQ15 DQO PA6 RASL PA7 CASL PA8 RDWR PA11 DQMUU PA10 DQMUL PD31 D31 PD16 D16 32 bit mode d SN74CBTLV16211 AUDSYNC AUDATA3 AUDATA2 AUDATAO AUDCK AUDATAO 3 AUDSYNC SN74CBTLV16211 8M words x 16 bits 16 bit mode 14 A14 A1 gt SA13 gt BAO SA12 SA1 gt gt 11 0 CLK CKE CS RAS CAS WE ee eed PA12 DQMLU __ PA13 DQMLL PD15 D15 PDO DO DQ15 DQO Note When mounting SDRAM also mount items in red boxes Figure 2 3 1 SH7286 SDRAM Circuit Diagram Rev 1 01 Jun 09 2009 2 5 2 NEC SAS REJ11J0028 0101 5 7286 CPU Board M3A HS87 User s Manual 2 2 3 3 2 3 3 128kbit EEPROM can be mounted M3A HS87 optional EEPROM is controlled by the SH7286 on chip interface Table 2 3 2 lists summary of EEPROM specifications Figure 2 3 2 shows the circuit diagram between SH728
8. 0000 EFEFEF 0000 FFFF 0000 0000 FEEF 000 0000 FFFF 0000 8000 0000 FEFE 0000 SERE 4000 FFFF 0000 FEFE SH7286 logic space MCU mode 2 On chip ROM enabled mode CS0 space a CS1 space CS2 space CS3 space CS4 space H 1000 CS5 space H 1400 CS6 space CS7 space mode setting M3A HS87 Memory Map User area User area User area SDRAM 16 MB User area User area User area User area User area SDRAM mode setting SDRAM is optional Rev 1 01 Jun 09 2009 REJ11J0028 0101 Figure 1 7 2 SH7286 memory mapping example MCU mode 2 21 N SAS 1 SH7286 CPU Board 87 User s Manual 1 8 Absolute Maximum Ratings 1 8 Absolute Maximum Ratings Table 1 8 1 lists the absolute maximum ratings of the M3A HS87 Table 1 8 1 M3A HS87 Absolute Maximum Ratings Symbol SVCC SVsystempowersupplyvollge 03160 Operating temperature 0 C to 50 C Do not expose to condensation or corrosive gas Storage temperature 10 C to 60 Do not expose to condensation or corrosive gas Temperature refers to the air temperature in the vicinity of the board 1 9 Operating Conditions Table 1 9 1 lists the operating conditions of the M3A HS87 Table 1 9 4 587 Ope
9. 1005 PB USPND 1 12 14 1f PBO 111 120 PEO TIOCONTIOCAASIDDREQ 121 PET TIOCOB TIOCABS TENDO 122 PE2 TIOCOC TIOC4CS DREQ1 v 123 PES TIOCOD TIOC4DS TEND1 124 125 PES TIOCTB TIOCOBBS TXD3 v 126 PEG TIOC2ATIOCDS SCK3 129 PBI1 RXD2 CS6 CSZ CSONRQO CS2_ 130 PB12 TXD2 CS7 CS3 CS1 IRQ1 CS3 Y 133 PBIICTXO 132 PBI4 CRXO y 133 RESET 114 2 1388 PF ANO o 14 04 189 PFIUANT M0 PF2 AN2 1441 1 42 PFAANA 143 PFBAND M44 1445 PFZIAN 150 7 12 12 151 182 158 PFIANTT 1 188 1589 DAT 0000 000 12 168 PAOURXDO CSO 164 PAUTXDUCS 0 165 25 5 5 52 166 PASRXDUSSUCSS 167_ PA4TXDI SSOICS4 168 PAS SCKI SSCK CSS 169 PE7 TIOC2B RXD2 BS UBCTRG J 17 1 PEB TIOCGASCKO 172 PETUTIOCC TXD2 178 PES TIOCGBFRAME 174 PEH TIOCOD 14 175 PETZTIOCMAA 176 4 Legend lt lt x User switches User DIP switches User DIP switches User DIP switches
10. HA13721RPJE XG8S 0231 SN74LVC1T45DCK XM2C 0942 132L not mounted RENESAS SOLUTIONS CORPORATION M3A HS87 CHANGE H UDI Interface 5V To 3 3V Switching Regulator 1 2 Power On VCC CPU VCC CPU 2 3 Power Off D8 BAT54 7 F E U13 LM2738 YMY Switch 5VCC 3VCC VINC BOOST Power LED VCC_CPU J4 4 VC 2 5VCC UVCC NC NC MS 12AAH1 3 AUDCK AUDCK NC R75 3 AUDATAO AUDATAO ey AUD LL Ad Li id 3 AUDATA2 AUDATA2 GND pre Power PI muse c Connector 10uF 16V CE5 LED1 3 AUDSYNC _AUDSYNC GND e y UB1111C GND 54 R78 R79 BLUE Eq 19 ENP J7 2 TMS EE Edi 2 TRST t C 2 TDI GND 22 21 27700 gt Ea ASEMDE p 2 ASEBRKAK ASEBRK _ASEBRAK GND 01 GND 26 470 01 630 GND 39 DNE Tao GND SMS 1 GND VCC CPU EXTERNAL 3VCC 5VCC VCC_CPU VCC CPU CPU H UDI 14PIN J5 2 1 2 5V F 88 0231 _A2 2PA 2 54DSA CE6 TCK XG8S 0331 CE7 10pgF 16V _TRST ASEMD 10pgF 16V GND _ASEBRAK GND GND GND DrVCC EXTERNAL 7614 6002 DrVCC Power On Reset J6 VCC CPU DrVCC XG8S 0231 2 CE8 _A2 2PA 2 54DSA CE9 10yuF 16V L 10pgF 16V R80 R81 4 7 ut U1
11. 18 Rev 1 01 Jun 09 2009 3 8 2 1 REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 3 3 1 5 DC Power Supply Jack J7 3 1 5 DC Power Supply Jack J7 The M3A HS87 includes a DC power supply jack J7 Figure 3 1 8 shows the DC power supply jack pin assignments Table 3 1 9 lists pin descriptions for the DC power supply jack Top view of the solder side Board edge Figure 3 1 8 DC Power Supply Jack Pin Assignments J7 Table 3 1 9 DC Power Supply Jack Pin Descriptions J7 Signal Name Rev 1 01 Jun 09 2009 3 9 2 1 REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 3 3 1 6 Extension Connectors J8 to J12 J16 3 1 6 Extension Connectors J8 to J12 J16 The M3A HS87 includes through holes for mounting extension connectors The SH7286 I O pins are connected to the through holes The standard MIL connector can be connected to the through holes J8 to J12 to connect the expansion board or monitor the SH7286 bus signals Figure 3 1 9 and Figure 3 1 10 show pin assignments for the extension connectors Top view of the component side Board edge co J16 OO OO OO 52 ore OO 242 18 COCO g Board edge Figure 3 1 9 Extension Connector Pin Assignments Top View of the Component Side Rev 1 01 Jun 09 2009 3 10 2 1 REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s
12. CPU Notes 1 Default setting 2 Do not change the jumper settings while the board is ON Be sure to turn the power OFF before changing the settings Rev 1 01 Jun 09 2009 3 22 2 NEC SAS REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 3 3 2 2 External Power Switching Jumpers JP2 to JP5 3 2 2 External Power Switching Jumpers JP2 to JP5 Set JP2 to JP5 to switch the source of the power supply voltage to the SH7286 system power supply VCC USB power supply DrVCC analog power supply AVCC and A D reference power supply AVREF Figure 3 2 3 shows the external power switching jumpers assignments Table 3 2 2 lists the external power switching jumpers setting Top view of the component side Board edge DrVCC SEL CPU VCC SEL 2 P2 L 3 FIX INT FIX AVREF AVREF SEL 2 1 JP4 FIX AVCC SEL 21 1 JP5 Board edge Figure 3 2 3 External Power Switching Jumper Assignments JP2 to JP5 Table 3 2 2 External Power Switching Jumper Settings JP2 to JP5 Supplies the SH7286 power supply voltage VCC from J4 or J7 CPU VCC SEL Open LI Uses the external power supply voltage J5 or H13 eme the SH7286 USB power supply DrVCC J4 or J7 via a regulator DrVCC SEL Uses the external power supply voltage J6 H14 Connects the SH7286 AVCC to the 5 V fixed power suppl
13. npe A PATIRD 23 PA8TCLK TXD3 RD WR D15 4 D15 24 2 3 PD15 D15 TIOC4DS 2 3 PD15 D15 TIOC4DS 2 PA13 WRL DQMLL 2 3 PD14 D14 TIOC4CS 2 3 PD14 D14 TIOC4CS PA12 WRH DQMLU POE8 2 3 PD13 D13 TIOC4BS 2 3 PD13 D13 TIOC4BS 2 PD31 D31 TIOC3AS ADTRG 2 3 PD12 D12 TIOC4AS 2 3 PD12 D12 TIOC4AS 3 PA4 TXD1 SSO CS4 2 3 PD11 D11 TIOC3DS 2 3 PD11 D11 TIOC3DS 38 PA9 TCLKD RXD3 CKE 2 3 PD10 D10 TIOC3BS 2 3 PD10 D10 TIOC3BS 39 PA6 TCLKA RASL 2 3 PD9 D9 TIOC3CS 2 3 PD9 D9 TIOC3CS 5 PA7 TCLKB SCK3 CASL 2 3 PD8 D8 TIOC3AS td 2 3 PD8 D8 TIOC3AS 3 PA2 SCKO SCS CS2 2 3 PD7 D7 TIC5WS n 2 3 PD7 D7 TIC5WS 2 12 12122 2 PD17 D17 IRQ1 POE5 SCK3 CS2 WRxD AUDATA1 2 3 PD4 D4 TIC5W 2 3 PD4 D4 TIC5W 39 PD18 D18 IRQ2 POE6 TXD3 CS1 WTxD AUDATA2 2 3 PD3 D3 TIC5V 2 3 PD3 D3 TIC5V 5 PD19 D19 IRQ3 POE7 RXD3 CS0 WSCK AUDATA3 2 3 PD2 D2 TIC5U ee 2 3 PD2 D2 TIC5U PD22 D22 IRQ6 TIC5US RXD4 AUDSYNC 2 3 1 01 ta 2 3 PD1 D1 eta Cone 1 40 2031 _XG4C 2031 _XG4C 4031 2 3 D 15 0 E DRAWN CHECKED DESIGNED APPROVED 2 Connectors PUSH DIP_SW LED 6 Te DK30734C Revision History SH7286 CPU board M3A HS87 User s Manual Rev Date Description Apr 23 2009 1 01 Note 2 is
14. RCAN output pin CAN input pin A 4 m Analog input pin Analog input pin Analog input pin Analog input pin Analog input pin Analog input pin Analog input pin Analog input pin Analog input pin Analog input pin Analog input pin Analog input pin v Analog input pin v Analog input pin LED LED LED LED v The pin be connected to the extension connector specified at the top of this table The pin can only be connected to the extension connector specified at the top of this table when a 0 O resistor is mounted Rev 1 01 Jun 09 2009 2 10 2 NE SAS REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 2 2 6 Power Supply Module 2 6 Power Supply Module 5 DC 15 input to the M3A HS87 and the generator on the M3A HS87 generates 3 3 V DC As it is a step down DC DC switching regulator the desired voltage can be generated by changing resistance value 5 V DC power supply can be supplied from both DC regulated power supply via J4 power connector and AC adaptor via J7 DC power supply jack System power of SH7286 VCC can be switched back and forth between 3 3 V and 5 V by power switching jumper JP1 The default setting is at 5 V When switching the VCC follow the notes described below Note When mounting SDRAM with 5 V DC setting voltages beyond the maximum ratings may be supplied from the address bus data bus and control bus and it may cause malfunction in device Pay close attention f
15. 5 5 28 R105 00 46 2 I PF8 AN Q P A C gt R106 00 E 0 PFIO ANIO 2 23 2 11 11 gt 2 3 PCO AO POEO Kom EM 0 Lert 2031 _0 1pFx12 L NZ 6 AGND 3 2 40 C C10 C12 C14 C16 C18 C20 AGND C9 C11 C13 C15 C17 C19 XG4C 4031 2 3 A 20 0 gt 2 11 0 2 6 gt 2 PA5 SCK1 SSCK CS5 gt 2 PD20 D20 IRQ4 TIC5WS SCK4 POE8 lt gt 2 PD21 D21 IRQ5 TIC5VS TXD4 gt 2 PD30 D30 TIOC3CS IRQOUT lt L gt 2 5 RESET gt R119 R117 0Q 00 416 PA10 WRHL DQMUL PA11 WRHH DQMUU AH J12 PB13 CTxO PB14 CRxO PB15 CKE A21 PB16 CASL A22 DACK3 2 PA21 TIC5U RASU POE8 IRQ3 RASL lt gt PB17 CASU A23 DREQ3 2 PA22 TIC5V CASU POE4 IRQ2 CASL C gt PA23 IRQT 2 PB18 RASL A24 DACK2 2 PA23 IRQ1 PB19 RASU A25 DREQ2 2 PB9 USPND PD23 D23 2 4 PB10 2 PD25 D25 TIOC4CS DREQ1 SSS DAO 2 PD26 D26 TIOCABS DACK1 uad DA1 AVREEVSS 2 PD27 D27 TIOC4AS DACKO ET TE AVREFVSS 2 PE7 TIOC2B RXD2 BS UBCTRG 2 PE8 TIOC3A SCK2 _XG4C 1431 2 PE9 TIOC3B PE9 TIOC3B 2 PE10 TIOC3C TXD2 lt L PETITIOCSD 2 PE11 TIOC3D PE T2 TIOCAA 2 PE12 TIOC4A PESCE S 2 PE13 TIOC4B BETATIOCAC 2 PE14 TIOC4C n 2 2 PE15 TIOC4D PB3 SDA ne 2 PD28 D28 TIOC3DS 2 PAO RXDO CSO SRW pg SW
16. 5 5 5 5 25 1214 o o o o oo oo 2 26 PC15 A15ARQ2 v gd 27 PBOUATO IRO Y 28 PBI AI7 REFOUT ADTRGIIRQ4 v T 29 PBZSCUPOEUIRQO 9 30 PBYSDAPOEZIRO 31 PB6 A18 BACK POE3 IRQ5 RXDO v J j 32 PB7 A19 BREQ POE4IIRQ6 TXDO v J 33 PB8 A20 WAIT POE8 IRQ7 SCKO 36 PDUDO qd jJ v 4 o po Po Y 38 PDZDZTICSU J v j JN J 39 PD3D3TICSV 000 v 5 00 0 40 PDADATICOW j v Jj JL 41 PDSIDSTICSUS jJ v 0 42 PD D TICSVS J v v J 43 PD7D7ZTICOWS j j 46 PDRDETIOCGAS 11 J v v 7 _ 47 PD9D9TIOCaCS 212 j v Y J 48 5 111 J v v _ J J 49 PDH DH TIOCGDS v Y J J 0 50 PDI2DIZTIOC4AS J v J JD p 51 PDIS DIS TIOCABS v Y J 82 PDIADi4TIOCACS 1121 j v v 9 53 PDIS DIS TIOCADS v J Y S 57 PDI amp DI amp IROUCSS AUDATAO Tef 58 PDI7ZDIZIROUPOES SCK3ICSZAUDATAT 59 PD18 D18 IRQ2 POE6 TXD3 CS1 AUDATA2 60 PD19 D19 IRQS POETIRXDS CSO AUDATA3 61 PD
17. Do not change the SW4 settings while the 587 is Be sure to turn the power OFF before changing the settings Rev 1 01 Jun 09 2009 3 25 2 1 REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 3 3 2 4 Switches and LEDs Table 3 2 6 SH7286 Operating Mode Settings SW4 1 SW4 2 SW4 3 SH7286 Operating Mode FWE MDO Name MCU extension mode 0 2 MCU extension mode 1 2 ON OFF ON Mode2 MCU extension mode 2 on chip ROM is enabled Single chip mode on chip ROM is enabled Boot mode on chip ROM is enabled on or User boot mode on chip ROM is enabled User program mode on chip ROM is enabled default setting USB boot mode on chip ROM is enabled Notes 1 Programming mode for the flash memory 2 This mode is not supported by the 587 3 Do not change the SW4 settings while the 587 is Be sure to turn the power OFF before changing the settings Table 3 2 7 lists the LEDs on the M3A HS87 Table 3 2 7 LEDs User LED LED 2 is illuminated when outputs a low level signal Note LED 2 to LED 7 are illuminated when switches SW 3 to SW5 LEDPWR are turned ON Rev 1 01 Jun 09 2009 3 26 2 1 REJ11J0028 0101 SH7286 CPU Board 587 User s Manual 3 3 2 5 Jumper Switch Setting when Using the Development Tools 3 2 5 Jumper Switch Setting when Using the Development Tools As the SH7286 signal
18. Go PA6 TCLKA RASL PA7 TCLKB SCK3 CASL PA8TCLK TXD3 RD WR 2 6 PA11 WRHH DQMUU AH PA10 WRHL DQMUL PA9 TCLKD RXD3 CKE PA15 CLK i 1 15 TEE 4 Am el A6 7 149 185 pa d B ald 1 8 188 149 x An 18 4490 O 4414 H 1811 1 12 1812 1 281 282 283 284 Ai4 2 A14 2A3 2 4 AUDATAO 62 0 J 285 AUDATA1 aA 15 2A6 2B6 lt gt AUDATA 5 AUDATA2 AUDATA2 2A7 2B7 AUDATAS gt 2 5 2A8 2B8 AUDSYNGE gt 5 2 9 2B9 AUDSYNC 5 2A10 2B10 AUDCK 5 2 11 2 12 2 6 PA12 WRH DQMLU POE8 2 6 PA13 WRL DQMLL gt 3VCC_SDRAM 3VCC_SDRAM 3VCC_SDRAM CP23 CP26 CP28 CP22 CP24 CP25 CP27 H Y _0 1pF x JAg 0 SD 31 0 SDRAM SD24 5 6 5019 5018 5017 5016 R18 R19 R20 R21 5031 5030 R22 00 R23 00 0 031 SDRAM 030 2 gt 5029 29 5025 42 gt o 0 4 A gt 3VCC_SDRAM 3VCC_SDRAM CP36 CP38 002 EDS1216AATA This registor have to insta
19. RCAN transceiver IC CPU Vcc 5VCC U11 RCAN connector T D sub 9 pin PB13 CT x0 Voltage shifter IC 5 V to 3 3 5 V CPU VCC 5VCC U12 PB14 CRxO VccB DIR GND Figure 2 8 1 RCAN Interface Block Diagram Rev 1 01 Jun 09 2009 2 13 2 NEC SAS REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 2 2 9 Clock Module 2 9 Clock Module The M3A HS87 clock module is composed of two blocks One block connects an output from an oscillator to the SH7286 EXTAL and another block connects a crystal units or a ceramic resonator Ceralock to EXTAL and XTAL M3A HS87 comes standard with a 12 5 MHz ceramic resonator Ceralock Remove R7 R9 and R10 when using an oscillator Mount an oscillator to the CPU board an 8 pin IC socket Figure 2 9 1 shows Clock module block diagram 7286 Oscillator R6 CLK EXTAL 00 PA15 CK gt Extension connector J9 XTAL gt SDRAM 05 pin SDRAM U6 CLK pin Crystal units Or Ceramic resonator Ceralock 12 5 MHz Note 1 When using an oscillator remove resistors R7 R9 and R10 Optional Figure 2 9 1 Clock Module Block Diagram Rev 1 01 Jun 09 2009 2 14 2 1 REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 2 2 10 Reset Module 2 10 Reset Module The reset module controls the reset signals of the SH7286 moun
20. UDI Serial port USB port connector connector port connector connector connector A A A A H UDI AUD SCIO USB USBEXTAL 48 0 MHZ EEPROM 5 7286 128 kbit 100 MHz SDRAM EXTAL 16 MB 16 MB EE 12 5 MHz o 587 Rev 1 01 Jun 09 2009 REJ11J0028 0101 Figure 1 5 1 M3A HS87 Block Diagram 1 5 1 SH7286 CPU Board 87 User s Manual 1 6 Major Components 1 6 Major Components Figure 1 6 1 and Figure 1 6 2 show the M3A HS87 major components J7 J11 DC power supply jack SW1 Extension connector J4 Power supply optional LED2toLED7 LED1 Power switch External power J12 User LEDs Power supply LED supply eis Extension connector switching jumper connector US optional RS 232C JP1 driver CPU power LEGES switching jumper JP2 External power J3 switching jumper Serial port connector ne um H UDI port connector J14 gm 36 USB port connector JP9 JP10 J10 RCAN port Extension remove C gt AB em connector jumpers r optional J13 eye ETA 0081 J2 RCAN Au H UDI port connector connector 14 pin Z 1 4 n 5 P i U1 1 a a N RCAN driver P SW2 JP4 JP5 Extension SW5 Reset Di
21. 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 Standard Computers office equ
22. corrected BM SH7286 CPU board M3A HS87 User s Manual Publication Rev 1 01 Date Jun 09 2009 Published by Renesas Technology Corp Renesas Solutions Corp 2009 Renesas Technology Corp All rights reserved Printed in Japan SH7286 CPU board 587 User s Manual CENESAS Renesas Electronics Corporation 1753 Shimonumabe Nakahara ku Kawasaki shi Kanagawa 211 8668 Japan REJ11J0028 0101
23. hub When the PB10 pin is set to a high level and the VBUS power is supplied from the USB port connector the SH7286 VBUS input and USD pull up are enabled Then the USB host or hub detects that a USB device has been connected When the VBUS pin is set to a low level the SH7286 MCU retains its powered state regardless of the USD or USD state When connecting a USB cable to a USB host or hub when this board is not ON the USB host or hub supplies the voltage to the VBUS Be sure to turn the CPU board ON before connecting the USB cable Figure 2 7 1 shows the M3A HS87 USB interface block diagram VCC CPU 3 3 V 5 V SH7286 USB Series B connector HD74LV1GTOSACME E 5 Vbus HD74LV1GT126ACME E Oscillator 48 MHz OE V AA USBEXTAL USBXTAL Ceramic resonator CSTCZ48M0X12R Murata Remarks 777 ___ optional Default value When USB is connected Figure 2 7 1 USB Interface Block Diagram Rev 1 01 Jun 09 2009 2 12 2 1 REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 2 2 8 Port Interface 2 8 RCAN Port Interface The M3A HS87 includes an RCAN port connector D Sub 9 pin connector Figure 2 8 1 shows the M3A HS87 RCAN interface block diagram Ui 5647286 27 Voltage shifter IC 3 3 5 V to5 V
24. pin J1 and 14 pin J2 H UDI port connectors to connect the board to an 5 emulator Figure 3 1 3 shows pin assignments for the H UDI port connector J1 35 6 200 0 0000000 2 component side PIP PIP PPPs Top view of the Board edge 1 Side view 36 M 2 1 Figure 3 1 3 H UDI Port Connector J1 Pin Assignments Table 3 1 1 lists the H UDI port connector J1 pin descriptions Table 3 1 1 H UDI Port Connector J1 Pin Descriptions 022 AUDATAO TRST joo 2 AUDATA Lm mw _ AUDATA2 ASEBRKAK ASEBRK 9 joo e RES GND GND GND Rev 1 01 Jun 09 2009 3 4 2 1 REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 3 3 1 1 H UDI Port Connectors J1 and J2 Figure 3 1 4 shows pin assignments for the H UDI port connector J2 wv 7 6 5 4 2 1 Top view of the 19 9 42 9 10 9 8 component side Board edge Side view Board edge Note that the pin number assignments of this fonnector differ from those of the connector manufacturer 4 3 2 Pin assignments 9 of this connector 000 v 13 11 9 7 0090 Pin assignments by connector 12 6
25. shows the M3A HS87 operating components assignments LED2toLED7 LED1 Power supply switch User LEDs Power supply LED pp eee goes i 3 ALLEE 1 p T 20000060 Li 7 3 7 i 00 GPU E E TR 1 SW2 Reset switch S User DIP switches NMI switch 5 4 System setting DIP switches SW6 IRQ1 switch Figure 3 2 1 M3A HS87 Operational Component Assignments Top View of the Component Side Rev 1 01 Jun 09 2009 3 21 2 NEC SAS REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 3 3 2 1 CPU Power Switching Jumper JP1 3 2 1 CPU Power Switching Jumper JP1 Set the 1 to switch the power supply and voltage to SH7286 between 3 3 V and 5 0 V This setting 15 applicable only for the SH7286 MCU U1 and does not effect on other components such as the external memory Figure 3 2 2 shows the CPU power switching jumper JP1 assignments Table 3 2 1 lists the CPU power switching jumper JP1 setting Top view of the component side Board edge 5 1 1 JP1 VCCSEL Board edge Figure 3 2 2 CPU Power Switching Jumper JP1 Assignments Table 3 2 1 CPU Power Switching Jumper JP1 Setting 5 V DC to CPU VCCSEL 23 Supples 3 3 V DC to
26. transceiver U11 Notes 1 Default setting 2 Do not change the jumper settings while the board is ON Be sure to turn the power OFF before changing the settings Rev 1 01 Jun 09 2009 3 24 2 1 REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 3 3 2 4 Switches and LEDs 3 2 4 Switches and LEDs The M3A HS87 includes six switches and seven LEDs Table 3 2 4 lists the switches mounted on the board Table 3 2 4 Switches 9e System reset input switch Refer to Section 2 10 for details User DIP switches 4 package Pins PEO PE1 PE2 and are pulled up SW3 1 OFF PEO high ON PEO low Refer to Section 2 5 for details SW3 2 OFF PE1 high ON PE1 low SW3 3 OFF PE2 high ON PE2 low SW3 4 OFF PE3 high ON low System setting DIP switches 5 package Refer to Table 3 2 5 for functions NMI switch Refer to Section 2 11 for details IRQ1 switch Refer to Section 2 11 for details Table 3 2 5 lists the SW4 functions Set the SH7286 operating mode using the FWE MDO and pins Table 3 2 6 lists SH7286 operating mode settings Note The FWE pin is multiplexed to the ASEBRK ASEBRKAK signals Turn OFF the SW4 1 FWE before using the E10A USB emulator Table 3 2 5 Switch SW4 Functions Wer OFF fr ip Teak amon i reese ended FWE 5 4 2 Operating mode setting 5 4 3 SW4 4 SDRAM LED Notes 1 Default setting 2
27. 1 m SG 8002DC 12 5MHz 0Q 6 7 RESET E RES 6 NMI gt up NMI CSTCE12M5G52 R0 6 WDTOVF 02 WDTOVF x R10 6 PA23 IRQ1 gt 2 PA23 TIC5W POEO IRQ1 AH CKE 12 5MHz CPU CERALOCK Type 12 5MHz CPU Xtal C1 C2 _8pF __ gt 48MHz USB Osclator z z E VCC CPU X3 VCC OUT R12 59 0 1yF GND OE i SG 8002JF 48MHz R13 00 zi R14 1 E ll 48MHz USB CERALOCK CSTCZ48MOX11R BO VCC CPU Decoupling Caps 5 6 6 PE11 TIOC3D 6 PE12 TIOC4A 6 PE13 TIOC4B 6 PE14 TIOC4C 6 PE15 TIOC4D 6 6 PE1 6 2 6 6 PB2 SCL PB3 SDA 6 PB9 USPND 4 VBUS 4 DP 4 DM 4 6 PB10 6 DAO 6 not mounted Ver 1 02 Change USB Clock to Ceramio resonator 7286 03 USBXTAL 04 USBEXTAL PB9 USPND 06 vBUS USD 03 C gt gt lt gt Ju lt gt lt gt PB10 SE DAO lt gt DA1 DrVCC CP5 CP6 16 1 CP7 8 9 1 0 1pF R5F72867D100FP PC1 A1 PC2 A2 PC3 A3 PC4 A4 5 5 PC6 A6 PC8 A8 PC9 A9 PC10 A10 PC11 A11 PC12 A12 PC13 A13 IRQO PC14 A14 IRQ1 PC15 A15 IRQ2 PBO A16 IRQ3 PB1 A17 REFOUT ADTRG IRQ4
28. 2 2 2 2 2 CPU The 587 includes SH7286 the 32 bit RISC microcomputer operates with a maximum frequency of 100 MHz SH7286 15 the microcomputer that has a 1024 KB flash memory and 32 KB on chip RAM to support various application such as data processing and device control SH7286 can be operated at 100 MHz of CPU clock frequency 50 MHz at maximum of external bus when the input clock on the M3A HS87 is at 12 5 MHz Figure 2 2 1 shows the SH7286 block diagram on the M3A HS87 5 7286 gt EXTAL Clock lt XTAL PC1 A1 gt PA15 CK PC2 A2 PC3 A3 gt C gt ___ _ NL 5 control nr gt O lt WDTOVF PC6 A6 gt PE9 TIOC3B FRAME pr lt PE11 TIOC3D gt User lt PE12 TIOC4A PC10 A10 gt LEDs lt PE13 TIOC4B MRES gt PE14 DACKO TIOC4C AH PC12 A12 gt PE15 DACK1 TIOC4D IRQOUT PC13 A13 IRQO Address bus 2 gt PEO TIOCOA TIOC 4AS DREQO PC14 A14 IRQ1 gt gt PE1 TIOCOB TIOC 4BS TENDO PCTS ATS IRQ2 switches PE2 TIOCOC TIOC 4CS DREQ1 PBO A16 IRQ3 _ gt PE3 TIOCOD TIOC 4DS TEND1 PB1 A17 REFOUT ADTRG IRQ4 PB6 A18 BACK POE3 IRQ5 RXDO gt EEPROM PB7 A19 BREQ POE4 IRQ6 TXDO gt PB8 A20 WAIT
29. 20 D20 IRQ4 TICSWS SCK4 POEB v 11212 62 PD2UDZMIRQS TICEVS TXDA v 11114 63 PD22 D22 IRQG TICSUSIRXD4 AUDSYNC 64 PD23D22 1111144 65 PD24 D24 DREQO TIOC4DS AUDCK 9 11 68 PD25 D25 TIOC4CS DREQA v 69 PD26 D26 TIOC4BS DACK1 2 70 PD27DZ7TIOCAAS DACKO 2 J 72 PD29D29 TIOCBBS 73 PDSODSOTIOCSCS RQOUT v 112 12 74 PDS1 DSI TIOCGAS ADTRO j Jo Legend The pin can be connected to the extension connector specified at the top of this table The pin can only be connected to the extension connector specified at the top of this table when a 0 O resistor is mounted Rev 1 01 Jun 09 2009 2 9 2 NE SAS REJ11J0028 0101 2 7286 CPU Board M3A HS87 User s Manual 2 5 Ports Table 2 5 2 I O Ports Functions prece No PinNam J8 m 12 16 114 11111 78 0 0 0 v v 79 PAISWRUDQMLL 80 PAT2WRH DQMLUPOEB Y 81 PATIWRHHIDQMUU AH 82 PATUWRHLDQMUL 88 PAS TCLKD IRKDJICKE Y 84 PAB ICLKCITXDJJBRDWR Y 85 PATZTCLKB SCK3 JCASL Y 86 PAG TCLKARASL 96 PBISICKE A2t y 97 PBIG CASL APZIDACK3 98 PB17 CASU A23 IDREQ3 99 PBIS RASUAPADACK2 100 PBI9 RASU APBJDREQ2
30. 2uF SWITCH 2 2 2 5 IROQ SWITCH CIRCUIT VCC_CPU PA23 IRQ1 2 PA23 IRQ1 SN74LVC14APW SN74LVC14APW SW6 B3SN 3012 CE11 IRQ1 Z2yR SWITCH U17C VCC CPU SN74LVC14APW U17D SN74LVC14APW SN74LVC14APW not mounted CHANGE Ver 1 02 2 3 2 3 5VCC SH7287 Extension Connector R90 R91 00 00 J9 21 WDTOVF WDTOVF WDTOVF 2 PE6 TIOC2A TIOC3DS SCK3 4 2 PE5 TIOC1B TIOC3BS TXD3 gt PEA RXD3 2 PE4 TIOC1A RXD3 e es 2 PES TIOCOD TIOCADS TEND1 PED PED 2 PE2 TIOCOC TIOC4CS DREQ1 PE1 A20 2 PE1 TIOCOB TIOC4BS TENDO PEO 2 PB8 A20 WAIT POE8 IRQ7 SCKO 2 PEO TIOCOA TIOCAAS DREQO 2 PB7 A19 BREQ POE4 IRQ6 TXDO tT 2 3 PA15 CK gt 2 PB6 A18 BACK POE3 IRQ5 RXDO 2 PB1 A17 REFOUT ADTRG IRQ4 js 34 T AS a EC MER m 4 2 PFO ANO m 0 4 O 2 PF1 AN1 lt ___ R99 00 T 1 23 PC10 A10 2 PF2 AN2 aa ae 6 2 3 po 0 P 2 lt RO S oo a LA 2 SE 2 S ANY 00 2 c 2 PF6 ANG z Ro 00 o 2 3 PCAS pro L 28 G 25 AVREFVSS 3 T 7 E O 2 PE6 TIOC2A TIOC3DS SCK3 2 5 2 3 PC6 A6 A 2 eS 2 3
31. 4 2 manufacturer Figure 3 1 4 H UDI Port Connector J2 Pin Assignments Table 3 1 2 lists the H UDI port connector J2 pin descriptions Table 3 1 2 H UDI Port Connector J2 Pin Descriptions Rev 1 01 Jun 09 2009 2 1 REJ11J0028 0101 3 5 3 3 1 2 Serial Port Connector J3 The M3A HS87 includes a serial port connector J3 SH7286 CPU Board M3A HS87 User s Manual 3 1 2 Serial Port Connector J3 Figure 3 1 5 shows pin assignments for the serial port connector Board edge Board edge Top view of the component side Side view Figure 3 1 5 Serial Port Connector J3 Pin Assignments Table 3 1 3 lists the serial port connector pin descriptions Table 3 1 3 Serial Port Connector J3 Pin Descriptions Lr ms Pins 4 to 6 and 7 to 8 are loopback connected Rev 1 01 Jun 09 2009 REJ11J0028 0101 2 NEC SAS 3 6 SH7286 CPU Board M3A HS87 User s Manual 3 3 1 3 Power Supply Connector J4 3 1 3 Power Supply Connector J4 The M3A HS87 includes a power supply connector J4 Figure 3 1 6 shows pin assignments for the power supply connector Top view of the component side Board edge Side view Board edge Figure 3 1 6 Power Supply Connector J4 Pin Assignments Table 3 1 4 lists the power supply connector pin descriptions Table 3 1 4 Power Suppl
32. 4 1 OFF to connect the M3A HS87 to the E10A USB emulator If SW4 1 is ON the M3A HS87 cannot be debugged correctly Do not use the AUD pin when accessing SDRAM in 32 bit Figure 2 12 1 shows the E10A USB interface block diagram Remove the items in blue boxes when __ mounting SDRAM SS Remove the items in red boxes when L NOT mounting SDRAM AUDJ 32bit Bus switching 36 pin H UDI port connector SN74CBTLV16211 5 7286 GND AUDCK PD24 D24 DREQO TIOC4DS AUDCK GND AUDATAO PD16 D16 IRQO CS3 AUDATAO GND AUDATA1 PD17 D17 IRQ1 POE5 SCK3 CS2WRxD AUDATA1 GND AUDATA2 PD18 D18 IRQ2 POE6 TXD3 CS1 WTxD AUDATA2 AUDATA3 PD19 D19 IRQ3 POE7 RXD3 CSO WSCK AUDATA3 AUDSYNC PD22 D22 IRQ6 TIC5US RXD4 AUDSYNC N C N C TCK TMS TRST TDI TDO ASEBRKAK ASEBRK t 4 FWE ASEBRKAK ASEBRK UVCC RES NN GND N C Turn OFF when using the ASEMDO E10A USB emulator RES 14 pin H UDI port connector 9 GND TCK 9 GND TRST SDRAM High GND TDO GND ASEBRKAK ASEBRK GND TMS TDI RES NC Reset signal Figure 2 12 1 E10A USB Interface Block Diagram Note The TRST signa
33. 5A U15B CP49 gt L gt RESET 26 Board fixed hole 0 1 HD74LV2G14A HD74LV2G14A POWER TEST PIN AVCC EXTERNAL 3VCC SW2 AVCC R84 VCC CPU U15C MH1 10KQ a 35 3012 SVCG M51957BFP HD74LV2G14A H7 H9 U15D 4 _A2 2PA 2 54DSA CE12 1 1 10pgF 16V 3V H8 H10 HD74LV2G14A 5V 3V O AVREF EXTERNAL ing 2 6 AVREF VCC CPU EEPROM XG8S 0331 A2 2PA 2 54DSA CE13 CP52 VCC_CPU 10pgF 16V CQ10 L 2 6 AVREFVSS 2 6 PB2 SCL 2 6 PB3 SDA 1not mounted H UDI Power Reset wW DRAWN CHECKED DESIGNED APPROVED Za lt SCALE FL DATE 08 09 05 2 2 6 9 03 Ver 1202 2 LEDPWR lt LED amp SW 220 2200 D2 D4 155355 155355 L D H15 H16 H17 2 PES 12 SML 310MT y SML 310MT 5 1 310 II ES 2 PE9 TIOC3B PE11 TIOC3D 2 PE11 TIOC3D gt 2 PE12 TIOC4A gt R96 2200 D7 155355 H18 H19 H20 ioca PE13 PE14 PE15 SML 310MT N SML 310MT 9 SML 310MT s LI dL b 2 PE13 TIOCAB gt PE14 TIOC4C 2 PE14 TIOC4C gt 5 5 2 PE15 TIOC4D gt VCC_CPU 2 2 2 2 PEO PE1 PE2 PE3 NMI SWITCH CIRCUIT 2 3 2 3 2 3 2 3 2 2 5 2 3 2 3 2 SN74LVC14APW SN74LVC14APW SW5 B3SN 3012 CE10 NMI 2
34. 5WS SCK4 POE 8 lt gt PD21 D21 IRQ5 TIC SVS TXD4A gt lt gt PBIURXDACSeICSACSUIRQUCS snp DE a RCAN PB13 CTx0 E port gt PD24 D24 DREQO TIOCADS AUDCK lt lt gt PD25 D25 TIOCACS DREQ1 gt lt gt PD26 D26 TIOC 3BS DACK1 lt gt lt gt PES TIOC 1B TIOC 3BS TXD3 PD27 D27 TIOC 4AS DACKO lt gt 4 PE6 TIOC 2A TIOC 3DS SCK3 PD28 D28 TIOC3DS ___ lt 7 4PET TIOC2B RXD2 BS UBCTRG PD29 D29 TIOCaBS 3 lt gt PE8 TIOC 3A SCK2 PD30 D30 TIOC 3CS IRQOUT gt d PD31 D31 TIOC3AS ADTRG gt PFO ANO H UDI eee PF2 AN2 C gt TMS PF3 AN3 PF5 AN5 System lt gt FWE ASEBRKAK ASEBRK 6 setting 2 gt MD 1 PF7 AN7 DIP switthes ___ gt PF8 AN8 PF9 AN9 PF10 AN10 PF11 AN11 gt D A Figure 2 2 1 SH7286 Block Diagram Rev 1 01 Jun 09 2009 2 3 2 1 REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 2 2 3 2 SDRAM 2 3 Memory 2 3 1 SH7286 On chip memory The SH7286 MCU includes a 1024 KB flash memory and a 32 KB RAM 2 3 2 SDRAM Two of 16 MB SDRAMs can be mounted on M3A HS87 optional 3 3
35. 6 and EEPROM Table 2 3 2 EEPROM specifications HN58X24128FPIE interface 799 128 kbit 16k words x 8 bits 8 pin SOP 7286 HN58X24128F PIE PB2 SCL POE1 IRQO PB3 SDA POE2 IRQ1 EEPROM 128 kbits Figure 2 3 2 5 7211 Circuit Diagram Note is the trademark of Philips semiconductors Rev 1 01 Jun 09 2009 2 6 2 1 REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 2 2 4 Serial Port Interface 2 4 Serial Port Interface On the M3A HS87 SH7286 SCI channel 0 15 connected to the serial port connector Also SH7286 SCI channel 0 is connected to the extension connector J12 When using SH7286 SCI channel 0 as a serial port do not connect it to the extension connector Figure 2 4 1 shows the serial port block diagram on the M3A HS87 Serial port SH7286 5 232 driver connector PAO RXDO CSO d 4 PA1 TXDO CS1 Extension connector PAO RXDO CSOZ PA1 TXDO CS 1 Figure 2 4 1 Serial Port Block Diagram Rev 1 01 Jun 09 2009 2 7 2 NEC SAS REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 2 2 5 I O Ports 2 5 I O Ports SH7286 I O ports are connected to the extension connector on the M3A HS87 Some I O ports are also connected to DIP switches and LEDs and can be used at the user s discretion Figure 2 5 1 shows the connection diagra
36. ARMTICSVICASUPOEMMRQBICASL 6 PB9 USPND PB10 Tem PD25 D25 TIOC4CS DREQ1 SDRAM U5 a PD26 D26 TIOCABS DACK1 PD27 D27 TIOCAAS DACKO PE7 TIOC2B RXD2 BS UBCTRG 0 PE8 TIOC3A SCK2 SDRAM 05 SDRAM 05 PE9 TIOC3B FRAME User LED PETO TIOC3C TXD2 PE11 TIOC3D User LED 16 PE12 TIOC4A 17 PE13 TIOC4B MRES 08 PE14 DACKO TIOCAC AH User LED User LED User LED PE15 DACK1 TIOCAD IRQOUT User LED GN PAO RXDO CSO HS 232C driver U9 PAI TXDOIOSI RS 2320 driver 09 8 0 L2 _________ SDRAM US SORAM US L3 spram uo SORAM US L3 SDRAM US _potooromiocses_ __soram ue __poapaiocses_ __soram us ___ POZD7TCSWS 81 7 Extension connector J11 Extension connector J11 Extension connector J11 J11 J11 J11 Extension connector Extension connector Extension connector J11 Extension connector J11 J11 Extension connector J11 Extension connector Extension connector PD5 D5 TIC5US SDRAM U6 Extension connector J11 us PD4 D4 TIC5W SDRAM us SDRAM U6 SORAM 38 us 9 E 5 PD1 D1 SDRAM U6 J11 J11 J11 Extensio
37. CS3 3 6 PE4 TIOC1A RXD3 6 PES TIOC1B TIOC3BS TXD3 6 ASEMD 5 TDI 5 TDO 5 TCK 5 gt 5 i TRST 5 50 6 PA1 TXDO CS1 6 PA2 SCKO SCS CS2 6 PA3 RXD1 SSI CS3 6 PA4 TXD1 SSO CS4 6 PAS SCK1 SSCK CS5 6 PA21 TIC5U RASU POE8 IRQ3 RASL 6 PA22 TIC5V CASU POE4 IRQ2 CASL 6 PE6 TIOC2A TIOC3DS SCK3 6 PE7 TIOC2B RXD2 BS UBCTRG 6 PE8 TIOC3A SCK2 6 PE10 TIOC3C TXD2 6 PA10 WRHL DQMUL 3 6 PA11 WRHH DQMUU AH 3 6 PB13 CTx0 6 PB14 CRx0 6 PB15 CKE A21 6 PB16 CASL A22 DACK3 6 PB17 CASU A23 DREQS 6 PB18 RASL A24 DACK2 6 PB19 RASU A25 DREQ2 6 CPU 2572486 VCC_CPU 5 N A4 7KO N 7 A4 7KO me A4 7KO ee A4 7KO 2 6 CHANGE 2 6 D 31 0 2 6 A 20 0 lt gt 2 6 PB12 TXD2 CS7 CS1 IRQ1 CS3 Ver not mounted Le OZ 2 BITSEL D 31 0 20 0 CP30 _0 1 6 gt _HD74LV2G14A CP39 _ HD74LV2G14A 3VCC SDRAM R29 R30 U2A O HD74LV2G14A U2B 3VCC SDRAM U2D HD74LV2G14A 00 3VCC SDRAM 29 _0 1 U3 1A1 1A2 1A3 1A4 1A5 1A6 1A7 1A8 1A9 1A10 1A11 1A12 3VCC_SDRAM N L300 3V_SDRAM A10 A11 A12 A13 A14 A15 2A1 2A2 2A3 2A4 2A5 2A6 2AT 2A8 2A9 2A10 2A11 2A12 o oo 1 Oo O1 A
38. Manual 3 3 1 6 Extension Connectors J8 to J12 J16 Top view of the solder side Board edge J16 14 COO OOOO ele 242 ore OO ere 16 252 Board edge Figure 3 1 10 Extension Connector Pin Assignments Top View of the Solder Side Note Pin assignments on the CPU board are based on the assumption that the extension connectors are mounted on the component side If the expansion connectors are mounted on the solder side these pin assignments do not apply Rev 1 01 Jun 09 2009 3 11 RENESAS REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 3 3 1 6 Extension Connectors J8 to J12 J16 Table 3 1 10 lists the extension connector J8 pin descriptions Table 3 1 10 Extension Connector J8 Pin Descriptions Pin Number Signal Name Other Connections PFO ANO PF1 AN1 PF2 AN2 PF3 AN3 PF4 AN4 PF5 AN5 PF6 AN6 PF7 AN7 GND AVREFVSS BE NN PE6 TIOC2A TIOC3DS SCK3 Extension connector J9 AGND ___ 5 p 122 eme eo Rev 1 01 Jun 09 2009 3 12 2 1 REJ11J0028 0101 3 SH7286 CPU Board M3A HS87 User s Manual 3 1 6 Extension Connectors J8 to J12 Table 3 1 11 lists the extension connector J9 pin descriptions Table 3 1 11 Extension Connector J9 Pin Descriptions eve 4 Peemiocaatiocspsisck3 8 j PESTOCIBTOCSBSTXDS 6 PE4 TIOC1A RXD3 8 8 PEZTICO
39. OTIOC4CSIDREQ User DIP switches SW3 9 j PBSAZUWATPOEMRQZISCKO 00 5 10 PBZAISBREQPOEMRQSTXDO PBSAIBBACKPOESIRQSIRXDO _ _____ 12 PBUAT UREFOUTADTROMRQA 08 PBUMIB RQB __ e Bus switch U3 U4 4 16 Posao Bus site s ay v jPoma 18 POMAM ___ 20 Jabo S SDRAM 05 Us Bus switch U3 04 Bus switch U3 U Bus switch 27 Bus switch 28 Bus switch U3 25 Bus switch 03 30 Bus switch U3 U Bus switch U3 U Bus switch U4 RESET Reset module Ss J U3 U3 Aq C AR oo Qu C 0 1 5 6 1 2 7 NI d 1 1 16 Note 1 These pins can be connected to SDRAM or bus switch only when SDRAM bus switch is mounted on the board Rev 1 01 Jun 09 2009 2 1 REJ11J0028 0101 3 13 SH7286 CPU Board M3A HS87 User s Manual 3 3 1 6 Extension Connectors J8 to J12 J16 Table 3 1 12 lists the extension connector J10 pin descriptions Table 3 1 12 Extension Connector J10 Pin Descriptions PB3SDAPOE RQi 0 5 8 PBIZTXDZCSZICSMRQUCSS Bus switch U3 SDRAM U6 4 _______ SDRAM U5 ue 7 SDRAM
40. PB6 A18 BACK POE3 IRQ5 RXDO PB7 A19 BREQ POE4 IRQ6 TXDO PB8 A20 WAIT POE8 IRQ7 SCKO PDO DO PD1 D1 PD2 D2 TIC5U PD3 D3 TIC5V PD4 DA TIC5W PD5 D5 TICSUS PD6 D6 TIC5VS PD7 D7 TIC5WS PD8 D8 TIOC3AS PD9 D9 TIOC3CS PD10 D10 TIOC3BS PD11 D11 TIOC3DS PD12 D12 TIOC4AS PD13 D13 TIOC4BS PD14 D14 TIOC4CS PD15 D15 TIOC4DS PD16 D16 IRQ0 CS3 AUDATAO PD17 D17 IRQ1 POES SCK3 CS2 AUDATA1 PD18 PD18 IRQ2 POE6 TXD3 CS1 AUDATA2 PD19 D19 IRQ3 POE7 RXD3 CSO AUDATA3 PD20 D20 IRQ4 TIC5WS SCK4 POE8 PD21 D21 IRQ5 TIC5VS TXD4 PD22 D22 IRQ6 TIC5US RXD4 AUDSYNC PD23 D23 PD24 D24 DREQO TIOCADS AUDCK PD25 D25 TIOC4CS DREQ1 PD26 D26 TIOC4BS DACK1 PD27 D27 TIOC4AS DACKO PD28 D28 TIOC3DS PD29 D29 TIOC3BS PD30 D30 TIOC3CS IRQOUT PD31 D31 TIOC3AS ADTRG PA14 RD PA13 WRL DQMLL PA12 WRH DQMLU POE8 PA8 TCLKC TXD3 RDWR PB11 RXD2 CS6 CS2 CSO IRQO PA15 CK PA9 TCLKD RXD3 CKE PA7 TCLKB SCK3 CASL PA6 TCLKA RASL PB12 TXD2 CS7 CS3 CS1 IRQ1 PE4 TIOC1A RXD3 PES TIOC1B TIOC3BS TXD3 ASEMDO TDI TDO TCK TMS TRST PAO RXDO CSO PA1 TXDO CS1 PA2 SCKO SCS CS2 PA3 RXD1 SSI CS3 PA4 TXD1 SSO CS4 5 5 1 55 55 PA21 TIC5U RASU POE8 IRQ3 RASL PA22 TIC5V CASU POE4 IRQ2 CASL PE6 TIOC2A TIOC3DS SCK3 PE7 TIOC2B RXD2 BS UBCTRG PE8 TIOC3A SCK2 PE10 TIOC3C TXD2 PA10 WRHL DQMUL PA11 WRHH DQMUU AH PB13 CTx0 PB14 CRx0 PB15 CKE A21 PB16 CASL A22 DACK3 PB17 CASU A23 DREQ3 PB18 RASL A24 DACK2 PB19 RASU A25 DREQ2 O od
41. POE8 IRQ7 SCKO gt lt gt PB3 SDA POE2 IROM PB1S CKE A24 USBXTAL PB16 CASL A22 DACK3 gt USBEXTAL PB17 CASU A23DREQ3 gt lt gt PB9 USPND PB18 RASL A24 DACK2 gt USB 5 PB19 RASU A25 DREQ2 __ USD PDO DO lt gt lt gt USD gt lt gt 4PB10 erie pons PAO RXDO CSO i lt _ gt lt gt T connector JPAT TXDO CS1 PD4 D4 TIC5W lt gt lt gt 4PA2 SCK0 SCS CS2 PD5 D5 TIC5US gt lt gt 4PA3 RXD1 SSI CS3 PD6 DE TIC5VS gt lt PA4 TXD1 SSO CS4 PD7 D7 TIC5SWS lt PA5 SCK1 SSCK CS5 PD8 D8 TIOC3AS lt gt PA6 TCLKA RASL PD9 D9 TIOC3CS 7 34PATZITCLKB SCK3 CASL PD10 D10 TIOC3BS lt gt PA8 TCLKC TXD3 RDWR PD11 D11 TIOC3DS lt gt PA9 TCLKD RXD3 CKE PD12 D12 TIOC4AS 2 lt gt PA10 WRHLUDQMUL PD13 D13 TIOC ABS pata bus GPIO lt gt PA11 WRHH DQMUU AH PD14 D14 TIOC4CS lt gt Control signal lt gt PA12 WRH DQMLU POE8 PD15 DIB TIOCADS gt PA13 WRL DQMLL PD16 D16 IRQO CSS AUDATAO lt gt lt __ gt 14 PD17 D17 IRQ1 POE5 SCK3 CS2 AUDATA1 lt gt lt gt lt gt PA21 TIC5U RASU POE 8 IRQ3 RASL PD18 D18 IRQ2 POE6 TXD3 CS1 AUDATA2 gt lt gt lt gt PA22 TIC5V CASU POE4 IRQ2 CASL PD19 D19 IRQ3 POE7 RXD3 CSO AUDATA3 lt gt gt lt gt PA23 TIC5W POE 0 IRQ1 AH CKE PD20 D20 IRQ4 TIC
42. To our customers Old Company Name in Catalogs and Other Documents On April 1 2010 NEC Electronics Corporation merged with Renesas Technology Corporation and Renesas Electronics Corporation took over all the business of both companies Therefore although the old company name remains in this document it is a valid Renesas Electronics document We appreciate your understanding Renesas Electronics website http www renesas com April 1 2010 Renesas Electronics Corporation Issued by Renesas Electronics Corporation http www renesas com Send any inquiries to http www renesas com inquiry 234 NE S AS 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 express implied or otherwise is
43. V power is supplied to SDRAM on M3A HS87 use SH7286 MCU 3 3 V when using SDRAM Set the CPU power switching jumper JP1 2 3 SDRAM is controlled by the SH7286 on chip bus state controller Specify the bus width to 16 bit when accessing one SDRAM To access two SDRAMs specify the bus width to 32 bit When mounting SDRAM mount two bus switches PI3C16211A a peripheral logic HD74LV2G14A resistors and capacitors Also remove 0 resistors R44 to R49 Example A To mount two SDRAMs of 16MB for 8 16 and 32 bit access Mount R5 R16 to R43 RAY to RA14 CP22 to CP39 L4 and U2 to U6 Remove R44 to R49 Example B To mount one SDRAM of 16MB for 8 and 16 bit access Mount R5 R16 to R21 R26 to R33 R38 to R43 RA11 to RA14 CP30 to CP39 L4 U2 U4 and U6 Remove R44 to R49 Table 2 3 1 shows the summary of SDRAM specifications Figure 2 3 1 shows the circuit diagram between SH7286 and SDRAM Table 2 3 1 SDRAM specifications Item Description Configuration 2 M words x 16 bits x 4 banks 2 Capacity 32 MB 8 M words 32 bits CAS Latency 2 at 50 MHz bus clock Row address A11 to AO Column address A8 to AO Number of banks 4 controlled by BAO and Refresh interval 4096 cycles every 64 ms Rev 1 01 Jun 09 2009 2 4 2 NEC SAS REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 2 2 3 2 SDRAM 3 3 V
44. ain 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 document or Renesas Electronic
45. aps 1 7 Memory Maps Figure 1 7 1 and Figure 1 7 2 show the memory map examples of SH7137 on the M3A HS87 SH7286 logic space MCU mode 3 Single chip Mode M3A HS87 Memory Map H 0000 0000 H QOOF FFFF H 0010 0000 H 0000 0000 H OOOF FFFF H 0010 0000 Reserved Reserved H S lF H 8020 0000 801 H 802F FFFF H 5030 0000 Reserved Reserved HERES H PERS 8000 Reserved Reserved H FFFB FFFF FERE H FFFC H FFFC 0000 H FFFC FFFF BEEN 9 oc H EFFO H FFFD H FFFD H FFFD db H FFFD H FFFD Reserved H FFFD valens c FEEF H FFFE H FFFE O H FFFF H FFFF Rev 1 01 Jun 09 2009 REJ11J0028 0101 Figure 1 7 1 SH7286 memory mapping example MCU mode 3 z 4 fay WE 19 lt gt 199 SH7286 CPU Board M3A HS87 User s Manual 1 7 Memory Maps H 0000 H 0010 H0200 H OSEE H 0400 H 0800 H OCOO H OFFF H 1000 H L3EE H 1400 1 1800 H JIBEE H 1C0D Ht 2000 H S0IE H 8020 H 802F H 5030 HFEF H Pres H FFF8 H FFF8 H FFFB H ENEC H ENEC HERED H FFFD H FFFD H ERED H FFFE 0000 EFEF 0000 0000 0000 0000 PEER 0000 0000
46. ass destruction or for the purpose of any other military use When exporting the products or technology described herein you should follow the applicable export control laws and regulations and procedures required by such laws and regulations All information included in this document such as product data diagrams charts programs algorithms and application circuit examples 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 products listed in this document please confirm the latest product information with a Renesas sales office Also please pay regular and careful attention to additional and different information to be disclosed by Renesas such as that disclosed through our website http www renesas com Renesas has used reasonable care in compiling the information included in this document but Renesas assumes no liability whatsoever for any damages incurred as a result of errors or omissions in the information included in this document When using or otherwise relying on the information in this document you should evaluate the information in light of the total system before deciding about the applicability of such information to the intended application Renesas makes no representations warranties or guaranties regarding the suitability of its products for any particular application and specifically disclaims any liability ari
47. ctor snot mounted rra MEE RENESAS SOLUTIONS CORPORATION M3A HS87 INDEX ma wee DK30734C 3 Ver 1 02 Change USB Clock to Ceramic resonator 02 gt E CHANGE Mode Switch Le GND AGND Bus Mode Switch 4 L1 LED Power Switch 5 vec H1 MODE avec 32 Bit Mode 0251 1 1L fe 8 16 Bit Mode 025 L300 2 E H L ER 3 nj pir LED Power avec 146 AVREF JP5 25 AVREF AVREFVSS XG8S 0231 AVREF H2 455 L3 AVREFVSS CPU 3VCC SDRAM 5 6 AVREF gt 2 56 0 1uF 0 1uF R5 This registor have to install 5 6 AVREFVSS gt when SDRAM installed 9 PFOIANO D ee PFO ANO gt PF1 AN 1 5 ASEBRI gt 6 PF2 AN2 40 SSS RE 6 gt BITSEL 3 6 PFG ANG 0 PF6 ANG ower lt S LEDPWR 6 6 2 gt 244 qeu 6 PFS ANS 6 PF10 AN10 PF10 AN10 6 PF11 AN11 gt PF11 AN11 12 5MHz CPU DIP Type iis it po MD1 6 3VCC FWE ASEBRKAK ASEBRK E JASEBRIAKJASEBHK 1 6 XIN VCC OUT 4 ANTES EXTAL XTAL CP3 GND OE S VCC R8 _0
48. ctor J13 Pin Descriptions CANL U12 la CANH 012 Rev 1 01 Jun 09 2009 3 18 2 1 REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 3 3 1 8 USB Port Connector J14 3 1 8 USB Port Connector J14 The 587 includes a USB port connector Series B receptacle Figure 3 1 12 shows pin assignments for the USB port connector J14 Table 3 1 17 lists the USB port connector J14 pin descriptions Top view of the component side Board edge Side view Board edge Figure 3 1 12 USB Port Connector J14 Pin Assignments Table 3 1 17 USB Port Connector J14 Pin Descriptions Rev 1 01 Jun 09 2009 3 19 2 1 REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 3 3 1 9 GND connector J15 3 1 9 GND connector J15 The M3A HS87 includes the GND connector J15 Figure 3 1 13 shows pin assignments for the GND connector Table 3 1 18 lists the GND connector pin descriptions Top view of the component side Board edge Figure 3 1 13 GND Connector J15 Pin Assignments Table 3 1 18 GND Connector J15 Pin Descriptions Signal Name GND GND GND Rev 1 01 Jun 09 2009 3 20 2 1 REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 3 3 2 Switches and LEDs 3 2 Switches and LEDs The M3A HS87 includes switches and LEDs as the operating components Figure 3 2 1
49. ension Ext nsion Extension connector connector connector optional optional optional Figure 1 6 2 587 Rev 1 01 Jun 09 2009 REJ11J0028 0101 Major Components Top View of the Solder Side RENESAS x 1 SH7286 CPU Board 87 User s Manual 1 6 Major Components Table 1 6 1 lists the major components on the M3A HS87 Table 1 6 1 Major Components on the M3A HS87 __ _ Crystal Units CX5032GB 12500 Optional KINSEKI X4 Resonatr Ceraoc CSTOZ48MOXMR Mwat x5 Resonatr Ceraock 2 Muta J 1 86pinH UDlpotconector DXiOM G6SE Hirose 42 MepiH UDlportconnedor 7614600280L Serial port connector XM2C 0942 132L OMRON Power supply connector S2B XH A J S T Mfg J5 6 J47 SH7286 external power A2 2PA 2 54DSA Hirose Optional J18 supply connectors st DC power supp jack ____ ____ ui Powersuppyteo imo Resetswicn _ sw lassas soting _ vA lum s mE Rev 1 01 Jun 09 2009 REJ11J0028 0101 RENESAS 1 SH7286 CPU Board M3A HS87 User s Manual 1 1 7 Memory M
50. gh You should implement safety measures so that Renesas products may not be easily detached from your products Renesas shall have no liability for damages arising out of such detachment 12 This document may not be reproduced or duplicated in any form in whole or in part without prior written approval from Renesas 13 Please contact a Renesas sales office if you have any questions regarding the information contained in this document Renesas semiconductor products or if you have any other inquiries Table of Contents MEDS FOV 1 1 IL OCC T RH 1 2 L2 System 1 2 1 sje 92 d EE E E Er E EAE E EE E 1 3 RET T m 1 4 2 1 5 dido ee it EE 1 6 AURA RE 1 9 1 8 Absolute Maximum SUR Edd 1 11 19 Operating PEE REEE 1 11 E m 2 1 ZERO FUNCIONS 2 2 2222615
51. 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 information included in this document
52. he timing with peripheral devices using measurement instruments or develop extension boards according to the use Furthermore the on chip E10A USB emulator Renesas Technology can be connected 1 2 System Configuration Figure 1 2 1 shows an example of system configuration using M3A HS87 5V DC output SH7286 CPU board regulated M3A HS87 power supply 1 5A min Serial port connector USB port connector H UDI port connector 14 pin or 36 pin RCAN port connector Extension connector E10A USB emulator e _ i Ha USB High performance Embedded Workshop 7 SuperH RISC engine C C compiler package Host computer Note 1 These items are not included in this CPU board and must be prepared by user Figure 1 2 1 M3A HS87 System Configuration Example Rev 1 01 Jun 09 2009 REJ11J0028 0101 RENESAS he 1 SH7286 CPU Board 87 User s Manual 1 3 Board Specifications 1 3 Board Specifications Table 1 3 1 lists the M3 A HS87 board specifications Table 1 3 1 Board Specifications tem o scription SH7286 Input XIN clock 12 5 MHz CPU clock 100 MHz max Bus clock 50 MHz max On chip memory Flash memory 1024 KB RAM 32 KB SDRAM 16 MB 16 bit bus x 2 optional Notes 1 SDRAM can be mounted only when SH7286 is used in 3 3 V 2 Bus width can be sw
53. ipment 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 its products semiconductor products have specific characteristics such as the occurrence of failure at a certain rate and malfunctions under cert
54. itched for 16 bit and 32 bit EEPROM 128 kbit optional HN58X24128FPIE 1 bus connection External memory Extension connectors Bus I O GND USB port connector Series B receptacle Serial port connector D sub 9 pin Connectors RCAN port connector D sub 9 pin H UDI port connector 14 pin H UDI port connector 36 pin Power supply LED 1 LEDs User LEDs 6 Reset switch 1 NMI switch 1 5 Switches IRQ1 switch 11 System setting DIP switches 5 package User DIP switches 4 package Dimensions 100 mm x 160 mm Board specification Mounting form 4 layers double sided Number of board 1 Note 1 Silk screen for this switch is printed as IRQO Rev 1 01 Jun 09 2009 REJ11J0028 0101 RENESAS ine 1 SH7286 CPU Board M3A HS87 User s Manual 1 4 Exterior 1 4 Exterior Figure 1 4 1 shows the 587 exterior Figure 1 4 1 M3A HS87 Exterior Rev 1 01 Jun 09 2009 REJ11J0028 0101 RENESAS in 1 5 Block Diagram Figure 1 5 1 shows the M3A HS87 block diagram SH7286 CPU Board M3A HS87 User s Manual 1 5 Block Diagram optional 16 or 32 bits 16 or 32 bits Extension connector Note 1 SDRAM can be used when using the 5 7286 at 3 3 V SH7286 CPU Board External bus 50 MHz at maximum RCAN port _ 36 pin H UDI port 14 pin H
55. l is pulled up on the 587 schematics When mounting SH7286 in the user s system pull down the TRST signal with a 1 resistor as described in E10A USB emulator User s manual Rev 1 01 Jun 09 2009 2 16 2 1 REJ11J0028 0101 3 1 Chapter 3 Operating Specifications 2 SH7286 CPU Board M3A HS87 User s Manual 3 1 Connectors 3 1 Connectors Figure 3 1 1 and Figure 3 1 2 show the connector assignments for the M3A HS87 J7 J11 DC power supply jack Extension connector J12 optional Power supply Extension connector connector optional J3 Serial port aa connector 1 UDI port onnector 36 pin J14 USB port connector Extension Ti me 25 connector II 22 07 optional f pae su LITT 4 EM jp 4 a a m E LIE Mim e port mu I JAPAN H UDI port connector 14 ATTERTIO Ty 4 Extension connectar PIDE J5 J17 J18 J6 J8 D D D GND connector Extension connector SH7286 external optional optional J16 power supply Extension connector Connectors optional optional Figure 3 1 1 Connector Assignments Top View of the Component Side Rev 1 01 Jun 09 2009 3 2 2 1 REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 3 1 Connectors
56. ll when 2516 SDRAM installed EDS1216AATA 75 E 384590 AUDATAO R45 AUDATA1 These regstors have to install 222 when SDRAM installed BD RENESAS SOLUTIONS CORPORATION M3A HS87 DRAWN CHECKED DESIGNED APPROVED seo DK30734C USB Connector H4 VBUS 2 6 PB10 lt gt R50 10KQ L5 2 VBUS lt 4 51 10KQ HD74LV1GTO8ACME E 3VCC CP40 0 1 3VCC R53 1KO OE USB B GND HD74LV1GT126ACME E lt gt 554 229 16 DLW21HN900SQ2 2 oP lt gt R56 240 VCC_CPU UBB 4R D14T 4D SN LF _HZM6 2Z4MFA U7B 41 1 HD74LV1GTO8ACME E VCC_CPU Serial Port Connector COM UART connector CPU CPU C5 0 1yF 5 C6 0 1yF C8 C7 1 R57 R58 0 1yF RI DTR CTS 2 6 PA1 TXDO CS1 lt R59 00 1 TxD _ 2 6 PAO RXDO CSO gt R60 00 8 RxD SN SP3232ECA L DCD R61 00 VCC CPU XM2C 0942 132L CP42 ce3 Decoupling Caps 0 1uF 47 for SP3232E Voltage Level Shifter 3 3V lt gt 5V VCC CPU 3 3V gt 5V VCC_CPU VCC_CPU 5VCC CP43 44 R62 R63 0 1yF 0 1yF 7 JP9 2 6 PB13 CTxO lt gt CTx0 5V XG8S 0231 SN74LVC1T45DCK RCAN Transceiver RCAN connector _ mount hole GND 3 3V lt 5V U11 VCC_CPU R64 CANHO 47KQ JP10 2 6 PB14 CRx0 lt gt
57. m of LEDs and DIP switches Table 2 5 1 lists functions of the I O ports 5 7286 PE9 TIOC3B FRAME PE11 TIOC3D PE12 TIOC4A PE13 TIOCAB MRES PE14 DACKO TIOCAC AH PE15 DACK1 TIOC4D IRQOUT User DIP switches SW3 SW3 1 PEO TIOCOA TIOCAAS DREQO SW3 2 PE1 TIOCOB TIOC4BS TENDO SW3 3 PE2 TIOCOC TIOC4CS DREQ1 PE3 TIOCOD TIOC4DS TEND1 SW3 4 Figure 2 5 1 Connection Diagram of LEDs and DIP Switches Rev 1 01 Jun 09 2009 2 8 2 1 REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 2 2 5 I O Ports Table 2 5 1 I O Ports Functions Remarks J9 2 6 1 PEMPDACKOUTIOCAC AH 2 j PEISDACKI TIOCAD ROQOUT v 6 PA2STICOWPOEOIRQTAHICKE 7 PA2ZTICSVICASUPOEAMIRQZICASL j Y 8 PANMI TICSURASUPOEB ROJRASL v 7 9 PCUAUPOE ____ J jJ jJ jJ 0 2 10 PCUAT _ 11 122 Pesas Jo ojo o jo o ooo o 4 Pesas __ _ _ J jJ J J 18 16 S S a T S O G 18 49 0 21 24 0 0 0 0 v j 5 5
58. n connector Extension connector Extension connector Extension connector J11 PDO DO SDRAM U6 Extension connector J11 GND Note 1 These pins can be connected to SDRAM only when SDRAM is mounted on the board 1 01 Jun 09 2009 2 NEC SAS 11J0028 0101 3 16 SH7286 CPU Board M3A HS87 User s Manual 3 3 1 6 Extension Connectors J8 to J12 J16 Table 3 1 15 lists the extension connector J16 pin descriptions Table 3 1 15 Extension Connector J16 Pin Descriptions EN RE PA10 WRHL DQMUL SDRAM U5 PA11 WRHH DQMUU AH SDRAM U5 PB13 CTx0 RCAN U10 RCAN U12 8 PB16 CASL A22 DACK3 8 PBIWRASUAMIDACKO L9 _ _ _____ SDRAM 05 ooo en 34 Note 1 These pins can be connected to SDRAM only when SDRAM is mounted on the board Rev 1 01 Jun 09 2009 3 17 2 NEC SAS REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 3 3 1 7 RCAN Port Connector J13 3 1 Port Connector J13 The M3A HS87 supports RCAN transmission and reception Figure 3 1 11 shows pin assignments for the RCAN port connector 113 Top view of the Board edge component side Board edge Side view Figure 3 1 11 RCAN Port Connector J13 Pin Assignments Table 3 1 16 lists the RCAN port connector J13 pin descriptions Table 3 1 16 RCAN Port Conne
59. or the setting The SH7286 system power VCC A D power supply AVCC AVREF power supply and USB power supply DrVCC can be supplied from external power supply separately using the jumper settings Figure 2 6 1 shows the M3A HS87 power supply circuit diagram Extension connector External power suppl AVCC p pply J8 connector 5 286 Exe AVCC JP4 External power AVREF supply J8 connector Power supply Power switch d 3 3 V 5 V External power supply connector Power switching jumper JP1 1 VCC DC power JP2 CPU supply jack External power supply DrVCC O USB power supply JP3 SDRAM Extension connector This is optional and can be mounted when using the SH7286 at 3 3 V Figure 2 6 1 Power supply Block Diagram Rev 1 01 Jun 09 2009 2 11 2 1 REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 2 2 7 USB Port Interface 2 7 USB Port Interface The M3A HS87 includes a USB port connector Series B receptacle Use the SH7286 PB10 pin to control the USB line Set the PB10 pin to a low level to disable the input and USD pull up when delaying the connection notification such as in high priority processing or initialization to a USB host or
60. rating Conditions Symbol 5VCC 5 V system power supply voltage 4 75 to 5 25 V Reference voltage VSS ___ ___ Maximum current consumption o Operating temperature 0 C to 50 C Do not expose to condensation or corrosive gas Rev 1 01 Jun 09 2009 REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 1 1 9 Operating Conditions This page intentionally left blank Rev 1 01 Jun 09 2009 REJ11J0028 0101 2 1 Chapter 2 Functions 2 5 7286 CPU Board M3A HS87 User s Manual 2 1 Overview of Functions 2 1 Overview of Functions The M3A HS87 is the SH7286 CPU board that has functional modules listed in Table 2 1 1 Table 2 1 1 M3A HS87 Functional Modules 22 2 SH7286 Input XIN clock 12 5 MHz CPU clock 100 MHz max Bus clock 50 MHz max On chip memory Flash memory 1024 KB RAM 32 KB Memory SDRAM 16 MB 16 bit bus width x 2 optional SDRAM can be used only when 5 7286 is used at 3 3 V Bus width can be switched for 16 bit and 32 bit EEPROM 128 kbit optional HN58X24128F PIE 1 C bus connection Controls the M3A HS87 system power supply Operating specifications Connectors switches LEDs SH7286 extension connectors Switches LEDs H UDI port connectors Refer to Chapter 3 for details Rev 1 01 Jun 09 2009 2 2 2 1 REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual
61. s External powe m K NMI EEPROM switch ser J15 optional J8 switching jumpers optional switches GND Extenbion J16 SH7286 external switch connector Extehsion Power supply Ew SW6 optional optional connector System IRQ1 tional optiona optional setting DIP switch switches Figure 1 6 1 587 Major Components Top View of the Component Side Rev 1 01 Jun 09 2009 1 6 REJ11J0028 0101 5 5 SH7286 CPU Board 587 User s Manual 1 6 Major Components J7 DC power supply jack 09 0 f Bux e 9 9 5 oe 272 8 273 2 J10 ete Extension 5 2 B connector optional e jt 285 2468 MADE IN JAPAN DK30734 0000000 70000000 CES 99 2 9207288 GPU BOARD J11 J12 Extension connector Extension connector optional optional Sv PES PEM PEI PEN PES D c 8848225 29 27 2 sm 218 o EE 9 U son 8 7 3 3 RAS RAS RAG 4 50 0000 9006060 43 CP56 2 zz ns a2 2 45 4997 6 4 2 500000 9 0 0 0 B 1 917 5 3 1 12 mee ree see Ext
62. s against any and all damages arising out of such applications You should use the products described herein within the range specified by Renesas especially with respect to the maximum rating operating supply voltage range movement power voltage range heat radiation characteristics installation and other product characteristics Renesas shall have no liability for malfunctions or damages arising out of the use of Renesas products beyond such specified ranges 10 Although Renesas endeavors to improve the quality and reliability of its products IC products have specific characteristics such as the occurrence of failure at a certain rate and malfunctions under certain use conditions Please be sure to implement safety measures to guard against the possibility of physical injury and injury or damage caused by fire in the event of the failure of a Renesas 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 applicable measures Among others since the evaluation of microcomputer software alone is very difficult please evaluate the safety of the final products or system manufactured by you case Renesas products listed in this document are detached from the products to which the Renesas products are attached or affixed the risk of accident such as swallowing by infants and small children is very hi
63. s connected to the emulator FWE ASEBRKAK ASEBRK TDI TDO pins are multiplexed to the on chip flash writing control pins set the jumpers and switches as shown in Table 3 2 8 when using development tools such as the EI0A USB emulator or the Flash Development Toolkit FDT Table 3 2 8 E10A USB 14 pin H UDI port connector SDRAM is 16 bit access a a a E10A USB 36 pin H UDI port connector SDRAM is 16 bit access eo SDRAM is 32 bit access Tm ee FDT Serial port connector OFF USB port connector OFF OFF OFF Mode 7 Dee TOLL mme 1 Do not change the SWA settings while the board is ON Be sure to turn the power OFF before changing the Notes settings 2 The M3A HS87 does not support the USB boot mode however pull down PCO AO POEO pins to use that mode We ve mounted a 47 k ohm resistor between pins 33 and 40 of J9 connector on the M3A HS87 to check its operation For details refer to 26 5 2 USB Boot Mode Notes on USB Boot Mode Execution on the SH7280 Group Hardware Manual Rev 1 01 Jun 09 2009 3 27 2 NEC SAS REJ11J0028 0101 2 SH7286 CPU Board M3A HS87 User s Manual 3 3 Dimensions 3 3 Dimensions Figure 3 3 1 shows the CPU board dimensions Top view of the component side 10 000 bono soog a 1 i Lad __
64. s 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 me o lt Q Q SH7286 CPU board M3A HS87 User s Manual Renesas 32 Bit RISC Microcomputers SuperH RISC engine Family SH7286 Group Renesas Electronics Rev 1 01 2009 06 WWW renesas com Notes regarding these materials This document is provided for reference purposes only so that Renesas customers may select the appropriate Renesas products for their use Renesas neither makes warranties or representations with respect to the accuracy or completeness of the information contained in this document nor grants any license to any intellectual property rights or any other rights of Renesas or any third party with respect to the information in this document Renesas shall have no liability for damages or infringement of any intellectual property or other rights arising out of the use of any information in this document including but not limited to product data diagrams charts programs algorithms and application circuit examples You should not use the products or the technology described in this document for the purpose of military applications such as the development of weapons of m
65. sing out of the application and use of the information in this document or Renesas products With the exception of products specified by Renesas as suitable for automobile applications Renesas products are not designed manufactured or tested for applications or otherwise in systems the failure or malfunction of which may cause a direct threat to human life or create a risk of human injury or which require especially high quality and reliability such as safety systems or equipment or systems for transportation and traffic healthcare combustion control aerospace and aeronautics nuclear power or undersea communication transmission If you are considering the use of our products for such purposes please contact a Renesas sales office beforehand Renesas shall have no liability for damages arising out of the uses set forth above Notwithstanding the preceding paragraph you should not use Renesas products for the purposes listed below 1 artificial life support devices or systems 2 surgical implantations 3 healthcare intervention e g excision administration of medication etc 4 any other purposes that pose a direct threat to human life Renesas shall have no liability for damages arising out of the uses set forth in the above and purchasers who elect to use Renesas products in any of the foregoing applications shall indemnify and hold harmless Renesas Technology Corp its affiliated companies and their officers directors and employee
66. ted on the M3A HS87 Figure 2 10 1 shows the M3A HS87 reset circuit block diagram Reset IC output delay time td 0 34 x Cd pF 34 ms Min 16 mS Max 70 mS Reset IC output detection voltage Ra 10 KQ Rb 10 KQ Vs 1 25 x Ra RbyRb 2 5 V Extension connector RESET Vcc Open collector output Reset IC Ra 51957 input output q gt gt o o RES Delayed capacitance I Cd 0 1 uF Reset switch 2 p connector SW2 14 pin 36 pin RES 77 Figure 2 10 1 Reset Circuit Block Diagram 2 11 Interrupt Switches The SH7286 NMI and IRQI pins are connected to push button switches on the M3A HS87 Figure 2 11 1 shows the interrupt switch block diagram 5 7286 NMI switch SW IRQ1 switch 1 pw gt PA23 TICSW POEO IRQ1 AH CKE Extension connector Note 1 Silkscreen on the board is printed as IRQO Figure 2 11 1 Interrupt Switch Block Diagram Rev 1 01 Jun 09 2009 2 15 2 1 REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 2 2 12 E10A USB Interface 2 12 E10A USB Interface M3A HS87 includes two H UDI port connectors 71 and 12 to connect to the E10A USB emulator SH7286 ASEBRKAK ASEBRK FWE pins are connected to the System setting DIP switches SW4 1 Turn SW
67. y Connector J4 Pin Descriptions Rev 1 01 Jun 09 2009 3 7 2 1 REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 3 3 1 4 SH7286 External Power Supply Connectors J5 J6 J17 and J18 3 1 4 SH7286 External Power Supply Connectors J5 J6 J17 and J18 External power supply connectors for CPU power USB power and analog power can be mounted on the M3A HS87 To supply power using these connectors remove the receptacles of the external power switching jumpers JP2 JP3 JP4 and JP5 to leave them open Figure 3 1 7 shows pin assignments for the external power supply connector Top view of the component side 1718 2 1 65 Board edge Figure 3 1 7 SH7286 External Power Supply Connectors J5 J6 J17 and J18 Pin Assignments Table 3 1 5 shows the CPU external power supply connector J5 pin descriptions Table 3 1 5 CPU External Power au Connector J5 Pin Table 3 1 6 shows the USB external power supply connector J6 pin descriptions Table 3 1 6 USB External Power S Connector J6 Pin Table 3 1 7 shows analog AVCC external power supply connector J17 pin descriptions Table 3 1 7 a AVCC External Power Connector J17 Pin CI 2 Table 3 1 8 shows the analog AVREF external power supply connector 118 pin descriptions Table 3 1 8 AVREF External Power 06
68. y voltage AVCCSEL p Uses the external power supply voltage J17 J8 or H8 Connects the SH7286 AVREF to 5 V fixed power supply voltage AVREFSEL Open Uses the external power supply voltage J18 J8 or H9 Notes 1 Default setting 2 Do not change the jumper settings while the board is ON Be sure to turn the power OFF before changing the settings Rev 1 01 Jun 09 2009 3 23 2 NEC SAS REJ11J0028 0101 SH7286 CPU Board M3A HS87 User s Manual 3 3 2 3 RCAN Port Remove Jumpers JP9 and JP10 3 2 3 RCAN Port Remove Jumpers JP9 and JP10 Set the JP9 and JP10 to switch the SH7286 pins connected to the RCAN transceiver U11 UII is connected to SH7286 and 14 pins via the level shifter as default When not using these pins via U11 remove JP9 and JP10 Figure 3 2 4 shows the RCAN port remove jumper assignments Table 3 2 3 lists RCAN port remove jumper settings Top view of the component side Board edge Board edge Figure 3 2 4 RCAN Port Remove Jumper Assignments JP7 and JP8 Table 3 2 3 RCAN Port Jumper Settings JP7 and JP8 Connects the SH7286 13 0 pin to the RCAN transceiver U11 TXDSEL Removes the SH7286 PB13 CTx0 pin from the transceiver JP10 1 2 Connects the SH7286 14 to the RCAN transceiver U11 RXD SEL Removes the SH7286 14 pin from the RCAN

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