TS-R-IN32M3-EC-E Users Manual
Contents
1. reote eet ete teet Dp 30 11 Table of Unused Pins and Pads ss 30 TI MODILOE oet ete 30 11 2 PAD Connecton Pins ene e eee ic d e eds 31 11 3 Unused 31 12 Default factory oet troie 32 12 1 DIP SW Rotary SW 32 12 2 a estet tetto toto 32 12 3 MAG Address eee eee eee ee dte eee 32 13 Substrate outline drawing 7 33 1 Board Component Side cenit ies ished beUo Re ic ___ _6_6 _ __6 _ _ 33 Qe Board Solder a SAE E AME VUE A a 33 8 External configuration S Ze see e RUE TR Re qe 34 1 Application This user s manual provides explanations for use of the R IN32M3 EC evaluation board 2 Summary The R IN32M3 EC board was developed for evaluating the R IN32M3 EC device and offers the following interfaces Ethernet EtherCAT CC Link Slave USB Virtual COM mini B 120 CSI CAN External memory Parallel Flash and external MCU interface External memory Serial Flash others The conformance of the circuitry for CC Link of this board is un corresponding When you make CC Link attach please connect by a conversion cable 3 Specification2. 80MHz Wired or PowerON JTAG ICE 20 pin Connector Half Pitch Reset IC La LED x8 Pin Header 14 CC Link Channel Selection 2 CC Link Baud Rate Selection DIP SW 7bit R IN32M3 EC Digital system 3 3V Digital system 1 0V Analog system 1 0V Serial Flash ROM I F Ext Memory Ext MCU I F XT2 CCM_CLK80M PONRZ RESETZ ICE I F TRACE Available GPIOs Operation Mode Selection Pins UART1 I F UARTO I F I F CC Link CANO I F CSIO I F CSH I F EtherCAT 12C I F 1200 I F 12C1 I F Ether 0 I F OPT Ether 1 I F OPT Ether 0 I F RJ45 Ether 1 I F RJ45 LEDs for EtherCAT UART USB Driver gt KAvailable only for CC Link use Photo couplers as 28 ED x 3 DIP SW Operation Mode Selection Selection 5 by Jumper Serial Flash ROM Dual 32Mbit Parallel Flash ROM 32Mbit 100 pin Connector USB Mini B Pin Header 4pin CC Link Connector 2ch Master Slave Pin Header EEPROM Pin Header 4pin Pin Header RJ45 Za Built in Trans RJ45 A Built in Trans 7 Block Descriptions 7 1 R IN32M3 EC Refer to the corresponding Renesas Electronics Corp
3. Input P45 WAITZ1 2 Input P46 WAITZ2 2 Output PAZ HERROUTZ 2 Output RDZ Output RP23 A23 GND Output RP27 A27 Output P51 CSZ2 I O 01 2 Ls P50 CSZ3 Output RP07 WRZ37BENZ3 88 41 3 3 CD 1 0 3 3 4 Nja 4 2 5 5 5 SS oam 5 5 5 5 2 5 n 00 2 5 60 22 5 f 0 o 5 5 22 1 1 1 1 1 1 1 1 1 O__ RPOS 2 Output CSZ1 thru 241 1 Output CSZ0 thru 241 Output HWRZSEL 2 BUSCLK zm 1 The signal is output through 7452 2 The signal is not used 90 92 94 96 255 5 gt E ojo ojo 8 SS 5 9 3 7 9 3 9 3 5 7 3 5 7 3 5 7 9 5 7 9 3 5 7 5 5 5 5 6 6 6 6 7 7 7 7 7 8 8 8 8 9 9 9 9 CD dE co lt 20 External MCU 1 Pin 1 O Dir Signal Name Pin I O Dir Signal Name 2 0 1 1 3164 8 Input Input JAZ 4 60 9 Input 7 10 Input 1 Input 9 12 Inpu
4. datasheet and user s manual for more details System Clock CC Link Dedicated Clock Reset P3 7 0 2 7 4 1 3 0 P0 7 0 HIFSYNC BUS32EN MEMCSEL MEMIFSEL BOOT1 BOOTO HWRZSEL ADMUXMODE 3 3V PullUp GND PullDown R IN32M3 EC XT2 CCM CLK80M RESETZ TRSTZ PONRZ GPIOs LED DIP SW Other Operation Mode Selection Pins OSCTH JTAGSEL Serial Flash ROM I F Ext Memory Ext MCU I F UARTO I F UART1 I F I F CSIO I F CSI I F 1200 I F 1201 I F CC Link EtherCAT I2C I F Ether0 I F RJ45 Ether I F RJ45 Ether0 I F OPT Ether1 I F OPT 1 7 4 RP3 7 0 RP2 7 0 RP1 7 0 RPO 7 0 A 20 2 D 15 0 RDZ WRZ1 WRZO0 WRSTB HBUSC P2 1 0 P3 1 0 P5 6 5 P7 1 P7 3 N Pe 1 0 RPO 1 0 P2 3 2 PO TX P1 PO RD RD Z CSZ0 LK HWRZSEL P5 1 0 P4 7 0 4 7 5 P3 7 5 P5 4 2 P4 2 P N PO_RX_ P N P N P1_RX_ P N PO FX OUT PO TD OUT P N P N P1 SD P N P1 FXEN OUT P1 TD OUT P N P N P2 SD P N 7 2 External Memory External MCU Interface A flash memory 829AL032D70TFI030 equivalent is used for the external memory A 100 pin header CN2 is available for interface with the external MCU DIP SW SW1 selects either external memory interface CSZO or external MCU interface 3 3V Ext Memo
5. SW 4 16 8 1 SW1 Selection sse 16 8 2 Switches SW2 and SW3 CC Link Mode Selection Ne 17 8 3 Switches SW4 and SW5 CC Link Channel Selection eerte 18 8 4 Switch SWG User Se 18 9 Connector Pin Definition ee 19 9 1 20 pin Half Pitch Connector for Trace es 19 9 2 External MCU Interface I F Connector 20 9 3 Ethernet Ether CAT Connectors ee 22 9 4 I2 C Connector see te eere eee Ne e nee e revo eve 22 9 5 Ether Net CAT Connector Optical 4 5 ttr trees 23 9 6 CC Connectors 23 9 7 UART Connector ee 24 9 8 CST Comme 25 9 9 CAN ee eve TEE que 25 9 10 1 O Port Connector rette t eee e b e 26 911 DGiPowerdaelz sn nente eei tee rit eee 26 10 Jumper tr eerie Ce EC eee ee LR ee ee 27 10 1 I2C for EtherCAT I 27 10 2 Ether C AT EEPROM WP t pa qe anie 27 10 5 EEPRON O tice PIU Ro ede en es a RUE 28 10 4 USB RTS and CTS Pins ss 28 10 5 DART CAN Select On cce e Re 29 10 6 WARTIRTS and CTS BPins eee eee e 29 10 7 CC Emk B ED and I9
6. 819 0519 or equivalent part penn Dir 1 VBUS pape GND Location C 10 Board Silk CN11 Type D SUB 9 pin Part HRS RDEF 9SE LNA 50 or equivalent part This component is not mounted Dir 1 TXD CANL RXD CANH 24 9 8 CSI Connector Location B 4 Board Silk CN10 and CN12 7 x 1 pin header 2 channels 2 54mm pitch Part FFC 7AMEPI or equivalent part 19000000 CN10 CN12 Png 1 0 Dir R IN32M3 EC _ ro 5 2 oo R IN32M3 EC 1 VO CSISCKO 3 Input cessio P46 6 Output CSICSO 5 6 Output Csicsii 7 ____ 0 9 9 CAN Connector Location B 8 Board Silk CN13 Type 4 x 1 pin header 2 54 mm pitch Part HTK FFC 4AMEPI or equivalent part Pinf L1 GND CANH CANL 4 33V 25 9 10 I O Port Connector Location C 7 Board Silk CN14 Type 7 x 2 pin header 2 54mm pitch Part HTK FFC 14BMEP1 or equivalent part voe senes EE in Name ue 6 ro Pote pP2 ro Pots P57 vo Pors Pu n ro Potit Pee Default factory setting 5 7 is shortened 9 11 DC Power Jack Location B 9 Board Silk CN15 Type DC power jack Part HOSIDEN HEC0470 01 630 or equivalent
7. E or equivalent part SW4 and SW5 4 bit rotary switches connected to I O ports of the R IN32M3 EC chip The I O ports connected to the switches can be set to either input or output ports by software The LED will turn on when the respective switch is set to black dot positions Note When you use I O ports connected to SW4 and SW5 as the output ports SW4 and SW5 must be set to the F position SW4 SW5 CCS STATION NO 0 CCM SNINO P70 CCS STATION NO 1 CCM SNIN1 P71 _ e CCS STATION NO 2 CCM SNIN2 CCS STATION NO 3 CCM SNIN3 R IN32M3 EC CCS STATION NO 4 CCM SNINA CCS STATION NO 5 CCM 5 5 CCS STATION NO 6 CCM 5 6 CCS STATION NO 7 CCM SNIN7 value of a port F 8 4 Switch SW6 User Setting Location B 2 Board Silk SW6 Part Omron A6HF 8102 PM or equivalent part SW6 is an 8 bit DIP switch connected to I O ports of the R IN32M3 EC chip The I O ports connected to the switch can be set to either input or output ports by software The OFF and ON settings of the switch represent L and H levels respectively Note When you use I O ports connected to SW6 as the output ports the respective switch bits of SW6 must be set to OFF positions Default factory setting all OFF positions SW6 123 45 67 8 18 9 Pin Definition 9 1 20 pin Half Pitch Connector for Trace Location 6 Board S
8. Item Specification Main ASSP 1 Renesas Electronics System LSI R IN32M3 EC ARM Cortex M3 32 bit RISC CPU with HW RTOS Hardware Real Time OS 1 3M byte RAM large capacity Operating frequency 100MHz On chip 10Base T 100Base TX Ethernet PHY Flash memory Serial 32M x Dual S25FL032POXNFIO10 equivalent Ext Memory Flash memory Parallel 2M x 16bit S29AL032D70TFI030 equivalent Ext Host EEPROM when using EtherCAT 16K x 1bit AT24C16C MEHM T equivalent CSI 2Ch 7x 1 pin 2 54mm header I2C 2Ch 4 x 1 pin 2 54mm header External Host MCU 1Ch 100 pin connector UARTO EIA 232E compliance D SUB 9 pi not mounted UART to USB USB minrB connector 2 Interface CAN CAN transceiver 1Ch 4 4 x 1 pin 2 54mm header Ethernet EtherCAT 2Ch RJ 45 CC Link 2Ch not mounted Optical transceiver Slave x lch 35610 5253 B00 PE equiv GPIO 14 ports 7x 2 pin 2 54mm header ICE JTAG 20 pin half pitch connector Trace supported GPIO 8 green LEDs Power Supply lred LED Ext MCU interface selection 1 green LED Built in RJ45 connector 2 green and yellow LEDs per Ch Optical not mounted 2 green LEDs per Ch Ethernet EtherCAT Monitor 3 green LEDs per Ch EtherCAT Monitor 5 red and green LEDs CC Link 9 red and green LEDs UART 2 green LEDs Operation
9. J 45 connector Green LED Green LED Green LED Yellon LED in RJ 45 connector Green LED in the RJ 45 connector X Ethernet monitoring LEDs Optical Transceiver Side Location on board F 2 PO 100 Speed PO ACT Act Location on board F 7 P1 100 Speed ACT Act Green LED not mounted Green LED not mounted Green LED not mounted Green LED not mounted EtherCAT monitoring LEDs Location on board F A F 5 ACTO Link Green LED ACTI1 Link Green LED RUN Run Green LED STER Green LED StateRUN Red LED CATLEDERR ERR Red LED not mounted 10 7 4 UART CAN UARTO The board offers an EIA 232E compliant transceiver chip via a D SUB 9 pin connector CN11 for the UART1 function of the R IN32M3 EC chip supporting the PC communication in asynchronous mode Please note that D SUB and other related components are not mounted TXD and TXD are wired by cross connection UARTI The board offers an UART to USB chip for the UARTO function of the R IN32M3 EC chip supporting the PC communication in asynchronous mode USB mini B connector CN9 is included for this connection CAN The board offers a CAN driver chip for the R IN32M3 EC chip supporting CAN communication with a 4 x 1 pin header CN13 2 54 mm pitch A jumper header pattern is available to select CAN or UARTO for the D SUB connector CN11 Please note that the jumper part is not mounted USB mini B UART1 R IN32M3 EC UAR
10. N17 1 8 CN16 CN17 Pin Name 2 Output Tx lt 10 Pin 2 Output TX 5 _ 9 4 I2C Connector Location B 5 Board Silk CN4 and CN5 Type 4 x 1 pin header 2 units 2 54 mm pitch Part HTK FFC 4AMEPI or equivalent part s33v __ _ ___ 22 9 5 Ether Net CAT Connector Optical Location H 3 and H 6 Board Silk CN6 and CN7 Optical Transceiver 2 channels Part AVAGO AFBR 5978Z or equivalent part Only print patterns no components mounted CN6 Pin Name 2 RAD __ Rye __ 6 Output Rdatat PORDP 7 mv 8 __ 9 Input Txdis POFXENOUT 9 Inpt Txds P1 FXENOUT 12 VO sa po Output 54 15 9 6 CC Link Connector Location H 8 Board Silk CN8 Type 5 pin power clamp board mount head Part 35610 5253 B00 PE or equivalent part A upper curtate is a lower case a slave in a master Don t Used Since the above mentioned splicing differs from spec a cable splicing requires an attention 23 9 7 UART Connector Location H 9 Board Silk CN9 Type USB mini B Part Molex 54
11. ON NO 4 CCM 5 4 P7 5 CCS STATION NO 5 CCM SNIN5 P7 6 CCS STATION 6 CCM SNIN6 P7 7 CCS STATION NO 7 CCM SNIN7 P6 2 CCM MDINO P6 3 CCM MDIN1 P6 4 CCM MDIN2 P6 5 CCM MDIN3 RP0 2 CCS BS1 RPO 3 CCS_BS2 RPO 4 CCS BS4 RPO 5 CCS BS8 15 8 DIP SW Configuration 8 1 SW1 Mode Selection Location B 5 Board Silk SW1 Part Omron 8102 or equivalent part SW1 is an 8 bit DIP switch connected to the I O ports of the R IN82M3 EC chip SW 1 defines the operation mode of the R IN32M3 EC chip The OFF and ON settings of the switch represent L and H levels respectively Default factory setting all OFF positions SW1 123 45 67 8 1 pin Name Boot Selection Instruction Ram Boot Debug only TH TL 1 Ext MCU Boot BOOTO Ext Serial Flash ROM Boot Ext Memory Boot Level Pin Name Ext Memory I F Bus Width Selection IT BUS32EN det Bus bit Bus ON H Ext Memory Selection MEMIFSEL Slave I F ON H Ex MCU I F SEE bevel feme BENZ Sel HWRZ HBENZ Selection FIN HWRZSEL HBENZ is selected ON H HWRZ is selected Level PinNeme Ext MCU I F Operation Mode Selection HIFSYNC Asynchronous SRAM Interface Synchronous SRAM Interface Level Ext Memory Controller Setting MEMCSEL Asynchronous SRAM MEMC Synchronous bu
12. TO Jumper ADM3202AUZ or equiv R IN32M3 EC 2 1 2 0 4X 1Pin 2 54mm Header aD Q O O 11 7 5 Ports 8 green LEDs an 8 bit DIP switch SW 6 and a14 hole pin header CN14 are connected to I O ports of the R IN32M3 EC chip LEDs turn on when respective ports are set to High LED location on board C 3 LED LED1 LED8 x x LED8 RP3 7 LED7 RP3 6 LED6 RP3 5 LED5 RP3 4 LED4 RP3 3 LED3 RP3 2 LED2 RP3 1 LED1 RP3 0 When you use each port connected to a DIP switch for a non input function please set the respective DIP switch to OFF DIP SW SW6 Pin Header CN14 P24 O P3 3 P3 P3 4 PBI P1 2 0 P5 7 P10 6 5 P6 7 12 7 6 Reset When the board is powered push the reset button SW7 or apply a reset signal via 20 pin half pitch connector CN1 to reset all board resources During power on reset the on chip RAM is also reset 3 3V PONRZ RESET Wired_or RESETZ 20 pin Half pitch Connector Trace Use TRSTZ PONRZ and RESETZ must be 20ms and 40ms LOW respectively during Power ON Push Switch SW7 must apply at least 20ms LOW 13 1 1 CC Link Slave The board offers photo couplers and RS485 transceivers and filters for the R IN32M3 EC ch
13. TS R IN32M3 EC E Users Manual R IN32M3 EC Evaluation Board Down Load version Issued Nov 4 2014 Version 2 2 Tessera Technology Corporation TS TUMO1647 TECHNOLOGY This board is for research and development Thecontents of this document are subject to change without notice The information contained herein may not be reprinted or duplicated without written consent from Tessera Technology Corporation Tessera Tessera does not guarantee or grant licenses to the intellectual property or other rights of Tessera or any third party for use of this material or the products described in this document Tessera does not bear any responsibility if a problem related to the ownership rights of third parties arising from the use of the above described products or information information contained in this document is intended to illustrate the operation of semiconductor products and application examples Therefore customers using this information in the design of their own equipment must take full responsibility for product design Tessera shall not be liable for any damage caused to the customer or any third parties arising from the use of this material or the products described in this document DECLARATION OF CONFORMITY We Product Compliance Division TESSERA TECHNOLOGY INC 4F 2710 1 Noborito Tama ku Kawasaki city Kanagawa 214 0014 JAPAN 81 44 271 7533 Fax 81 44 271 7534 declare under our sole
14. ard Silk J6 Type 4 x 2 pin header 2 54mm pitch Part FFC 8BMEPI or equivalent part The part is not mounted Jumper Connection 10 6 UART 5 and CTS Pins Location C 9 Board Silk J7 Type 2x2 header 2 54mm pitch Part FFC 4BMEP1 or equivalent part The part is not mounted Jumper 1 e Flow control 29 10 7 CC Link LED and I2C 1 Location E 7 Board Silk J8 and J9 Type 2x1 pin header 2 54mm pitch Part FFC 2BMEP1 or equivalent part J8 Jumper J9 Jumper Connection CC Link LED Activity Open 120 1 Activit Default factory setting shortened 11 Table of Unused Pins and Pads 11 1 Monitor Pins The following table shows monitoring pins Test Pin Part 4 MAC8 HK 5 G Red Black White or equivalent part 50v 59 _ ____ Supply Power Supply 170 Power mone one UJ AJN 22 00 0 0 m m lt gt 80 11 2 PAD Connection Pins The following pins of the R IN32M3 EC chip and others are connected to probing pads Type test use 0 5mm pad PAD Pin PAD Connection State DL ros Berouz d PAD RE MCN NEN Connect to GND Connect to GND Connect to GND Connect to GND TMODEO PAD8 R IN32M3 EC Connect to GND Connect to 3 3V via Pull up registe
15. ilk CN1 Type 10 x 2pin header 1 27 mm pitch Part SAMTEC FTSH 110 01 L DV or equivalent part Pin 7 1s removed to avoid incorrect insertion R IN32M3 EC 5 R IN32M3 EC 1 gt GND B Teapw 5 GND __ 45 D 6 output 16 Input TRACEDATA TRACEDATAI v Tq we TD 9 eND 9 8 TDI TD 18 Input TRACEDATA2 GND 9 nRESET TRSTZ Input TRACEDATA3 TRACEDATA3 19 9 2 External MCU Interface Location E 1 Board Silk CN2 Type 50 x 2 pin header 0 6 mm pitch Part HRS FX8C 100P SV1 92 or equivalent part 2 100 External Memory I F Pin I O Dir Signal Name Pin 1 0 Dir Signal Name 3 3V Output 40 1 Output 2 Output A3 Output A4 Output Output AS A 7 1 Output 1 3 1 Output A12 0 Output 17 _ _ VO Output 18 Sa ET D5 170 D15 2 RSTOUTZ 2 Input NMIZ 2 Output WRZO BENZO P41 WAITZ Output WRZ1 BENZ1 RP34 D20 lO 8 36 022 RP35 D21 RP37 D23 RP10 D24 1 0 RP13 D27 RP14 D28 RP15 D29 2 CD 5 7 9 1 1 D2 D4 2 2 00 1 0 Vo 6 Vo lp Output WRSTBZ
16. ip supporting CC Link Slave communication Connector 35610 5253 B00 PE CN8 is also mounted on the board the upper side 1s the Don t Used and the lower side the Slave CC Link Connector 35610 5253 00 Photo HCPL 0720 Photo Coupler HCPL 0720 Photo Coupler HCPL M611 5 1 0 P3 7 2 6 51 P2 1 0 Slave CC Link Connector gt 955 gt gt er CCS SDGATEON tem CCS SD 7 8 20 pin Half Pitch Connector trace supported This connector connects ICE to the CPU in the R IN32M3 EC chip The connector is a 10 x 2 pin header CN1 with 1 27 mm pitch To avoid incorrect insertion pin 7 is pulled out Signal TRSTZ is wired OR connected to signal RESETZ pin 3 3V R IN32M3 EC TMS TOK TDO TDI TRSTZ TRACECLK TRACEDATAO TRACEDATA1 TRACEDATA2 TRACEDATA3 OOD 1 3 5 7 9 1 3 5 7 9 Sas 14 7 9 Rotary Switches SW2 SW3 SW4 SW5 for CC Link setting Rotary switches SW4 and SW5 are provided for the CC Link channel selection Rotary switches SW2 and SW3 are provided for the CC Link mode selection Each rotary switch has 4 settings SW3 is assigned for Slave lower 4 bits SW4 and SW5 are assigned for the channel selection Slave 3 3 Registar P7 0 CCS STATION NO 0 CCM SNINO P7 1 CCS STATION NO 1 CCM 5 P7 2 CCS STATION NO 2 CCM SNIN2 P7 3 CCS STATION NO 3 CCM SNIN3 P7 4 CCS STATI
17. mode selection 8 bits SW1 CC Link channel selection 2 rotary switches SW4 and SW5 CC Link mode selection 2 rotary switches SW2 and SW3 GPIO 8 bits SW6 Power Supply AC Adapter 5 0V 596 2A or more center plus Operation Temp 0 to 70 C 1 ASSP means Application Specific Standard Product a standard System LSI Please refer to the Renesas datasheet and user s manual for details concerning R IN32M3 EC 2 The USB cable must be inserted and detached while the board is powered 4 Board Outline The following pages show photos of the board outline 4 1 Board Component Side TESS 5 gt R IN32M3 EC je Evaluation Board 10 on J A 5 Component Names Each component location is defined by the following grid coordinates which are often used in the component description sections 5 1 Component Side Baud Rate Selection CC Link Channel Selection CC link ChannelL CN ICH Connettor Pin Hpader Parallel FLASH eese ens RESET SW 6 Board Block Diagram DC Jack DC DC 5 0V gt 1 0V 2A DC DC 50V 50V for CC Link CC Link 5 0V DC DC 50 50 for CC Link goes to CC Link peripheral circuits osc 25MHz gt Dedicated for CC Link perenne Oo osc
18. ntion Table of contents 1 Application eee uet iste dete tire tede teste fe sera oe prise De euet Stns 1 2 SUIm mary e rar deni e e eden d ndisse sete te din eise ded edes bertus 1 S 2 4 Board Outline neret ___ ei 3 4 1 Board Component Se 3 4 2 Board Soldering Side terreri 3 5 Component Names 5 a bite gts Rt tei dnce te ena 4 5 T Component Side edd dcr e e a e a d T RA 5 5 2 Soldetimg 5 6 Board Block Diagram cccscssssssssssscscsssssssssssssssssescsesssssssesesesessssssesesesseeeesesesesesessesesesesesssseeseseseseeseesenes 6 7 Block Descriptions te reet ere eese 7 Teli RAEN SAMBA GC irr ERREUR RH HERI RR RE RR eet 7 7 2 External Memory External MCU Interface cccceccssessssessssesscsesscsessesessesesscsesscsesscsesscsesseseeseseesesesness 8 7 8 Ethermet EtherCAal 9 11 Som rom rom te ee a ete tat e eC DE 12 7 62 aT E E 18 rw 14 7 8 20 pin Half Pitch Connector trace supported see 14 7 9 Rotary Switches SW2 SW3 SW4 SW5 for CC Link setting essere 15 8 DIP
19. part 26 10 Jumper Setting 10 1 I2C for EtherCAT Location E 7 Board Silk J1 Type 4 2 pin header 2 54mm pitch Part HTK FFC 8BMEPI or equivalent part Jumper Jumper 1 1 Connecton Connection R IN32M3 EC 2 2 lt gt EEPROM SCL EtherCAT R IN32M3 EC P2 3 lt gt EEPROM SDA R IN32M3 EC P6 0 lt gt EEPROM SCL ort R IN32M3 EC P6 1 lt gt EEPROM SDA Default factory setting 1 2 and 3 4 are shortened 10 2 EtherCAT EEPROM WP Pin Location D 7 Board Silk J2 Type 3 x 1 pin header 2 54mm pitch Part FFC 3AMEP1 or equivalent part Jumper Default factory setting 2 3 1s shortened 27 10 3 EEPROM Optical Pin Location F 7 E 7 Board Silk J3 and J4 Type 3 x 1 pin header 2 54mm pitch Part FFC 3AMEPI or equivalent part The parts are not mounted J3 Jumper J4 SDA Connection Optical Ch1 lt gt R IN32M3 EC P6 1 Optical Ch1 R IN32M3 EC SCL Connection Optical Ch lt gt R IN32M3 EC P6 0 Optical Ch1 R IN32M3 EC RPO 0 10 4 USB RTS and CTS Pins Location G 10 Board Silk J5 Type 2 2 header 2 54mm pitch Part FFC A4BMEPI or equivalent part Jumper 1 e ee 3 Flow Control Available EM Flow Control Not Available Default factory setting 1 3 is open and 2 4 is shortened 28 10 5 UART CAN Selection Location D 9 Bo
20. r Reset Open Open oe 11 3 Unused Pins The following R IN32M3 EC pins are not used PinName UnusedPinState _____ 31 12 Default factory setting 12 1 DIP SW Rotary SW SW Value SW1 OFF SW2 F SW3 F Sw4 F SW5 F SW6 All OFF 12 2 Jumper connecter Jumper Set 1 2 shortened 3 4 shortened J2 2 3 shortened 1 3 open 2 4 shortened J8 shortened J9 shortened CN14 5 7 shortened 12 3 MAC Address We specify the MAC address with the sticker in the board solder side Moreover it is stored in the following memory areas Serial flash memory 6Byte from 0x003F F000 Attention When just use an MAC address the address domain mentioned above Please do not do removal or renewal 32 13 Substrate outline drawing 1 Board Component Side 5022902 TES 69999900 R IN32M3 E EC Evaluation Board amp TS R IN32M3 _002 33y gt mone Sv cul pd U PEST TET t I ICE ta ass Aat o 1t i o 0000 00 0000 00000 ooooooo 0000 0000000 a CY of 8 33 3 External configuration size e e e c 34
21. responsibility that the product Product Board test systems Model TS R IN32M3 EC Evaluation Board to which this declaration relates is in conformity with the following standards of other normative documents EN 61326 1 2006 Class A and Basic immunity test requirements EN 61326 2 1 2006 EN 61000 3 2 2006 A1 2009 A2 2009 EN 61000 3 3 2008 EN 61000 4 2 2009 contact level 1 4kV EN 61000 4 3 2006 1 2008 A2 2010 80 1000Mhz level 2 3V m 1 4 2 0GHz level 2 3V m 2 0 2 7GHz level 1 1V m EN 61000 4 4 2012 AC power ports level 2 1 EN 61000 4 5 2006 AC power ports level 2 EN 61000 4 6 2009 AC power ports level 2 3V EN 61000 4 11 2004 EN 55011 2009 A1 2010 Group 1 Class A following the provisions of EC Council Directive EMC Directive 2004 108 EC Authorized Representative Signature 2442 Ant Hitoshi Akimoto TESSERA TECHNOLOGY INC The president Date of sue 2228 _ TS TER01757 Revision History Ver 1 1 13 403 3 Specification Flash memory Parallel Bulk rere 13 628 9 2 External MCU Interface I F Connector Listing correction Ver 141 13 712 research and development Only Insert DECLARATION OF CONFORMITY Insert 13 8 07 8 1 SW1 Mode Selection Do not use Instruction ram boot Debug only 13 0 3 7 51 O Ports Change the connection of the connector CN14 13 19 05 Title modify Ver2 1 14 8 04 73 RJ 45 connector Color modify 12 8 add atte
22. rst access MEMC Level Pin Name Ext Memory I F Address MUX Selection Connect in parallel ADMUXMODE Address bus is MUXed on data bus 16 8 2 Switches SW2 SW3 CC Link Mode Selection Location F 10 Board Silk SW2 and SW3 Part otax KUDR162SE KUDR102SE or equivalent parts Switches SW2 and SW8 are 4 bit rotary switches connected to I O ports of the R IN32M3 EC chip and are used to select the CC Link operation mode The I O ports connected to the switches can be set to either input or output ports by software Note When you use I O ports connected to SW2 and SW3 as the output ports SW2 and SWS3 must be set to the position Default factory setting Both SW2 and SW3 are set to R IN32M3 EC 161 e e commone 99 2 telel e e conwomr jejejeje 8j ejejejejejejeje Fe valueofapot 0 1 2 31 4 5 6 7 8 e eT CCS BSI RP02 CCS BS2 RP03 ccsBs4 4 81000000000 555 5 11213 4 5 1617 code Signal Name IN32M3 EC 3 17 8 3 Switches SW4 SW5 CC Link Channel Selection Location E 10 Board Silk SW4 and SW5 Part otax KUDR102S
23. ry Parallel Flash e A 19 1 A20 DQ 14 0 DQ15 A 1 CE RESET WE Ext MCU I F 50x2 100 pin Connector HCSZ HPGSCSZ R IN32M3 EC A0 P40 Apo 207 i TT pay e HPGCSZ ps1 0322 52 wrzo RN wRzo im wrz1 e BINCWRZI im gWRZ2 imum WRSTBZ e BUSCLK L P41 P45 P46 P47 20 3 MEMIFSEL DIP SW1 MEMIFSEL P ow i y _______ To o ________ A E 1475241 4 4 cT 7 3 Ethernet EtherCAT R IN32M3 EC is equipped with on chip 10 100Mbps Ethernet PHY The board offers 2 channels of RJ45 connectors CN16 CN17 which embed transformers The board also offers 2 socket patterns for optical transceivers CN6 CN7 Please note that the optical transceiver components are not mounted 2 Optical LED RJ45 Connector Built in Trans Optical Connector ze PO TD OUTP R IN32M3 EC P0 TD OUT N Optical Connector TD OUTP TD OUT N The following LEDs are mounted for monitoring Ethernet X Ethernet monitoring LEDs RJ45 side Location on board F 5 PO 10 Speed PO LINK Link PO DUP Dupex PO SPEEDI1OOLED PO ACTLEDZ Location on board F 4 P1 10 Speed P1 LINK Link P1 DUP Dupex P1_SPEED100LED P1_ACTLEDZ Green LED Green LED Green LED Yellow LED RJ 45 connector Green LED in the R
24. t 10 1 Input A11 14 Input 12 47 Aie ND 6 2 4 6 8 14 16 22 1 3 5 7 9 1 nput A19 Input A20 3 G 24 GND 5 1 0 HDO 2 I O 7 9 1 3 1 2 2 2 3 LO HD6 32 Vo HD7 3 Vo Hb8 34 lo 9 35 vo HD10 36 170 39 vo hd 4 41 CD EL 43 Input WRSTBZ HWRSTBZ 44 Input PA43 HBUSCLK 45 Output 21 2 46 Output RSTOUTZ 2 47 Output P46 WAITZ2 2 48 Input NMIZ 2 P42 HERROUTZ WRZO HWRZO HBENZO PATWAITZ3 2 PAT HWAITZ RDZ HRDZ WRZ1 HWRZ1 HBENZ1 55 Input RP21 A21 2 56 I O RP34 D20 Input RP23 A23 2 58 I O RP36 D22 GND 60 GND 59 63 Input RP22 422 x2 64 vo RFP37D2 65 66 1 0 67 68 IO 69 RP26 A26 2 70 1 0 7 RP20 HBCYSTZ 72 1 0 1 77 78 VO RP16 79 80 Vo RP17 81 82 Vo RPO 2 83 84 OND 85 Input 50 6529 2 86 vo RP00 2 89 Input RPO6 HWRZ2 HBENZ2 90 Input PA4 HPGCSZ 91 I O RP05 2 92 Input CSZ thru 241 2 93 I O 4 2 94 I O RPO2 2 95 Input CSZO thru 241 2 96 Output HWRZSEL 2 97 y o RPO3 2 98 Output BUSCLK 2 99 2 The signal is not used 21 9 8 Ethernet Ether Location 4 Board Silk CN16 CN17 Type RJ 45 built in transformer and LED 2 units Part KOWA ELECTRONIC 62F 1204GYD2 or equivalent part CN16 C
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