Renesas M3A-HS37 User's Manual
Contents
1. SH 137 Extension Connector CPU VCC CPU VCC AVREF AVCC 2 3 A 514 gt 2 3 D 7 C Ga AZ R3 6 R37 8 00 00 J11 J9 J12 J10 D 2 3 PE21 WRL TIOC4DS TRST D 2 ANO PFO 2 3 PE20 TIOC4CS TMS 2 WDTOVF gt DI AN1 PF1 2 3 PE19 RD TIOC4BS TDO 2 PE12 TIOC4A De eee 2 AN2 PF2 2 3 PE18 CS1 TIOC4AS TDI 2 PE11 TIOC3D EC 2 AN3 PF3 2 PD10 SSO 2 PE10 CSO TIOC3C DI AN4 PF4 2 PD9 SSI 2 PE9 TIOC3B DI AN5 PF5 2 PD8 SCK2 SSCK 2 PE3 TIOCOD SCKO Ce A DI AN6 PF6 2 PB7 CS14 CRxO 2 PE2 TIOCOC TXDO pam DI AN7 PF7 2 PB6 WAITA CTXO 2 PB5 A19 IRQ3 POE5 TIC5U es a 2 AN8 PF8 2 PB1 BREQ TIC5W 2 PB4 A18 IRQ2 POE4 TIC5US eg A 2 AN9 PF9 2 PBO BACK TIC5WS 2 PB3 A17 IRQ1 POE1 TIC5V SDA A E 2 AN10 PF10 2 PA9 WAIT TCLKD POE8 TXD2 2 PB2 A16 IRQ0 POE0 TIC5VS SCL ES A 2 AN11 PF11 2 PA8 WRL TCLKC POE6 RXD2 2 PE8 A15 TIOC3A A 2 AN12 PF12 2 PA7 TCLKB POE5 SCK2 2 AN13 PF13 G 2 AN14 PF14 2 2 AN15 PF15 3 Ta XG4C 2031 XG4C 2031 CN EU dd p SE a PA15 CK TXD1 SSO A EH 2 PA6 RD UBCTRG TCLKA POE4 lt gt AGND I BETA 2 Po EN A a E PA4 A4 IRQ2 TXD1 L 2 PA3 A3 IRQ1 RXD1 RI RM EE S 188 NB 29 PETZICSONTIOOSDSITOK Spi Dee Ge A ee E NA CPU VCC I A I2. Board edge Figure 3 1 5 Pin Assignments of Power Supply Connector J5 J6 and J16 Table 3 1 4 lists the pin assignment for the power supply connector J5 Table 3 1 4 Pin Assignments for Power Supply Connector J5 No Signal Name No Signal Name eem NSS Table 3 1 5 lists the pin assignment for the power supply connector J6 Table 3 1 5 Pin Assignments for Power Supply Connector J6 No Signal Name No Signal Name lme ERT Table 3 1 6 lists the pin assignment for the power supply connector J16 Table 3 1 6 Pin Assignments for Power Supply Connector J16 No Signal Name No Signal Name lue 7 NSS Rev 1 00 Oct 09 2008 3 6 LENESAS REJ11J0021 0100 3 3 1 5 DC Power Jack J7 Operational Specifications 3 1 5 DC Power Jack J7 A DC power jack can be mounted on the M3A HS37 Figure 3 1 6 shows the pin assignments for the DC power jack and Table 3 1 7 lists the pin assignments for the DC power jack J7 Top view of the solder side Board edge Figure 3 1 6 Pin Assignments for DC Power Jack J7 Table 3 1 7 Pin Assignments for DC Power Jack J7 Signal Name Rev 1 00 Oct 09 2008 REJ11J0021 0100 2 NE SAS 3 7 3 Operational Specifications 3 1 6 Expansion Connectors J8 to J12 3 1 6 Expansion Connectors J8 to J12 The M3A HS37 is provided with through holes for expansion connectors The SH71
3. bonne ener add dates cmd ce een ene renee SIEMENS iM ENNIUS ME ere 3 2 aI DC OMIM ClO WO PPT 3 3 B22 Deal ae utet ee c Mm 3 4 SS POWer UOC OIC te Yc eee i HERE 3 5 3 1 4 External Power Supply Connectors for SH7137 J5 J6 and Ji 3 6 31 5 DO Powerdack J7 TH 3 7 3 1 6 Expansion Connectors IS e J12 EE 3 8 al 2 6 ESO I eg ji E 3 14 9 1 0 GND CONECTO Puros italia ias 3 15 e RE 3 16 3 2 1 CPU Power Supply Select Jumper OUPi 3 17 3 2 2 External Power Supply Select Jumpers JP2 JP3 ANd J 3 18 3 2 3 Serial Port SRAM Select Jumpers JP7 to JP11 RCAN I O Jumpers JP12 and JP13 3 19 a and LEDS A A E E Aa 3 20 3 2 5 Jumper Switch Setting when Using Development Tool 3 22 REJ11J0021 0100 33 e rer DIMENSIONS essere iones 3 23 A A A 1 M3A HS37 SCHEMATICS Rev 1 00 Oct 09 2008 RENESAS ii REJ11J0021 0100 Chapter 1 Overview 1 Overview 1 1 Overview 1 1 Overview The SH7137 CPU board Part number M3A HS37 is designed for evaluating the feature and performance of the SH7137 group of Renesas Technology original MCU as well as developing and evaluating the application software for the MCUs SH7137 data bus address bus and on chip peripheral pins are all connected to the expansion connectors on the M3A HS37 to allow for the timing analysis wit
4. Table 3 1 9 lists the pin assignments for the expansion connector J9 Table 3 1 9 Pin Assignments for Expansion Connector J9 w Sien leese En DN rm mm 6 21 6 6 O o oa woow PL d O UserLED O 461 4 PE11 TIOC3D User LED PEI0 CSO TIOCaC OOOO PE9 TIOC3B User LED PES TIOCOD SCKO be Gd Lo E i e PE2 TIOCOC TXDO Serial port connector J3 ForP7 23 JP9 23 10 PBS AT9IRQOSPOESRTICSU eee 41 PB4 A18 IRQ2 POEA TIC5US IRQ2SW SWe 12 PBS AIZIRQUPOETTICEVISDA EEPROM U OOS PB2 A16 IRQO POEQ TICSVS SCL EEPROM U eee PE8 A15 TIOC3A NN EN PE7 A14 TIOC2B SRAM U2 U2 SRAM U2 SRAM U2 21 PE1 TIOCOB RXDO Serial port connector J3 For JP8 2 3 JP10 2 3 22 PEO TIOCOA 23 PA15 CK TXD1 SSO SRAM U2 24 PA13 A9 SCK1 SSCK SRAM U2 25 SRAM U2 26 PA11 A7 TXDO ADTRG SRAM U2 nO o O Z U y 27 PA10 A6 RXDO SRAM U2 y PA5 A5 IRQ3 SCKI SRAM U2 PASAMIROWSOKI o SRAM U2 For JP7 2 3 JP9 2 3 Serial port connector J3 For JP7 1 2 JP9 1 2 SRAM U2 For JP8 2 3 JP10 2 3 Serial port connector J3 For JP8 1 2 JP10 1 2 ET e 28 29 30 31 32 33 34 35 36 3 38 39 40 JJ D lt O O O O e o NO O O Co Qo zi o LENESAS Operational Specifications 3 3 1 6 Expansion Connectors J8 to J12 Table 3 1 10 lists the pin assignments for the exp
5. M3A HS37 Publication date Oct 09 2008 Rev 1 00 Published by Renesas Technology Corp Renesas Solutions Corp 2007 Renesas Technology Corp All rights reserved Printed in Japan M3A HS37 User s Manual CENESAS Renesas Technology Corp 2 6 2 Ote machi Chiyoda ku Tokyo 100 0004 Japan
6. 3VCC 2 uf PAO AO POEO RXDO 9 AO C6 UART connector 4 XIN10 Ni XIN PA1 A1 POE1 TXDO 727 mount hole GND VCC OUT PA2 A2 IRQO POE2 SCKO LP of 4 GND OE PA3 A3 IRQ1 RXD1 a PA3 A3 IRQ1 RXD1 4 j E PA4 A4 IRQ2 TXD1 prr PA4 A4 IRQ2 TXD1 4 eh SSES 0 1 UF a f O A514 4 Sree a PAS AS IRQS SCK1 L 9 RI D R5 H EI 1 3 PA10 A6 RXDO E E Address Bus SRAM IO Port d S R5 P E ii 3 TxD Ka T A feet 5600 Aga orela xe d Ix gt 7 RISE R7 AA 00 xi xO PAI4 A1OIRXD1 SS CT RxD al e Gi C2 2 PE4 A11 TIOC1A RXD1 EN 6 gt j j PE5 A12 TIOC1B TXD1 HAs 1 pep 8pF 8pF PE6 A13 TIOC2A SCK1 IT A R10 SSES ACN PE7 A14 TIOC2B S 00 A EE a PB2 A16 IRQ0 POEO TICSVS SCL e 3 PB2 A16 IRQO POEOR TICSVS SCL 4 EEPROM 0942 I Mx uu id P Ze PB4 A18 IRQ2 POE4 TIC5US Pa 5 PA15 CK TXD1 SSO K JPW PA15 CK TXD1 SSO PB5 A19 IRQ3 POE5 TIC5U 5 PB5 A19 RQS POESA TICSU 4 lt gt p07 I4 mode sw UH MDI 2 e N I PDO DO RXDO CG D om Tame 4 MDO MO LE MDO PD1 D1 TXDO A e D li C 4 FWE 2 FWE D Ce Data Bus SRAM IO Port LIA CES for SP 32325 PDADATXDI 33 ps 7 34 RES gt 0 RES PDS DS SCK1 E System Contro 4 NMI E oe NI PD6 D6 RXD2 e 4 WDTOVF KL WDTOVF PD7 D7 TXD2 SCS DIO 7 5 PE18 CS1 TIOCAAS TDI PE18 CS1 TIOC4AS TDI 3 4 4 PA9 WAITI TCLKD POEBR TXD2 K 7 325 PA9 WAIT TCLKD POE8 TXD2 PE19 RD TIOC4BS TDO 3 gt PE19
7. Connectors e H UDI connector 14 pin e RCAN connector D sub 9 pin e POWER LED 1 LEDs e User LEDs 6 Reset switch 1 NMI switch 1 5 Switches IRQ2 switch 1 System setting DIP switches 4 package User DIP switches 4 package Dimensions 100 mm x 100 mm Dimensions Mounting form 4 layers double sided Board configuration 1 board Rev 1 00 Oct 09 2008 REJ11J0021 0100 RENESAS Ind Overview 1 4 1 4 Appearance Figure 1 4 1 shows the M3A HS37 appearance E D e Lat D SPIT ll Figure 1 4 1 M3A HS37 Appearance Rev 1 00 Oct 09 2008 REJ11J0021 0100 RENESAS s Overview 1 1 5 M3A HS37 Block Diagram 1 5 M3A HS37 Block Diagram Figure 1 5 1 shows the M3A HS37 system block diagram H UDI connector 14 pin Serial port connector SH7137 CPU board edid RCAN connector D Sub 9 pin Six user LEDs NMI switch IRQ2 switch RCAN driver A D connector BSC External bus 8 Maximum 40 MHz 8 DIP switches I EEPROM t SRAM 4 package 16 KB M 32 KB e vm Expansion connector EE Optional Figure 1 5 1 M3A HS37 System Block Diagram Rev 1 00 Oct 09 2008 REJ11J0021 0100 RENESAS We Overview 1 6 M3A HS37 Major Components 1 6 M3A HS37 Major Components Figure 1 6 1 shows the M3A HS37 major components op view of the component side J15 JP11 LED1 oe M GND conn
8. J7 Se VSS DC power jack JP2 G 5 V to CPU VCC i D Expansion connector Be Optional Figure 2 6 1 Power Supply Circuit Block Diagram Rev 1 00 Oct 09 2008 2 10 2 NE SAS REJ11J0021 0100 Functional Specifications 2 7 RCAN Interface 2 7 RCAN Interface The M3A HS37 is provided with an RCAN connector D Sub 9 pin Figure 2 7 1 shows the RCAN interface block diagram CPU VCC U1 SH7137 Power voltage level shifter IC 3 3 V 5V gt 5V RCAN driver IC CPU VCC 5VCC U12 RCAN connector U13 D sub 9 pin PB6 WAIT CTxO J13 CPU VCC RxD CANH EL ue CANL E lt Power voltage level shifter IC 3 3 V 5V ec DV CPU VCC 5VCC U14 PB7 CS1 CRxO CPU VCC o lt S Figure 2 7 1 RCAN Interface Block Diagram Rev 1 00 Oct 09 2008 2 41 424 NESAS REJ11J0021 0100 Functional Specifications 2 2 8 Clock Modules 2 8 Clock Modules The M3A HS37 clock modules consists of two blocks Crystal resonator is connected to EXTAL and XTAL Output from the oscillator is connected to the SH7137 EXTAL The M3A HS37 comes standard with a 10 0 MHz crystal resonator When mounting the oscillator remove R7 and the crystal oscillation circuit Figure 2 8 1 shows the clock module block diagram CO SH7137 Oscillator es onn Expansion connector PA15 CK TXD1 SSO J9 pin 23 hs dy de Z ien XTAL Crystal oscillator 10 0 MHz Crystal oscillation circ
9. PE8 TIOC3A A15 PB2 IRQO POEO TICSVS SCL A16 PB3 IRQ1 POE1 TIC5V SDA A17 PB4 IRQ2 TIC5US A18 POE4 PB5 IRQ3 TIC5U A19 POE5 PDO DO RXDO PD1 D1 TXDO PD2 D2 SCKO PD3 D3 RXD1 PD4 D4 TXD1 PD5 D5 SCK1 PD6 D6 RXD2 PD7 D7 TXD2 PE18 TIOC4AS CS1 TDI PE19 TIOC4BS RD TDO PE17 TIOC3DS CSO TCK PE20 TIOC4CS TMS PE21 TIOC4DS WRL TRST PE16 TIOC3BS WAIT ASEBRKAK ASEBRK ASMDO PFO ANO PF1 AN1 PF2 AN2 PF3 AN3 PF4 AN4 PF5 AN5 PF6 AN6 PF7 AN7 PF8 AN8 PF9 AN9 PF10 AN10 PF11 AN11 PF12 AN12 PF13 AN13 PF14 AN14 PF15 1N15 VUVUUVUVUVUVUVUVUUN gadon bul ROD Serial port e Address bus SRAM O port EEPROM Data bus SRAM Input port H UDI A D Input port User DIP switches UE Rev 1 00 Oct 09 2008 REJ11J0021 0100 Figure 2 2 1 SH7137 Block Diagram 2 NE SAS 2 3 2 2 3 Memory Functional Specifications 2 3 Memory 2 3 1 SH7137 Internal Memory The SH7137 MCU is provided with a 256 KB flash memory and a 16 KB RAM 2 3 2 SRAM A 32 KB of SRAM can be mounted on the M3A HS37 optional Both 5 V and 3 3 V can be supplied for the CPU and the SRAM on the M3A HS37 The supply voltage supplied to the CPU is also supplied to SRAM When M5M5256DFP 70GI is mounted as SRAM the supply voltage is automatically the same as the CPU The SRAM is controlled by the SH7137 on chip b
10. RD TIOC4BS TDO 3 4 4 PA8 WRL TCLKC POE6 RXD2 lt _ gt PAB WRL TCLKC POEG RXD2 PE17 CS0 TIOC3DS TCK PE17 CS0 TIOC3DS TCK 3 4 PE2 TIOCOC TXDO 4 PA7 TCLKB POE5 SCK2 S PATITCLKB POES SCK2 PE20 TIOC4CS TMS FF S PE20 TIOC4CS TMS 3 4 4 PA6 RD UBCTRG TCLKA POE4 lt lt 75 57 PAG RD UBCTRG TCLKA POE4 PE21 WRL TIOC4DS TRST 5 PE21 WRL TIOC4DS TRSTH 3 4 4 PBO BACK TIC5WS SS 5 PBO BACK TIC5WS PE16WAIT TIOC3BS ASEBRKAK ASEBRK 5 PE16 WAIT TIOC3BS ASEBRKAK ASEBRK 3 4 4 PB1 BREQ TIC5W A PB1 BREQ TIC5W ASEMDO A lt ASEMDO 4 4 PB6 WAIT CTx0 a PB6 WAIT CTxO PE1 TIOCOB RXDO RCAN _ gl GE O oa o PB7 CS1 CRx0 9 ANO PFO 4 4 PD8 SCK2 PD8 SCK2 SSCK ANO PFO e O PFO 4 in 4 PD10S e E am EE An interrupt 4 PEO TIOCOA UE PEO TIOCOA AN3 PF3 EO PPI Sa AN3 PF3 4 PA3 A3 IRQ1 RXD1 4 PE1 TIOCOB RXDO SSS PE1TIOCOB RXDO ANA PF4 8 T eK ANA PF4 4 Serial I F 4 PE2 TIOCOC TXDO SSS PE2 TIOCOC TXDO ANS PF5 81 ANs PFS 4 4 PE3 TIOCOD SCKO 0 EA PE3 TIOCOD SCKO AN6 PF6 fag oo AN6 PF6 4 A D Input Port 4 PE10 CSOZ TIOC3C S2 57 PE10 CS0 TIOC3C ANZPF7 FI ANP 4 4 PE9 TIOC3B S PES TIOC3B AN8 PF8 FE DREES 4 PA4 A4 IRQ2 TXD1 4 PE11 TIOC3D O A PE11 TIOC3D AN9 PF9 EF oza AN9 PF9 4 4 PE12 TIOC4A SD 5 PE12
11. TIOC4A AN10 PF10 E S J ANIOPFIO 4 XG88 0331 User use LED 4 PE13 TIOC4B MRES S PE13 TIOC4B MRES ANTUPFI1 ES ANIUPFI1 4 4 PE14 TIOC4C TO E E PE14 TIOC4C AN12 PF12 EE AN12 PF12 4 H8 4 PE1S TIOCAD IRQOUT lt gt PE15 TIOC4D IRQOUT E EE 7 User use DIP SW A 0 2 VCC SRAM VCC SRAM CPU VCC e SA 8 m AN15 PF15 j ete ANRE TA T Li gt A 3 x A 5 14 CP12 BLM21PG330SN1 6 0 1uF JP11 CPU VCC R11 GND XG8S 0231 RA2 Im A14 SH7137 CP2 CP3 sape l TERE PE10 CS04 TIOC3C K gt 4 7KQ A PA6 RD UBCTRG TCLKA POE4 PAS WRLA TCLKO POEGA RXD2 Decoupling Caps _M5M5256DFP 70GI AVCC CPU VCC io CP10 CE2 CPU VCC 0 1uF 4 7uF Ei Voltage Level Shifter 3 3V 5V A4 7KQ AGND ATKO cpu vcc 3 3V gt 5V 5vcc CP13 CP14 0 1uF U13 0 1u Jeu End 9 AOS PB6 WAIT CTx0 1 p o TEE CTx0 5V RCAN Transceiver B2 pS CPU VCC E E P ROM XG8S 0231 U12 ee LI LLI z CP15 EE 0 1uF J13 4 7KQ CPU VCC 00 lg U4 e CANLQ be CANHY 77 PB2 A16 IRQO POEO TICSVS SCL R13 E PB3 A17 IRQ1 POE1A TICSV SDA 4 7KQ 4 axe HXTSTATHBJE CPU VCC CP17 onu 0 1uF R16 U14 47KQ JP13 e gt CP18 PB7 CS1 CRX0 4 py VCCA VCCB CRx0 5V 0 1uF A1 a A2 XG8S 0231 4 0942 _HN58X24128FPIE G8S 023 GND S XM2C 0942 132L SN74LVC2T45DCT d SB E Z nma R22 g Di 00 00 RENESAS SOLUTIONS CORPORATION M3A HS 3 SH7137 SRAM EEPROM RCAN pa DRAWN
12. optional o o o o o o o o J2 O00000 O8 100000001 2 1 1 o 5 0506 9 7 3 eO O Qua 49 do 36 34 32 30 28 26 24 22 20 18 16 94 12 10 J8 J9 Expansion connector Expansion connector optional optional Figure 1 6 1 M3A HS37 Major Components Rev 1 00 Oct 09 2008 REJ11J0021 0100 RENESAS i Overview 1 1 6 M3A HS37 Major Components Table 1 6 1 lists the major components on the M3A HS37 Table 1 6 1 Main Components Mounted on the M3A HS37 rr a ur E Leem ret jue aen msio Ress vm mee Lues Rus un mme Larue In u momaweno Loser Joes 1 vun tovelshitos swavzemor Jul ESCHER Hp WuDicomeser ren Las Jansen 1 sonaponcomono mensen Joo i Power supy comes ema Je ur rem Lmmenne woso 1 umo mmer opn mme Ion hp rein ae Loss Tiet oe Il fswi_ Powerswich Immo T Rev 1 00 Oct 09 2008 REJ11J0021 0100 RENESAS E 1 7 M3A HS37 Memory Map Figure 1 7 1 and Figure 1 7 2 show the memory map examples of SH7137 on the M3A HS37 H 0000 0000 H DODS EEFE H 0004 0000 H FFFF 7FFF H FFFF 8000 H FFFF BFFF H EEFE CUUU H FFFF FFFF Rev 1 00 Oct 09 2008 REJ11J0021 0100 SH7137 logical space MCU Mode 3 Single chip mode H 0000 0000 H 0003 FFFF H 0004 H FFFF 0000 H FFFFE H FFFF H FFFF H FFFF 8 PEE Figure 1 7 1 SH7137 Memory Map MCU mode 3 21 NC SAS Overview 1 7 M3A HS37 Memo
13. y O 83 PD7ZD7ZTXDZ SCS II v v 32 PDEDERXD2 ll v LJ 33 PD5 D5 SCK1 l y 0 o 34 PAMM II IV 35 PD3JD3RXD JI Y y 37 PD2D2SCKO II Y 0 j 38 PIM A Y 0 y IW 40 PDUDURXDO 41 PB7ZCSUCRXO O o 42 PB6 WAIT CTx0 S O o 43 PB5 A19 IRQ3 POE5 TIC5U 44 PB4 AIS IRQ2 POE4 TICSUS 45 PB3 A17 IRQ1 POE1 TIC5V SDA 46 PB2 A16 IRQ0 POE0 TIC5VS SCL 47 PBI BREQTICEW gt LI 49 PBOBACKTICOWS i 51 PA1S CK TXD1 SSO ooo Ld 52 PAM MO RXDI SSI dC Ecg 58 PAIZ AQ SCKIISSCK PERENNI 54 PAIZ ABSCKOUSCS EN Ed ENE eS t pv 60 gt L EN E umm 66 EJ 68 koJ 69 E I EEPROM Rev 1 00 Oct 09 2008 2 8 2 NE SAS REJ11J0021 0100 Functional Specifications 2 5 I O Ports SH7137 Expansion connectors emarks PF15 AN15 d Analog input pin i User DIP switches SW a 0 0 0 lgj EE SM LS Deen 0 ET Deor DE tuis SM LS pee ET Deer DE euis SM emm v 9 Jeu Co 98 Ienm tv o e jemar d 9 Jean ul 9 Persas d ra FRE NI EM put Put Analog input pin Analog input pin Analog input pin Analog input pin Analog input pin Analog input pin Analog input pin Note Connected only when the OQ resistance is mounted Analog input pin Ana
14. 20 Operational Specifications 3 3 2 4 Switches and LEDs Table 3 2 7 lists the functions of LEDs on the M3A HS37 When SW4 4 is set to OFF the LEDs power is OFF Table 3 2 7 Functions of LEDs mounted on M3A HS37 User LED Lit when PE11 outputs L LED4 User LED Lit when PE12 outputs L LED5 Green User LED Lit when PE13 outputs L Green User LED Lit when PE14 outputs L LED7 User LED Lit when PE15 outputs L Note When SW4 4 is set to OFF LEDs are not lit Rev 1 00 Oct 09 2008 3 21 2 NE SAS REJ11J0021 0100 3 Operational Specifications 3 2 5 Jumper Switch Setting when Using Development Tool 3 2 5 Jumper Switch Setting when Using Development Tool The SH7137 emulator related signals PWE ASEBRKAK ASEBRK TDI TDO are multiplexed with o flash writing control pin When using the development tools such as EIOA USB emulator and Flash Development Toolkit FDT set the jumper switches as shown in Table 3 2 8 Table 3 2 8 Jumper Setting for Each Connector Setting Tool Connector Remarks JP7 to JP10 E10A USB emulator H UDI connector J2 Connect 2 3 when using SRAM FDT Serial port connector J3 1 2 Connect TXD1 and RXD1 pins required Rev 1 00 Oct 09 2008 3 22 2 NE SAS REJ11J0021 0100 Operational Specifications 3 3 3 M3A HS37 Dimensions 3 3 M3A HS37 Dimensions Figure 3 3 1 shows the M3A HS37 dimensions Top view of the component side
15. 37 I O pins are connected to the through holes MIL spec connectors can be connected to the through holes J8 to J12 allowing for connecting with expansion boards or monitoring the SH7137 bus signals Figure 3 1 7 shows the pin assignments for expansionsion connectors Board edge Board edge 20 J10 9 O O O O O O O O O O OOO QAM O OO Board edge J10 OO Board edge Note These pin assignments on the CPU board are defined on the assumption that expansion connectors are mounted on the component side If the expansion connectors are mounted on the solder side these pin assignments are not applicable Top view of the solder side Top view of the component side Figure 3 1 7 Pin Assignments for Expansion Connectors Rev 1 00 Oct 09 2008 REJ11J0021 0100 ENESAS 3 8 Table 3 1 8 lists the pin assignments for the expansion connector J8 Avrefh PFO ANO PF1 AN1 PF2 AN2 PF3 AN3 PF4 AN4 PF5 AN5 PF6 AN6 Operational Specifications 3 1 6 Expansion Connectors J8 to J12 Table 3 1 8 Pin Assignments for Expansion Connector J8 No Signal Name Also connected to DES mea mn leen M preg Y 12 Jeans PF9 AN9 PF10 AN10 PF11 AN11 PF12 AN12 13 15 16 18 19 20 Rev 1 00 Oct 09 2008 PF13 AN13 PF14 AN14 PF15 AN15 Avrefl GND Avss REJ11J0021 0100 LENESAS 3 9 Operational Specifications 3 3 1 6 Expansion Connectors J8 to J12
16. 9 Do not leave the jumper open not supplying the power from an external source indicates the default setting Note Do not make any change with the jumper setting while the M3A HS37 is operating Ensure to turn the power OFF before changing the setting Rev 1 00 Oct 09 2008 3 17 2 NE SAS REJ11J0021 0100 Operational Specifications 3 3 2 2 External Power Supply Select Jumpers JP2 JP3 and JP4 3 2 2 External Power Supply Select Jumpers JP2 JP3 and JP4 Set JP2 to JP4 to switch the power voltage source to the SH7137 system power CPU VCC the analog power supply AVCC and the A D reference power supply AVREF Figure 3 2 3 shows the external power supply select jumper assignments Table 3 2 2 lists the external power supply select jumper setting Top view of the component side Board edge AVREF SEL J3 210 Wii AVCC SEL J4 210 ii CPU VCC SEL JP2 20 O 1 Figure 3 2 3 External Power Supply Select Jumper Assignments JP2 JP3 JP4 Table 3 2 2 External Power Supply Select Jumper ESTE JP2 JP3 JP4 JP2 SH7137 power supply voltage CPU VCC is supplied from J4 or J7 Open External power supply voltage supplied from J5 or H9 CPU VCC SEL p p pply voltage supp Do not leave the jumper open not supplying the power from an external source JP3 SH7137 AVREF is connected to 5 V fixed power supply voltage AVREFSEL External Open External power supply voltage supplied f
17. AIS ojala 3 E 10005000 200000 ED O O 0 ooo oo G 00000900000 agii a jik E E D i IEN RA Cac R5 IR S vn A MI RET diss nior RE REES ie Go lij GER JIER BAR sz r a m s r E EE CG Ge E B dE ff 2000000000 Op BBH DOODOODOODOON zg 3 nn 0o00000006000000060001 d o e EB A THLOG THID zn EK El Figure 3 3 1 M3A HS37 Dimensions Rev 1 00 Oct 09 2008 3 23 LENESAS REJ11J0021 0100 Operational Specifications 3 3 3 M3A HS37 Dimensions This page intentionally left blank Rev 1 00 Oct 09 2008 3 24 2 NE SAS REJ11J0021 0100 Appendix M3A HS37 SCHEMATICS A 1 This page intentionally left blank A 2 Kl SH7137 CPU Board M3A HS37 SCHEMATICS Note IVECO ev TITLE PAGE EACUS Sy e CPUSVOC DV Gr JaN INDEA AVCC 5V Analog e IS AN M or ORAM REEPROM RCAN Serial Interface 2 AVREF 5V Analog VREF H UDI Reset Power 3 VCC SRAM Soy Of sov FOLLOW CPU voc Other Connectors PUSH SW LED 4 R Fixed Resistors RA Resister Array C Ceramic Caps CE ELECT LOLVELC Caps CP Decoupling Caps o erore riz snot mounted jet AE a wel NENNEN RENESAS SOLUTIONS CORPORATION M3A HS37 DRAWN CHECKED DESIGNED APPROVED INDEX cis wanes DK30714A 3 pU CHANGE AVREF mee CPU VCC R1 00 Serial Port Connector COM ii CPU VCC 10 OMHz CPU o 5 bk o AD2 4 i
18. CHECKED DESIGNED APPROVED mul CHANGE H UDI Interface CPU VCC 5V To 3 3V Linear Regulator 1 2 Power On uy 2 3 Power Off DI BAT54 7 F R24 Power U9 LM2738 YMY Power LED Switch 5VCC 3VCC A4 7KO 4 7KQ CPU VCC CPU VCC VINC BOOST 5VCC J4 CP20 L2 S2B XH A o D 9 R25 1 VC i 1 4 7KQ 2 gt R27 2 4 PE17 CS0 TIOC3DS TCK S ee o ane 2 4 PE21 WRL TIOC4DS TRST PF bb TRST lt 7 ASEMDOS 2 PE TENOS ID IP EES RE 12 LED MEAN TIGE ES Noe BRI nese eS ll EE EE ETES Power Ge ER SANO 14 Connector CES u UBI111C 2 4 PE18 CS1 TIOC4AS TDI lt o X BLUE 47uF R28 J7 10KQ 7614 6002BL A HEC0470 01 630 SVCC 5VCC CPU VCC J5 CPU VCC 1 2 5V E d VCC CPU EXTERNAL CPU VCC XG8S 0231 XG8S 0331 CE6 CE11 10uF 16V 10uF 16V C H10 J6 AVREF AVREF EXTERNAL AVREF XG8S 0231 Ower n e se 10uF 16V 10uF 16V CPU VCC No AGND U10A U10B bw 6 gt RES amp 24 H11 R29 R30 J16 AVCC 10KO e 47K0 HD74LV2G14A HD74LV2G14A AVCC AVCC_CPU EXTERNAL XG8S 0231 CE8 10uF 16V i 4 CE13 10uF 16V RNM51957BFP SW2 R32 10KQ AGND d B3SN 3012 RE AGND CPU VCC POWER TEST PIN 5VCC SVCC ene U10D CP21 H12 H14 0 1uF HD74LV2G14A 5V 3VCC HD74LV2G14A H13 H15 Board fixed hole 5V 3VCC MH1 H16 J15 XG8S 0331 Fx H UDI Power Reset da DRAWN CHECKED DESIGNED APPROVED SCALE am O DATE PEPA oo 6 0 4 14 Ver 1 00
19. I a ep te 2 PE14 TIOC4C i a e kii kakia VT ao p jJj c ES eege o User use Switch _XG4C 4031 _XG4C 4031 R39 R40 A TKOS 4 7KQ SW3 AN12 PF12 R43 00 SJ ANISIPFI3 R44 00 C UI EI AN14 PF14 R45 00 ENE a la ANI5 PF15 R46 00 SH ll A6S 4104 NMI SWITCH CIRCUIT CPU VCC Mode amp LED 2 NMI CPU VCC Switch SN74LVC14APW SN74LVC14APW CE9 NMI SW5 2 2uF E SWITCH B3SN 3012 R47 R48 R49 4 7KOS 4 7K0 gt 4 7KO IRQ SWITCH CIRCUIT M EI WE ASA aa G mor a E a JEJ CPU VCC I I PP o EE eege a U11E U11F EL PB4 A18 IRQ2 POE4 TIC5US R53 R54 R55 R56 R57 R58 2200 2200 2200 2200 2200 2200 SN74LVC14APW SN74LVC14APWE y IRO2 SW6 2 2uF SWITCH D8 D7 D6 D5 D4 D3 188355 188355 188355 188355 158355 1SS355 Umie CPU VCC H7 H6 H5 H4 H3 H2 4 PE15 4 PE14 y PE13 4 PE12 4 PE11 4 PE9 SN74LVC14APW d mi U11G U11D CP22 VCC LED LED6 LED5 LED4 LED3 EED2 Ne Na Na Ne Ne Ne 0 1uF Na Y Y gt b gt VSS SML 310MT SML 310MT SML 310MT J SML 310MT 1 SML 310MT 1 SML 310MT SN74LVC14APW SN74LVC14APW PE15 TIOC4D IRQOUT R60 00 PE14 TIOC4C R63 00 PE13 TIOC4B MRES R64 00 PE12 TIOC4A R65 00 PE11 TIOC3D R66 00 PE9 TIOC3B R67 00 IN Connectors PUSH SW sau Cn DRAWN CHECKED DESIGNED APPROVED SCALE am O This page intentionally left blank Revision History SH7137 CPU Board M3A HS37 User s Manual Rev Date Description Oct 09 2008 _ First edition issued SH7137 CPU Board User s Manual
20. REJ11J0021 0100 SH7137 CPU Board M3A HS37 User s Manual Renesas 32 Bit RISC Microcomputer SuperH RISC engineFamily SH7137 Group Rev 1 00 Renesas Technology Oct 09 2008 www renesas com 10 11 12 13 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 nights 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 mass 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 p
21. ansion connector J10 Table 3 1 10 Pin Assignments for Expansion Connector J10 Signal Name Also connected to NN PE21 WRL TIOC4DS TRST H UDI connector J2 PE20 TIOC4CS TMS H UDI connector J2 1 2 H UDI connector J2 4 9 O a PE18 CS1 TIOCAAS TDI H UDI connector J2 PD10 SSO PD9 SSI NENI 8 PB7OSWORO JPI3 RCANIN 9 PBeWAT CDO JP12 ROAN OUT L NN uM NM NN NN Mu E MEN uM uM uM NN ml EN pie fe NN CAP NN dg fe NN ml NN E 1 2 4 5 6 7 8 9 0 Rev 1 00 Oct 09 2008 3 11 2 NE SAS REJ11J0021 0100 3 Operational Specifications 3 1 6 Expansion Connectors J8 to J12 Table 3 1 11 lists the pin assignments for the expansion connector J11 Table 3 1 11 Pin Assignments for Expansion Connector J11 No Signal Name Also connected to Rev 1 00 Oct 09 2008 3 12 2 NE SAS REJ11J0021 0100 3 Operational Specificati 3 1 6 Expansion Connectors J8 to Table 3 1 12 lists the pin assignments for the expansion connector J12 Table 3 1 12 Pin Assignments for Expansion Connector J12 Mo Signal Name Also connected to PD6 D6 RXD2 SRAM U2 PD5 D5 SCK1 SRAM U2 U2 U2 U2 PD4 D4 TXD1 SRAM U2 U2 U2 PD3 D3 RXD1 SRAM U2 PD2 D2 SCKO SRAM U2 PD1 D1 TXDO SRAM U2 PD1 D1 TXDO SRAM U2 GND B UU Rev 1 00 Oct 09 2008 REJ11J0021 0100 2 NE SAS ons J12 3 13 Operational Specifications 3 3 1 7 RCAN Conn
22. ations 22 CPU The M3A HS37 is provided with the SH7137 the 32 bit RISC MCU operates with a maximum frequency of SO MHz The SH7137 MCU is provided with a 256 KB flash memory and a 16 KB RAM which covers a wide range of applications from data processing to equipment control The M3A HS37 can be operated with a maximum CPU frequency of 80 MHz external bus 40 MHz at maximum using a 10 0 MHz of the input clock Figure 2 2 1 shows the SH7137 block diagram on the M3A HS37 RCAN port Serial port Clock Mode SW System control User LEDs Control signal MTU2 2S interrupt etc SH7137 NINI Ju Dt EXTAL XTAL PA15 CK TXD1 SSO MD1 MDO FWE RES NMI WDTOVF PE9 TIOC3B PE11 TIOC3D PE12 TIOC4A PE13 TIOC4B MRES PE14 TIOC4C PE15 TIOC4D IRQOUT PA9 WAIT TCLKD POE8 TXD2 PA8 WRL TCLKC POE6 RXD2 PA7 TCLKB POE5 SCK2 PA6 RD UBCTRG TCLKA PBO BACK TIC5WS PB1 BREQ TIC5W PB6 WAIT CTx0 PB7 CS1 CRx0 PD8 SCK2 SSCK PD9 SSI PD10 SSO PEO TIOCOA PE1 TIOCOB RXDO PE2 TIOCOC TXDO PE3 TIOCOD SCKO PE10 TIOC3C CSO PE12 TIOC4A PE13 TIOC4B MRES PE14 TIOC4C PE15 TIOC4D IRQOUT PAO RXDO AO POEO PA1 TXDO A1 POE1 PA2 SCKO IRQO A2 POE2 PA3 RXD1 A3 IRQ1 PA4 TXD1 A4 IRQ2 PA5 SCK1 A5 IRQ3 PA10 A6 RXDO PA11 ADTRG AZ TXDO PA12 A8 SCS SCKO PA13 A9 SSCK SCK1 PA14 A10 SSI RXD1 PEA TIOC1A A11 RXD1 PE5 TIOC1B A12 TXD1 PE6 TIOC2A A13 SCK1 PE7 TIOC2B A14
23. ded operating conditions of the M3A HS37 Table 1 9 1 Operating Conditions CPU VCC 3 3 5 V systems power supply voltage 3 0 to 5 5 V Reference voltage VSS Both VCC 5 V and 3 3 V allowed crum ADC PE supply voltage 4 e to 5 5 V Reference MAM AVSS for A D converter Maximum current Maximum current consumption 1 1 5 A max A max Topr Operating temperature 0 to 50 C Ee dewdrops allowed no corrosion gas allowed Rev 1 00 Oct 09 2008 RENESAS 1 10 REJ11J0021 0100 2 1 Chapter 2 Functional Specifications Functional Specifications 2 1 Features 2 1 Features The M3A HS37 CPU board has function modules listed in Table 2 1 1 Table 2 1 1 lists the M3A HS37 functional modules Table 2 1 1 M3A HS37 Functional Modules ara Br I 2 SH7137 9 Input XIN clock 10 0 MHz e CPU clock 80 MHz max Bus clock 40 MHz max 9 Internal memory e Flash memory 256 KB e RAM 16 KB Memory e SRAM 32 KB M5M5256DFP 70GI 1 8 bit bus width optional e EEPROM 16 KB optional HN58X24128FPIE 1 I C bus connection Serial Port Interface Connects the SH7137 SCI1 or SCIO pins to the serial port connector Controls the M3A HS37 system power supply Operational Specifications Connectors switches and LEDs 0 SH7137 expansion connectors Switches and LEDs H UDI connector Refer to Chapter 3 for details Rev 1 00 Oct 09 2008 2 2 2 NE SAS REJ11J0021 0100 2 2 2 CPU Functional Specific
24. 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 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 employees against any and all damages arising out of such applications You should use the products described herein within the range ed 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 sha
25. ector J13 3 1 7 RCAN Connector J13 The RCAN communication is available on the M3A HS37 Figure 3 1 8 shows the pin assignments for the RCAN connector J13 Top view of the component side a Figure 3 1 8 Pin Assignments for RCAN Connector J13 Table 3 1 13 lists the pin assignments for the RCAN connector J13 Table 3 1 13 Pin Assignments for RCAN Connector J13 No Signal Name Ne Signal Name lee 2 fonw GND ee 3 5 n 00 lp lw CANH U12 e wooo O Rev 1 00 Oct 09 2008 3 14 2 NE SAS REJ11J0021 0100 Operational Specifications 3 3 1 8 GND Connector J15 3 1 8 GND Connector J15 The M3A HS37 is provided with a GND connector The pin assignments are shown and listed in Figure 3 1 9 and Table 3 1 14 Top view of the component side Board edge eeo J15 1 3 GND Figure 3 1 9 Pin Assignments for GND Connector J15 Table 3 1 14 Pin Assignments for GND Connector J15 p MM Signal Name Rev 1 00 Oct 09 2008 3 15 2 NE SAS REJ11J0021 0100 Operational Specifications 3 3 2 Switches and LEDs 3 2 Switches and LEDs The M3A HS37 is provided with switches and LEDs as its operational components Figure 3 2 1 shows the assignments of the M3A HS37 operational components Top view of the component side LED1 SW1 Power LED Power s
26. ector PE1 0 CSO Power LED ve S cad optional jumper pply on off switc connector US U12 3 3V Regulator RCAN driver U4 EEPROM J7 optional DC Power jack JP1 J13 CPU power supply select RCAN E mur um jumper port connector Cie uv E ASS a doci jei ka JP2 to JP4 i E el BET External power JP12 JP13 switch jumpers RCAN port jumpers J3 Serial port connector ue iu as e RS 232C JP7 to JP10 ME O Y Ze i i driver Serial port gp j SINE e bk switch jumpers l vent as a gel 0 OF JI pa IS Bee 4 E 5 aD De LED2 to LED7 Js ts see NI Bee o User LEDs Lado K KC pm En 28 S i EET ZER j E D E EST WI Na el 4 Raz aao i d a nc mom E Toth gt Aga ve V J2 saga ATTENTION H UDI connector EI o E i SW2 x dei h en A a e a aj By E li r 14 pin sai d f ce ym Reset ror ZG 9 sew sw Lu TES switch d dis den a a NESAS pude d Dan IM JAPAN REGER QOOOOOOOOOOO KssTWn aununnansms SW4 SW3 System setting User DIP SW6 J5 J6 and J16 DIP switches switches IRQ2 switch External power Swe f supply connectors SEN optional Top view of the solder side J11 J12 Expansion connector Expansion connector optional optional pog se 37 35 33 31 29 27 Mae Ty Q 28 78 18 16 14 12 18 O O Oss e J7 Ha HI2 C DC power 38 9 9 jack 909 FE KMA s 3 E o oo 000 O Qwooo OO Ad ES LO 000 Rt ODIN O 9 RITO RIBO O x J10 Expansion connector
27. ed up Refer to Section 2 5 for details SW3 1 OFF PF12 Hr ON PF12 L L SW3 2 OFF PF13 H ON PF13 L SW3 3 OFF PF14 H ON PF14 L SW3 4 OFF PF15 H ON PF15 L System setting DIP switches 4 package Refer to Table 3 2 5 for the functions NMI input switch Refer to Section 2 10 for details IRQ2 input switch Refer to Section 2 10 for details Table 3 2 5 lists the functions of the switch SW4 The SH7137 operating mode is set by the combinations of the pins FEW MDO and MD1 Table 3 2 6 lists the SH7137 operating mode setting Table 3 2 5 Functions of Switch SW4 SWA 1 FWE H On chip flash memory is write and erase protected FWE FWE L On chip flash memory is write and erase enabled SW4 2 MD1 pin state is H MD1 MD1 pin state is L SW4 3 MDO pin state is H MDO MDO pin state is L SW4 4 LED Vcc OFF LED LED Vcc ON indicates the default setting Operating mode setting Refer to Table 3 2 6 Note Refer to Figure 2 5 1 for LED Vcc Table 3 2 6 SH7137 Operating Mode Setting SW4 1 SW4 2 SW4 3 SH7137 Operating Mode ewe mg woo Name MCU expansion mode 0 On chip ROM disabled CSO space 8 bit bus MCU expansion mode 2 On chip ROM enabled CSO space 8 bit bus User program mode On chip ROM enabled Indicates the default setting Note These are the programming mode of the flash memory Rev 1 00 Oct 09 2008 REJ11J0021 0100 ENESAS 3
28. h peripherals that use measurement instruments and connections of MCU I O pins according to its application Renesas Technology EIOA USB on chip emulator can be connected to the M3A HS37 1 2 System Configuration Figure 1 2 1 shows a system configuration using the M3A HS37 Default Setting on jumpers JP1 to JP4 JP7 to JP13 and DIP switches SW4 Wy 1 1 ji le cp Za H el 1 2 det D I SU Bes SH7137 CPU p regulated JP3E H 2 JP9 oi M3A HS37 power supply wal dd 1 5A min Serial port connector RCAN connector H UDI connector 14 pin E10A USB emulator High performance Embeded Workshop SuperH RISC engine C C Compiler Package Host computer These items must be prepared by user not included in the product Figure 1 2 1 M3A HS37 System Configuration Rev 1 00 Oct 09 2008 RENESAS 1 2 REJ11J0021 0100 1 Overview 1 3 External Specifications 1 3 External Specifications Table 1 3 1 list the M3A HS37 external specifications Table 1 3 1 External Specifications AE SH7137 e Input XIN clock 10 0 MHz CPU clock 80 MHz max Bus clock Maximum 40 MHz max On chip memory e Flash memory 256 KB e RAM 16 KB e SRAM 32 KB a kiamon M5M5256DFP 70GI 1 8 bit bus width optional EEPROM 16 KB optional HN58X24128FPIE 1 I C bus connection e X Expansion connectors Bus I O VCC and GND e Serial port connector D sub 9 pin
29. irst when using the M3A HS37 When some ports of the SH7137 MCU are unused on the user system the pull up or pull down process is recommended CPU VCC SH7137 PE9 TIOC3B PE11 TIOC3D PE12 TIOC4A PE13 TIOC4B MRES PE14 TIOC4C PE15 TIOC4D IRQOUT User DIP switches SW3 PF12 AN12 PF13 AN13 PF14 AN14 PF15 AN15 Figure 2 5 1 DIP Switches and LEDs Connection Diagram Rev 1 00 Oct 09 2008 2 7 LENESAS REJ11J0021 0100 P Functional Specifications 2 5 I O Ports Table 2 5 1 I O Port Features Remarks 2 PE2iWRUTIOC4DS TRST v fo 4 PEZ TIOCACSTMS A 5 PEISRD oTIOCABSTDO 6 PE18 CS1 TIOC4AS TDI o P O 1 pop PE17 CSO TIOC3DS TCK d 8 PETGIWAITITIOCSBS ASEBKAK ASEBK V Ill 9 PEW OCADRQQU Oo O to o o o 10 PEwTOC4C t o o PESTIOCBMPRES O oOo O Ny t 13 PE12 TIOC4A y 15 PEwTOCGBD A 1t o o 7 PEgTOCGBB lt i8 PEIOCSUTIOCGC N 0 y O 19 PEB AS TIOCGA N 20 PE7 A14 TIOC2B y 21 PEJAISTIOCONSCK CT A 2 PENJAIZTIOCIBITXD DR 0 1 N 28 PEWAM TIOCIARXD v TI 24 PE3 TIOCOD SCKO 4 95 PE2 TIOCOC TXDO VC y Sea O 96 PE1 TIOCOB RXDO Sea 27 PEUTIOCOA y f 00 1 98 RW II v y O 99 PD9 SSI 0 v 30 PDESCK2SSCK v 0
30. l Specifications 2 2 11 E10A USB Interface 2 11 E10A USB Interface The M3A HS37 is provided with an H UDI connector J2 to connect the EIDA USB emulator Figure 2 11 1 shows the EIOA USB interface block diagram VCC CPU VCC H UDI connector 14 pin 4 7 KO l L 4 SH7137 PE17 CSO TIOC3DS TCK pT eezemocacsrrus pj A PE21 WRL TIOC4DS TRST A e M PE19 RD TIOC4BS TDO C Reset signal Figure 2 11 1 E10A USB Interface Block Diagram Rev 1 00 Oct 09 2008 2 14 2 NE SAS REJ11J0021 0100 3 1 Chapter 3 Operational Specifications Operational Specifications 3 1 M3A HS37 Connectors 3 1 M3A HS37 Connectors Figure 3 1 1 shows the M3A HS37 connector assignments op view of the component side J12 J11 J15 Expansion Expansion JA GND connector connector connector Power supply optional optional optional connector J13 RCAN connector J9 Expansion connector optional op view of the solder side J11 Expansion connector optional J7 DC power jack J10 Expansion connector optional SENSE A8 D 4000000 100000000 A kJ J8 Expansion connector optional Figure 3 1 1 M3A HS37 Connector Assignments Rev 1 00 Oct 09 2008 REJ11J0021 0100 a uus mi h RENESAS KADE IN ni ge HERE n P m J11 DC power jack J3 Serial port connector H UDI connector 14 pin Expansion connector External power sup
31. ll have no liability for malfunctio damages arising out of the use of Renesas products beyond such specified ranges 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 In 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 high 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 This document may not be reproduced or duplicated in any form in whole or in part without prior written approval from Renesas Please contact a Renesas sales office if you have an
32. log input pin Analog input pin Analog input pin Rev 1 00 Oct 09 2008 2 9 2 NE SAS REJ11J0021 0100 Functional Specifications 2 6 Power Supply Module 2 6 Power Supply Module The M3A HS37 is supplied 5 V power and the voltage regulator on the board generates 3 3 V LM2738YMY is the output voltage adjustable regulator and the desired voltage value can be generated by changing the resistance value 5 V power is supplied from the DC regulated power supply via the power connector J4 or AC adapter via the DC power jack J7 The SH7137 system power supply VCC can be switched to 3 3 V or 5 V by 3V 5V select jumper JP1 setting default 5V When switching the VCC note that the following The conversion voltages between 5 V and 3 V are supplied to the RCAN interface as appropriate Both 5 V and 3 V are available on the CPU and SRAM part number 5M5256DFP VP70GI The supply voltage supplied to the CPU is also supplied to SRAM Always 5 V is supplied to the SH7137 A D converter The SH7137 system power supply VCC A D power supply AVCC and AVREF power supply can be supplied from external power supply respectively Figure 2 6 1 shows the M3A HS37 power circuit block diagram Expansion connector J8 connector SH7137 AVCC J8 connector EN J4 Power switch Power JP5 o External supply C connector CPU power supply POWE SUPP IY AVREFL 5V DC select jumper JP1 ER AVSS
33. nklijke Philips Electronics N V Rev 1 00 Oct 09 2008 2 5 2 NE SAS REJ11J0021 0100 Functional Specifications 2 4 Serial Port Interface 2 4 Serial Port Interface SH7137 SCIO or SCI 1 pins can be connected to the serial port connector on the M3A HS37 default PE1 pin and PE2 pin are connected to the serial port connector J3 The serial port switch jumpers JP7 JP8 JP9 and JP10 switch the SCI channels connected to a serial port connector Figure 2 4 1 shows the serial port block diagram on the M3A HS37 and Table 2 4 1 lists the jumper connections CPU VCC 3 3 V 5 V RS 232C CPU VCC Serial port SH7137 I CPU VCC driver connector PA3 RXD1 A3 IRQ1 PA4 TXD1 A4 IRQ2 PE1 TIOCOB RXDO PE2 TIOCOC TXDO CPU VCC SRAM M5M5256DFP 70GI Figure 2 4 1 Serial Port Block Diagram Table 2 4 1 Jumper Connections Note Y yes N no Rev 1 00 Oct 09 2008 2 6 2 NE SAS REJ11J0021 0100 Functional Specifications 2 2 5 I O Ports 2 5 I O Ports All of the SH7137 I O ports are connected to the expansion bus connectors on the M3A HS37 Some I O ports are connected to the DIP switches and LEDs which are allowed for user Figure 2 5 1 shows the DIP switches and LEDs connection diagram Table 2 5 1 lists the I O port features Note Unused ports are open to allow for expansion on the M3A HS37 PA6 to PAY PBO PB1 PB5 PD8 PD10 PEO PE3 and PES Set these unused ports as output at f
34. o 8 RTS CTS are loop back connected respectively Rev 1 00 Oct 09 2008 REJ11J0021 0100 Table 3 1 2 Pin Assignments for Serial Port Connector J3 2 NE SAS 3 4 Operational Specifications 3 3 1 3 Power Supply Connector J4 3 1 3 Power Supply Connector J4 The M3A HS37 is provided with a power supply connector Figure 3 1 4 shows the pin assignments for the power supply connector 1 2 Top view of the component side Board edge 1 2 Side view Board edge Figure 3 1 4 Pin Assignments for Power Supply Connector J4 Table 3 1 3 lists the pin assignments for the power supply connector Table 3 1 3 Pin Assignments for Power Supply Connector J4 No Signal Name No Signal Name Mr AC Rev 1 00 Oct 09 2008 3 5 2 NE SAS REJ11J0021 0100 Operational Specifications 3 3 1 4 External Power Supply Connectors for SH7137 J5 J6 and J16 3 1 4 External Power Supply Connectors for SH7137 J5 J6 and J16 The M3A HS37 is provided with connector pins for external power supply The pins are used to be supplied the power for CPU and USB When using this connector to supply the power remove the post heads of the external power switch jumpers JP2 JP3 and JP4 to open Figure 3 1 5 shows the pin assignments for the power supply connector Top view of the component side TE 1 3 1 93 e eo 60 AVCC AVREF VCC CPU
35. pin is connected to the serial port connector J3 TXDSEL 28 The SH7137 PE2 TXDO is connected to the serial port connector J3 o The SH7137 PA3 RXD1 pin is connected to the serial port connector T RXDSEL The SH7137 PE1 RXDO pin is connected to the serial port connector J ae luu is connected to the A4 of the SRAM U2 23 The SH7137 PA4 TXD1 pin is connected to the A4 of the SRAM U2 GND is connected to the A3 of the SRAM U2 The SH7137 PA3 RXD1 pin is connected to the A3 of the SRAM U2 The SH7137 CS0 pin is connected to the S pin of the SRAM U2 Releases S pin of the SRAM U2 JP12 The SH7137 CTxOo pin is connected to the TxD pin of the RCAN CTxO Releases the CTxo pin of the SH7137 MCU JP13 The pin SH7137 CRx0 is connected to the RxD pin of the RCAN CRx0 Releases the CRx0 pin of the SH7137 MCU indicates the default setting Note Do not make any change with the jumper setting while the M3A HS37 is operating Ensure to turn the power OFF before changing the setting JP7 to JP10 must be set in the same way Rev 1 00 Oct 09 2008 3 19 2 NE S AS REJ11J0021 0100 3 3 2 4 Switches and LEDs Operational Specifications 3 2 4 Switches and LEDs The M3A HS37 is provided with six switches and seven LEDs Table 3 2 4 lists switches on the M3A HS37 Table 3 2 4 Switches on the M3A HS37 System reset input switch Refer to Section 2 9 for details User DIP switches 4 package PF12 PF13 PF14 and PF15 are pull
36. ply optional J12 optional J9 optional 2 NE S AS connectors optional Expansion connector Expansion connector 3 2 Operational Specifications 3 3 1 1 H UDI Connector J2 3 1 1 H UDI Connector J2 Figure 3 1 2 shows the pin assignments for the H UDI connector J2 v 9S OO OOO m 2000006 Board edge J2 Side view Board edge Note that the pin number assignments of this connector differ from those of the connector manufacturer Figure 3 1 2 Pin Assignments for H UDI Connector J2 Table 3 1 1 lists the pin assignments for the H UDI connector J2 Table 3 1 1 Pin Assignments of H UDI Connector J2 Signal Name Signal Name 3 5 mw fn 6 jm 616 lm Lem 7 RS ln Lem Rev 1 00 Oct 09 2008 3 3 2 NE SAS REJ11J0021 0100 3 3 1 2 Serial Port Connector J3 The M3A HS37 is provided with a serial port connector J3 Figure 3 1 3 shows the pin assignments for the serial port connector Operational Specifications 3 1 2 Serial Port Connector J3 Board edge Board edge Top view of the component side Side view Figure 3 1 3 Pin Assignments for Serial Port Connector J3 Table 3 1 2 lists the pin assignments for the serial port connector te Signal Name EEN Signal Name Pins 4 to 6 DTR DSR and pins 7 t
37. rograms 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 i 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 quaranties regarding the suitability of its products for any particular application and specifically disclaims any liability arising 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
38. rom J8 or H10 supply voltage supplied from J8 or H10 SH7137 AVCC is connected to the 5 V fixed power supply voltage AVCCSEL Open External power supply voltage supplied from J8 or H11 indicates the default setting Note Do not make any change with the jumper setting while the M3A HS37 is operating Ensure to turn the power OFF before changing the setting Rev 1 00 Oct 09 2008 3 18 2 NE SAS REJ11J0021 0100 Operational Specifications 3 3 2 3 Serial Port SRAM Select Jumpers JP7 to JP11 RCAN I O Jumpers JP12 and JP13 3 2 3 Serial Port SRAM Select Jumpers JP7 to JP11 RCAN I O Jumpers JP12 and JP13 Set JP7 to JP13 to change the SH7137 SCI channels connected to the serial port connector J3 SCI channel 0 is connected to the serial port connector J3 as default Figure 3 2 4 shows the serial port select jumper assignments Table 3 2 3 lists the serial port select jumper setting Top view of the component side JP11 21060 1 o e e e o e co 013 02 050 e 270 o a D D SE Q LO 2 m We Ge Qe Gg Lol e Z NO ye A A Nom Po JP7 JP10 1 2 1 2 3 0 Board edge Board edge Figure 3 2 4 Serial Port Select Jumper Assignments JP7 to JP13 Table 3 2 3 Serial Port Select Jumper Setting JP7 to JP13 No Setting O AA Dome Pe The SH7137 PA4 TXD1
39. ry Map M3A HS37 Memory Map 1 8 1 Overview 1 7 M3A HS37 Memory Map SH7137 logical space MCU mode 2 M3A HS37 On chip ROM enable mode Memory Map H 0000 0000 H 0000 0000 H OVU EE EF H 0004 0000 H ODOS EFEF H 0004 0000 H OIFF FEEF HL QLEF REEF H 0200 0000 H 0200 0000 H 0200 7FFF H 0200 8000 H 020F FFFF CSO space L H 020F FFFF Hn o21l0 QUOD H O3FF FFFF H 0400 0000 CS1 space H O40F FFFF H 040F FFFF H 0410 0000 H 0410 0000 H FFFF 7FFF H FFFF 8000 H EERBB IFEF H FFFF 8000 H FFFF BFFF H FFFF CODO H EFEP BEEF H EEFEF GE H PEFFE FEEE H FFFF FFFF Note SRAM is optional Figure 1 7 2 SH7137 Memory Map MCU mode 2 Rev 1 00 Oct 09 2008 RENESAS 1 9 REJ11J0021 0100 1 Overview 1 8 Absolute Maximum Ratings 1 8 Absolute Maximum Ratings Table 1 8 1 lists the absolute maximum ratings of the M3A HS37 Table 1 8 1 Absolute Maximum Ratings of M3A HS37 CPU VCC Power supply voltage 0 3 to 7 0 V Reference voltage VSS Both VCC 5 V and 3 3 V allowed AVCO ADC power supply voltage 0 3 to 7 0 V Reference voltage AVSS for A D converter Operating temperature O to 50 C No dewdrops allowed Storage temperature 10 to 60 C No corrosion gas allowed Note Temperature refers to the air temperature in the vicinity of the board 1 9 Recommended Operating Conditions Table 1 9 1 lists the recommen
40. uit When mounting the oscillator remove R7 and the crystal oscillation circuit e ME optional Figure 2 8 1 Clock Module Block Diagram Rev 1 00 Oct 09 2008 REJ11J0021 0100 2 NE SAS 2 12 2 2 9 Reset Module The reset circuit controls the SH7137 reset signals on the M3A HS37 Figure 2 9 1 shows the M3A HS37 reset module block diagram Functional Specifications Reset IC output delay time td 0 34 x Cd pF 34 ms Vs 1 25 x Ra Rb Rb 2 5 V CPU VCC CPU VCC CPU VCC i i Open collector output reset IC 4 7 KO CPU VCC Output O UA Ra gt 10k0 M51957BP Rb 10KQ Delay capacity 1000 HH Reset Ge J 0 1 uF sen SW2 Reset IC output detection voltage Ra 10 KO Rb 10 KQ Expansion connector Q RESET SH7137 O RES H UDI connector 14 pin O RES Figure 2 9 1 Reset Module Block Diagram 2 10 Interrupt Switches 2 9 Reset Module The M3A HS37 is provided with two push button switches NMI switch and IRQ2 switch for the NMI pin and IRQ2 pin of the SH7137 Figure 2 10 1 shows the interrupt switch block diagram CPU VCC CPU VCC 10 KQ 220 Q 00 O O su 5D NMI switch 22 uF CPU VCC CPU VCC 10 KQ 00 220 Q da the SW IRQ2 switch A 2 2 uF E Expansion connector SH7137 PB4 A18 IRQ2 POE4 TIC5US Figure 2 10 1 Interrupt Switch Block Diagram Rev 1 00 Oct 09 2008 ENESAS REJ11J0021 0100 2 13 Functiona
41. us state controller Table 2 3 1 lists the SRAM specifications Figure 2 3 1 shows the block diagram of the connection between the SH7137 and SRAM Table 2 3 2 lists the jumper connections Table 2 3 1 SRAM Specifications M5M5256DFP 70GI 32 KB bus width 8 bit 28 pin SOP 450 mil SH7137 JES PE1 TIOCOB RXDO PE2 TIOCOC TXDO E mma 1 PA3 A3 IRQ1 RXD1 A PA2 A2 PAO AO ae A PD7 D7 PDO DO CPU VCC JP11 PE10 TIOC3C CSO O PA6 RD UBCTRG TCLKA lO PA8 WRL TCLKC POE6 RXD2 O 2 3 JP7 Serial port 1 M5M5256DFP 70GI Figure 2 3 1 Connection Diagram Between SH7137 and SRAM Table 2 3 2 Jumper Connections Sco scn sram ge yes Note Y yes N no Rev 1 00 Oct 09 2008 2 NE S AS REJ11J0021 0100 2 4 Functional Specifications 2 2 3 3 EEPROM 2 3 3 EEPROM A 16 KB of the EEPROM can be mounted on the M3A HS37 The EEPROM is controlled by the SH7137 on chip DC bus interface Table 2 3 3 lists the EEPROM specifications Figure 2 3 2 shows the connection circuit block diagram of SH7137 and EEPROM Table 2 3 3 EEPROM Specifications HN58X24128FPIE 2 wire system serial I C bus 16KB 8 pin SOP SH7137 optional HN58X24128FPIE CPU VCC 00 PB2 SCL POEO IRQO TICSVS CPU VCC 0 PB3 SDA POE1 IRQ1 TIC5V 16 KB EEPROM Figure 2 3 2 Connection Diagram Between SH7137 and EEPROM Note IC bus is a trademark of Koni
42. witch 30000000 Sas CERES ea Se sH 2 Pb Free Ee O O O O O Ol 29999000 Ol Poll ys marte LED2 to LED7 User LEDs ATTENTION 0000 00660600 Fg VE AE o oooo o o o oovodoo B Oh flo als SW2 Reset switch PPF E uu mm uu Jy PM adul i TI oooo 20 O OO RETE SCHO E sO OR 8 SCH 38 jpni 3O Oz System setting User DIP SW6 SW5 DIP switches switches IRQ2 switch NMI switch Figure 3 2 1 Assignments for the M3A HS37 Operational Components Rev 1 00 Oct 09 2008 3 16 2 NE SAS REJ11J0021 0100 3 Operational Specifications 3 2 1 CPU Power Supply Select Jumper JP1 3 2 1 CPU Power Supply Select Jumper JP1 Set JP1 to switch 3 3 V or 5 V supplied to the SH7137 MCU The jumper switches the supply voltage for the SH7137 U1 M5M5256DFP VP70GI SRAM U2 and the power supply on the CPU side of the SN74LVC2T45DCT U13 and U14 RCAN level shifter The supply voltages for other components are not changed Figure 3 2 2 shows the CPU power supply select jumper assignments Table 3 2 1 lists the CPU power supply select jumper setting Top view of the component side JP1 PWRSEL Figure 3 2 2 CPU Power Supply Select Jumper Assignments JP1 Table 3 2 1 CPU Power Supply Select Jumper SEEN JP1 r E 5 V is supplied to CPU and SRAM 3 3 V is supplied to CPU and SRAM PWRSEL Open External power supply voltage supplied from J5 or H
43. y questions regarding the information contained in this document Renesas semiconductor products or if you have any other inquiries Table of Contents o 1 1 MES FR F LRbh 1 2 ES o a 1 2 1o Extemal A 1 3 LA OS ACE RU m F RRmp 1 4 1 5 M3A HS37 Block A 1 5 1 6 Saee riego 1 NE T uu 1 6 O X 1 8 1 8 Absolute Maximum Ratings aannnnennnnennnnennnnrnnnnrnnnnnnrrnrrrrnrnrrnsrtrnttrnsrttntrttntntt ttrt trEEnnnEEnAnEEnnnn rrr n nEEnanEnn ennnen nnen 1 10 1 9 Recommended Operating Conditions 1 10 Chapter 2 Functional Specifications 000nn000annnnennnnoannnnnennnenenrrnsnnrrnsnnrensnnrronrnrrrnnrrrrnrrerrsnrrenesnnrrnne 2 1 A APP en E ee A E ee ee ee ee I E E E ene ae Jo 2 2 2622091 U 2 3 2o cing M 2 4 ZERO IZ STA I II Mo AEN EE 2 4 E RN 2 4 PECES RI EE RR TENES 2 5 A o AA 2 6 SM AA 2 7 A o e 2 10 2 PA PIN TVS CS MI cas seca A e o A 2 11 BOC A A 2 12 2 Re er MOCOS ERE m 2 13 A o o o EE AEE ORERE SRE 2 13 ZEN UN e EE E 2 14 Chapter 3 Operational Specifications ssss esssssscesssssscessssstcessunsssenqunsseennanssstennns 3 1 KN WEE E Ee
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