TS-R-IN32M3-CL-E User Manual
Contents
1. 46 13 3 oret e e E ERR SER 41 14 External Dia oett tet tear eene 48 14 1 Board Component Side 48 14 2 Board Soldering Side 14 3 Dimensional Diagram 1 Application This user s manual provides explanations for use of the TS R IN32M3 CL Evaluation Board Applicable board version TS R IN32M3 CL 002 Overview The R IN32M3 CL board was developed for evaluating the R IN32M3 CL device and offers the following interfaces Giga Ethernet CC Link IE CC Link UART USB mini B I2C CAN External memory Serial Flash Parallel Flash External memory MCU interface JTAG ICE I E Others such as switches and LEDs This board specification does not support the following combinations CC Link IE and CC Link Remote device station CC Link Intelligent device station and CC Link Remote device station CC Link Intelligent device station Remote device station and CAN ch0 CC Link IE and CAN ch0 ch1 CC Link Intelligent device station Remote device station and I2C ch1 CC Link Intelligent device station will be supported in the future Note1 The CC Link circuits on this board meet conformance requirements Note2 The CC Link IE on this board meet conformance requirements 3 Specification Item2. RXDV RXER ETH1 RXD 7 0 CRS ETH1_COL ETH1_GE_INT 0 Clamp Ethernet monitoring LEDs Px ERR Px LNK1000 Px LNK100 Px LNK10 88 1111 2 1 000 COL GTX_CLK A a gt TXER TXD 7 0 P r rov 6 RXER RXD 7 0 CSR 88 1111 2 1 000 MDI3 MDI3 MDI2 MDI2 MDI1 MDI1 MDIO MDIO TX_EN TX ER RX CLK RX DV RX ER CSR COL Red LED Yellow LED Yellow LED Yellow LED GTX_CLK TXD 7 0 RXD 7 0 MDI3 MDI3 MDI2 MDI2 MDI1 MDI1 MDIO MDIO JF 01J 0 H22 020 2 L JF 01J 0 H22 020 2 14 7 11 Power Supply DC 5V power is provided via the DC power jack and generates power for various on board devices The DC DC converter array provides the following current capacities 3 3V 2A max 1 0V 2A max 2 5V 2A max 1 2V 2A max When 5 0V is supplied LED_PWR red turns on The 5V power supply for CC Link is generated through the isolated DC DC via the 3 3V output The R IN32M3 CL evaluation board also comes with 5V power connector for connections to other boards the corresponding TS R IN32M3 CL 22 11 2022 Power connector DC power jack 5 0V 2A or more DC DC 1 0V 2A DC DC 3 3V 2A DC DC 2 5V 2A DC DC 1 2V 2A core power I O and other power PHY power PHY power Isola
3. TRACECLK 3 GND 13 k 4 1 14 Input TRACEDATAO TRACEDATAO 5 oeo O 6 Output 70 TDO 16 Input TRAGEDATA1 TRAGEDATA Np 8 Input TDI TDI 18 Input TRACEDATA2 TRACEDATA2 9 59 10 Output nRESET TRSTZ 20 Input TRACEDATA3 10 6 CC Link Connector Location C 10 Board Silk CN7 Type 5 power clamp board mount header Part 35605 5153 B00 CC Link CN7 13 29 10 7 Power Jack Location 9 Board Silk CN12 Type DC power jack Part HOSIDEN HEC0470 01 630 or equivalent part 10 8 Power Connector Location B 8 Board Silk CN19 Type 2 x header 2 54mm pitch Part ft morex 22 11 2022 or equivalent part CN19 CN19 Pin 1 0 Dir i 0 __2 80 10 9 External memory MCU Connector Location D 2 Board Silk CN3 Type 50 x 2 pin header 0 6mm pitch Part HRS FX8C 100P SV1 92 or equivalent part CN3 2 100 1 99 81 e When using Pin 1 0 Dir 1 ut 1 ut pep RP23 55 GND 2 25 NINN Najo 3 5 1 9 1 7 2 3 3 3 3 39 3 5 43 49 53 RDZ 6 75 20 RP32 RP33 R
4. 23 8 8 SW15 SW16 Push switches 2 for 23 9 BED aac ete estie eee 24 9 1 Power ire te ee eden ee eer d de 24 9 2 LEDs for CC Link IE Station Display c ccccccesssssssesessesessesessesesesessesessesessesessesessesessesesscseenceessees 24 9 3 LEDs for Monitoring CC Link IE Operations 24 9 4 LEDs for CC Link Monitoring 25 9 5 LED for External Host Switch Display c ccccccesssssssesessesessesessesessesessesessesessesessesessesessesescsescaessess 25 9 6 LEDs Monitoring UART USB Communications 25 9 7 LEDs for Monitoring CC Link IE Communications 26 10 Connector Pin Definitions cssssessscssesssssssscssssscssssssssssssesesesssssscsesesesesesesesseseseseseseseseesesesessacseeees 26 MOD ZC 26 10 2 CAN Connector eese 27 10 3 UART USB 27 10 4 CC Link Giga Ethernet 28 10 5 JTAG ICE Connector m seeeenseseisesssessisssserssnsssesssessenserssssenssesessesserssnsesesesensensessensesssenstessse
5. 10 11 CC Link Monitor Connector Location F 3 Board Silk CN14 Type 7 x 1 pin header 2 54mm pitch Part ft E TEC SL2 014 8116 01 55 or equivalent part CN14 14 6 P0 CCSSTBMSK 8 VO P04 5 9 mvo P05 CCSMON 10 lO Poe X CCSMONO d vo d exi 34 10 12 Test Monitor Connector Location C 4 Board Silk CN4 Type 4 x 1 pin header 2 54mm pitch Part ft E TEC SL1 004 8116 01 55 or equivalent part CN4 sees CN4 R IN32M3 CL TINO TOUTO MESE RSTOUTZ NMIZ 4 Input __ JEXTRSTINZ Location C 6 Board Silk CN20 Type 8 x1 pin header 2 54mm pitch Part ft E TEC SL1 008 8116 01 55 or equivalent part CN20 Pin I O Dir RP30 4 6 LO 8 LO 7 35 11 Table of Unused Pins and Pad Connection Pins 11 1 Unused Pins The following table shows the pins on the board that are not used by the R IN32M3 CL chips 11 2 PAD Connection Pins The following pins are connected from R IN32M3 CL and other chips to probing pads PADxx 0 5mm pad DIP TXCx 0 8mm pad DIP CCLCLKZ097 M Pab OO oS S PAD2 o pas S TRSTZ P43 HBUSCLK 7 4 __ ETH etxe mer 86 11 3 Test
6. 100 pin header CN3 is provided for interface with the external host MCU DIP SW SW1 selects either external memory interface CSZO or external host interface HCSZ HPGSCSZ exclusively 745244 0 Ext Memory lt Paa Parallel Flash AD0 2 0410 RP2 31 A 202 PADO p xm 1 RP3 7 0 RP1L7 d WRSTBZ ors e Roz 2 24 swt 3 BYTE MEMIFSEL E RY BY 2 MCU RP2 7 4 7 2 7 4 nato PEER Pao 8230 0 821700150 65520 HPGOSZ HWRZ 3 0 HBENZ 3 0 j REOL7 61WRZE1 0 HRDZ 2 0 RP0 7 6 WRZ 1 0 HBOYSTZ HwAmz ML part HWRSTBZ 98782 HERROUTZ eam HWRZSEL 25 HBUSCLK 6 RP2 0 SOME se 10 7 6 2 Interface R IN32M3 CL is connected to the header enabling I2C syne communications 2 channels A4 x 1 pin header 2 54mm pitch is available for I2C interface 3 3V R IN32M3 CL 4X 1 Pin 2 54mm Header GND gt I2C 0 4X 1 Pin 2 54mm Header O I2C chl 11 TT 7 8 CC Link connector 35605 5153 B00 PE CAN Interface board offers CAN driver and pin header supporting CAN communication 4x 1 pin header 2 54mm pitch is available for CAN interface CAN interface cannot be used during CC L
7. 2776 0000000 0000000 8 amp amp fig Ot O mo s r 295 48 14 8 Dimensional Diagram 145 0 xi 40 137 0 40 amp 3 5 il 9 J 1 58 4 0 15 4 49
8. 86 88 90 t I O I O I O I O I O I O I O I O I O I O I O I O RP35 HD29 RP37 HD31 RP10 HD 16 RP11 HD17 RP12 HD18 RP13 HD19 RP14 HD20 RP15 HD21 RP16 HD22 RP17 HD23 RPO1 2 Input CSZO HCSZ Input 92 Input 93 94 ro 96 Output 97 98 Output _ 100 Input 1 signal is output through 7 3 2 The signal is not used CSZ1 244 1 2 02 2 WRZSEL 2 05 2 XT_RSTINZ 24 26 28 30 32 34 36 38 40 42 44 46 48 50 52 54 56 58 62 64 70 72 74 76 78 82 84 88 94 100 MIBDIXIDIO VIO DIO Q gt gt gt gt 0 2 Zz 2 elo w w 2 00 o T C N 9 25 IHDO 27 HD2 20 1 HD4 7 33 IHDB 2 97 39 45 P45 WAITZ1 X2 47 IPAG WAITZ2 2 _______ 49 P42 HERROUTZ 23 X2 IRP23 A23 2 ________ IRP24 A24 69 73 m 89 IRPO amp HWRZ2 HBENZ2 91 93 99 me 1 45244 33 10 10 CC Link IE Monitor Connector Location F 4 Board Silk CN13 Type 4 x 1 pin header 2 54mm pitch Part ft E TEC SL1 004 8116 01 55 or equivalent part CN13 CN13 R IN32M3 CL s SYNC CCLNMIZ 3 VO P660 CCLINTZ CLKLOSSZ
9. Specification Main ASSP 1 Renesas Electronics System LSI R IN32M3 CL ARM Cortex M8 32 bit RISC CPU with HW RTOS Hardware Real Time OS 1 3M byte RAM large capacity Operating frequency 100MHz Ext Memory Flash memory Serial 64Mbit S25FL064POXNFI001 equivalent Flash memory Parallel 128Mbit SMx16bit S29GL128S10TFI010 equivalent Interface I2C 2Ch 4 X 1 pin 2 54mm header External Host MCU 1Ch 50 X 2 pin 0 6mm connector UART USB mini B connector 2 1Ch UART to USB USB Ver CAN 80 Fault protection Up to 1Mbps CAN transceiver 1Ch 4 X 1 pin 2 54mm header CC Link IE RJ 45 2Ch Giga Ethernet Ext PHY CC Link 1Ch Intelligent device station or Remote device station 35605 5153 B00 PE equivalent JTAG ICE 20 pin half pitch connector ds Trace supported Power Supply 1 red LED Giga Ethernet Monitor 4 red and yellow LEDs per Ch CC Link Monitor 8 red and green LEDs CC Link IE Code Monitor 9 green LEDs CC Link IE Monitor 9 red and green LEDs Ext MCU interface selection 1 green LED UART Tx Rx 2 green LEDs DIP SW Rotary SW Operation mode selection 8 bits SW1 CC Link channel selection 2 rotary switches SW17 and SW20 CC Link IE channel selection 2 rotary switches SW18 and SW19 CC Link Intelligent device station Baud rate selection 1 rotary
10. 54mm pitch Part ft E TEC SL1 003 8116 01 55 or equivalent part J13 J14 J13 J14 CAN channel 1 Default factory setting 2 3 is shortened CAN_ch1 use 12 12 Power Supply Pin Location G 8 Board Silk J28 Connector 3 x 1 pin header 2 54mm pitch Part ft E TEC SL1 003 8116 01 55 or equivalent part J28 Default factory setting connected to 5 0V 2 3 shortened 43 12 13 12 14 WDTZ CC Link Pin Location F 5 Board Silk J25 Connector 2 x 1 pin header 2 54mm pitch Part E TEC SL1 002 8116 01 55 or equivalent part This pin is shortened when Watch Dog Timer output P13 is connected to the Watch Dog Timer input for CC Link CC Link IE LO CN 5 Default factory setting not connected open As this is optional no jumper socket is included CC Link Interrupt Selection Pins Location C 4 Board Silk 718 J19 Connector 2 x 2 pin header 2 54mm pitch Part ft E TEC 61 2 004 8116 01 55 or equivalent part CCS REFSTB IRLZ 2 4 2 4 1 3 1 3 J18 J19 CCS REFSTB Connect to 20 00 Connect to INTPZ1 01 IRLZ Connect to INTPZO 00 Connect to INTPZ1 01 Default factory setting 718 1 2 shortened INTPZO connection J19 3 4 shortened INTPZ1 connection 44 12 15 CC Link IE Interrupt Connection Pin Location C 5 Board Silk J17 Connector 2 x 1 pin header 2 54mm pitch Part E TEC SL1 002 8116 01 55 or e
11. Pins The following list shows the signals connected to each test pin on the evaluation board Test pin part MAC8 HK 5 G Red Black equivalent part PinName Note CL 5V Power p 3 3V 1 0 Power Ground 11 4 Universal Pad This evaluation board is mounted with universal pad Universal pad 2 54mm pitch DIP 87 12 Jumper Settings 12 1 External Memory Parallel Flash Pins Location D 4 Board Silk 71 J26 Connector 2 x 1 pin header 54mm pitch Part ft E TEC SL1 002 8116 01 55 or equivalent part LL Z gt N 79 72 Ext Memory Parallel Flash Open Short Notused 1 Default factory setting J1 is shortened J26 is open 12 2 CC Link IE PHY Reset Pins Location E 8 G 8 Board Silk J2 43 J4 J5 Connector 2 x 1 pin header 2 54mm pitch Part E TEC SL1 002 8116 01 55 or equivalent part N LO 79 gt 72 Z Z Z e z W z lt lt O O J2 J3 J4 J5 CC Link IE Open Short CAN 1 Default factory setting J2 J3 are shortened J4 J5 are open 38 12 3 CC Link IE LED Pins Location C 4 Board Silk J31 Connector 9 x 2 pin header 2 54mm pitch Part ft E TEC SL2 018 8116 01 55 or equivalent part 431 2 18 1 17 CC Link IE Concurrent use of CC Link IE and CC Link Remote device station CC Link Intellige
12. R IN32M3 CL chip This switch sets the initial values for the CC Link IE SW23 ON 12 3 4 NL COGDWATEDGER WAITEDGEH COLWRLENH WRLENH RP17 8 3 SW24 DIP Switch for CC Link Remote device station Initialization Setting Location H 3 Board Silk SW24 Part ft COPAL 5 or equivalent part SW24 is a 4 bit DIP switch connected to the I O ports of the R IN32M3 CL chip This switch sets the initial values for the CC Link Remote device station 44 bit is left open SW24 ON 12 3 4 py CCS IOTENSU CCS SENYUO 208 SENYUT SENYU1 20 8 4 SW17 SW20 Rotary Switches 2 for CC Link Station Number Setting Location F 3 Board Silk S W17 SW20 Part ft COPAL SC 2110 or equivalent part SW17 SW20 are real code 10 position rotary switches connected to the I O ports of the R IN32M3 CL chip These switches set the station numbers for the CC Link SW17 SW20 Gode R IN32M3 CL i e v 2 rv 4 s LLL LL 19 p Code Position R IN32M3 CL r e fel fel pm swo 2 _ _ en 4 en s TT ele 21 8 5 SW22 Rotary Switch for CC Link Intelligent device station Baud Rate Setting Location F 4 Board Silk SW22 Part ft COPAL SC 1110 or equivalent part SW22 is real code 16 posit
13. shortened 415 3 4 shortened J16 open 5 6 shortened J17 open 7 8 shortened J18 1 2 shortened 9 10 shortened J19 3 4 shortened 11 12 shortened J20 2 3 shortened 13 14 shortened J21 2 3 shortened 15 16 shortened J22 2 3 shortened 17 18 shortened J23 shortened i 46 13 3 Address The address is provided seal attached to the board s soldering side is also stored in the memory area specified below Serial Flash area 6 bytes starting from 0x007F F000 Attention When just use an MAC address the address domain mentioned above Please do not do removal or renewal 47 14 Board External Diagram 00 1595655609 s 129009000 mi 0000000 5500500 ws 0000000 5990000 OOOOOOO CC Monitor IE Monitor Sw20 547 Swat 5022 R IN32M3 CL Evaluation Board TS R IN32M3 CL 002 MADE IN JAPAN 5 i RNG RNA ICCS REFSTB Monitor OOOO 5023 14 2 Board Soldering Side 0000 l 12 1 Rio Wa TESSERA P RESETZ HOTRESETZ 5 104 PONRZ WS _ EXT_RSTZ RESETZ 7 HOTRESETZ 8 om mm om mi 20 00000
14. switch SW22 CC Link Remote device station Baud rate selection 1 rotary switch SW21 CC Link Remote device station Initial value set 3 bits SW24 CC Link IE Initial value set 4 bits SW23 Power Supply AC Adapter 5 0V 5 2 or more center plus Operation Temp 0 to 70 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 CL The USB cable must be inserted and detached while the board is powered 4 External View The following are photos outlining the board s exterior 4 1 Board Component Side 4 2 Board Soldering Side 5 Section Names The following photos provide coordinates and labels to help locate specific positions on the board when referred to later in this document 5 1 Board Component Side ct T ii Mode i 7 TxLED lection ICE Connector 8 RxLED GND T JEFF CC Link IE Channel Parallel FLASH 6 Board Block Diagram 1 DC Jack DC DC 5 0V 3 3V 2A DC DC 5 0V 1 0V 2A DC DC 5 0V 1 2V 2A DC DC 5 0V 2 5V 2A Isolated DC DC 3 3V gt 5 0V for CC Link CC Link 5 0V Osc 25MHz Osc Dedicated for oc ink 80MHz Osc Dedicated for con 2 097MHz RESET SW Wired or Reset IC JTAG ICE 20 pi
15. 1 The signal is output through 2 The signal is not used 32 eWhen using connector as external MCU interface Pinf Signal ___ Pin 1 ODir ___ TN 2 BI 5 Input J3 6 I Input 8 6 Input AZ Input 8 5 Input fA3 Input JAA 15 18 Input 20 Input 19 22 Input as 25 HDO 27 HD2 29 HD4 HD6 33 HD8 37 39 45 P45 WAITZ1 2 47 P46 WAITZ2 2 49 P42 HERROUTZ 51 P47 WAITZ3 2 RP23 A23 Sz RP24 A24 2 2 73 79 87 RP06 HWRZ2 HBENZ2 91 20 Input Input Input UO UO UO UO UO UO za Input Output Input Input Output Input UO UO posa UO UO UO UO UO UO UO UO vo UO UO Input Input Input UO Output Output Input I O I O I O I O I O I O I O I O HD11 HD13 HD15 P43 HBUSCLK RSTOUTZ 2 NMIZ 2 WRZO HWRZ0 HBENZ0 P41 HWAITZ WRZ1 HWRZ1 HBENZ1 RP34 HD28 RP36 HD30 Input Input Output Input 24 26 28 30 32 34 36 40 42 44 46 48 50 52 54 56 VO 58 60 62 64 66 68 70 72 74 76 78 80 82 84
16. 1 pin header 2 54mm pitch Part E TEC SL1 002 8116 01 55 or equivalent part By shortening this jumper power can be supplied to the isolated DC DC converter during CC Link communications J10 Default factory setting Open no power supply jumper socket is included for CC Link communications 12 8 CC Link Power Debug Pins Location C 7 C 8 Board Silk 78 79 J11 412 Connector 2 x 1 pin header 2 54mm pitch Part E TEC SL1 002 8116 01 55 or equivalent part These jumper pins are used for isolated DC DC power supply confirmation during factory testing and are all shortened for the tests 2 222 Default factory setting open normal mode A jumper socket is included for debugging J11 41 12 9 12 10 CC Link Port Operation Pins Location G 6 Board Silk 723 J24 Connector 2 x 1 pin header 2 54mm pitch Part E TEC SL1 002 8116 01 55 or equivalent part N CN 79 72 CCS_STBMSK Open Notused CCS DCHANG Open Notused Default factory setting all shortened port use I2C ch1 Pins Location G 6 Board Silk J15 J16 Connector 2 x 1 pin header 2 54mm pitch Part E TEC SL1 002 8116 01 55 or equivalent part LO m 79 72 I2C channel CC Link Default factory setting all shortened CC Link use 42 12 11 CAN Pins Location G 7 Board Silk J13 J14 Connector 3 x 1 pin header 2
17. 2C 1 CN10 R IN32M3 CL ror ve ene E ms SCLO VO 500 Lx Er I CN10 32 3 CL ELS GND Se 5 3000 3 Vo 500 __4 __ ____ O 26 10 2 Connector Location H 7 Board Silk CN11 4 x1pin header 2 54mm pitch Part ft E TEC SL1 004 8116 01 55 or equivalent part 11 esee CN11 TT ao 3 CANL 4 33V or 5 0V 10 3 UART USB Connector Location H 9 Board Silk CN18 Type USB mini B Part molex 54819 0519 or equivalent part UART CN18 Pin 1 0 Dir 1 VBUS __2 j QD 27 10 4 CC Link IE Giga Ethernet Connector Location E 10 G 10 Board Silk CN5 CN6 Type RJ 45 built in transistors 2 units Part JF 01J 0 H22 020 2 or equivalent part IE CHO CN5 IE CH1 CN6 ETT TT 1 8 1 8 CN5 CN6 Pin _ 1 0 Dir _Signal Name _ PHY Pin 8 6 vo mx MDI 1 MDIL3 MDIL3 8 ro 8 vo mx MDI 3 28 10 5 JTAG ICE Connector Location H 5 Board Silk CN1 Type 10 x 2 pin header 1 27mm pitch Part E TEC SS2 19A H70 0 55 11 or equivalent part prevent incorrect insertion the 7 pin has been removed Pin Name Ji es me 2 Output TMS TMS 12 Input
18. Bimk IE LED Pinis 39 1945 6 Link BED ass ct 39 125 CC Link Connector Terminal Pins 40 12 6 CC Link Operating Mode 40 127 Link Power Supply N E 41 12 8 CC Link Power Debug Pins nsonsrsrnrvsrsrsrnrvrnsrsrnrnrvsrsrnrnrnsrersensnenersenenesensrsenssenersenssesensensnesessesensssssesen 41 12 9 CC Link Port Operation Pins esesesesesenenenenenenenenenenenenenenenenenensnenenenenenenenenenenensnsnsnensnenenenenenenenenenenen 42 12 10 Cch t 42 12 Pinse 48 12 12 CAN Power Supply Pin rsosrvrsonsrsenrsorersenrsrsensenrsrsersrsenssenersenssesersenenssensrsenssenersensssnensensnssessesenssessrser 43 12 13 WDTACC TND DIEI EEE 44 12 14 CC Link Interrupt Selection Pins rrnrnrnrnrnrvrvrnsnrnrnrnsnrnsnensnsnensnenenenensnsnenensnsnsnsnsvsnensnsnenenenensnener 44 12 15 CC Link Interrupt Connection 45 12 16 External Reset Connection Pins 45 13 Default Factory Settings 46 13 12 e lenene 46
19. Flash External Host 10 4 6 12 11 TAL CAN Interface 12 1 8 CC Tank Int rf ce OO 12 lel Interface nce coe ee ere ertet eerte 13 7 10 CC Link IE Giga Ethernet 14 TLL Power Supply onerat AER ERE ERR ERE ETT RENE RUE 15 7 12 A 16 17 4 14 Port Controls Saee ee 18 8 DIP Rotary and Push Switch Configurations csssssssssssssssssssssssssssssssscsesssssesssssssseseseaescssssesesess 19 8 T SW 1 Mode Setting ori ERREUR ERES VA RENE 19 8 2 DIP SW SW23 DIP Switch for CC Link Initialization Setting ses 20 8 3 SW24 DIP Switch for CC Link Remote device station Initialization Setting 20 8 4 SW17 SW20 Rotary Switches 2 for CC Link Station Number Setting 21 8 5 SW22 Rotary Switch for CC Link Intelligent device station Baud Rate Setting 29 8 6 SW21 Rotary Switch for CC Link Remote device station Baud Rate Setting 99 8 7 SW18 SW19 Rotary Switches 2 for CC Link IE Station Number
20. P31 87 91 93 97 UOU 00 1 2 lt eixUol n In IS Ro 5 ES 02 mim gt 3 3V P45 WAITZ1 2 P46 WAITZ2 2 P42 HERROUTZ 2 P47 WAITZ3 2 RP21 A21 SignalName 33V DO ________ D4 2 i y P45 WAITZ1 2 P46 WAITZ2 2 P42 HERROUTZ 2 23 X2 RDZ 2 2 RP23 A23 2 GND RP24 A24 65 Output RP25 A25 6 VO 7 Output RP27 A27 _ 68 Vo RP30 D24 05 2 04 2 CSZ0 244 1 RPO3 2 connector as external memory interface I O Dir ee aa Ee Output Es Signal Name Pin Signal Name 3 3V 2 4 A8 10 12 14 16 18 20 GND 1 3 5 7 2 2 2 3 3 3 3 3 D13 D15 GND P43 HBUSCLK 2 RSTOUTZ 2 NMIZ 2 WRZO BENZO PA1 WAITZ WRZ1 BENZ1 RP34 D28 RP36 D30 2 4 0 4 6 8 6 0 6 8 2 2 4 6 8 2 8 2 4 4 ojo AJN A23 1 1 1 1 5 5 5 6 RP35 D29 RP37 D31 RP10 D16 RP11 D17 RP12 D18 RP13 D19 RP14 D20 RP15 D21 RP16 D22 RP17 D23 BCYSTZ C 7 7 7 027 7 025 8 GND 00 2 6520 2 P44 CSZ1 2 A 8 9 9 RPO2 2 HWRZSEL 2 BUSCLK EXT RSTINZ ES oleleleleio V 5 N R 5 x 100
21. TAG ICE Ext MCU I F BUSGLK CSZ0 RDZ WRZO WRZ1 WRSTBZ BOOTO BOOT1 BUS32EN MEMIFSEL Operation Mode HWRZSEL HIFSYNC Selection Pins FRU1 FRU2 3 3V PullUp OSCTH GND PullDown JTAGSEL ASSP TEST Pins TMODE 2 0 P0 7 0 P1 7 0 P2 7 0 P3 7 0 P4 7 0 P5 7 0 P6 7 0 P7 7 0 RPO 7 0 RP1 7 0 RP2 7 0 RP3 7 0 NMIZ RSTOUTZ RSTOUTZ 7 2 Operation Mode Selection An 8 bit DIP switch DIP SW1 is provided for operation mode selections 3 3V R IN32M3 CL MEMIFSEL FRU2 MEMCSEL BUS32EN HIFSYNC FRU1 ADMUXMODE HWRZSEL egistar 7 3 JTAG ICE Interface The JTAG ICE connector is available for the on board CPU R IN32M3 CL The connector is a 10 x 2 pin header with1 27 mm pitch avoid incorrect insertion the 7 pin is pulled out Signal TRSTZ is wired OR connected to signal RESETZ pin 3 3V Not mounted R IN32M3 CL xm TDI EEE qucm TRACECLK TRACEDATAO TRACEDATA1 TRACEDATA2 TRACEDATA3 on On To Reset Circuitry 7 4 7 5 External Memory Serial_Flash A serial flash memory S25FLO64POXNFIO10 equivalent is used to boot the internal CPU 3 3V S25FL064POXNFI010 equivalent R IN32M3 CL W ACC 102 SCK CS 51 100 50 101 HOLD 103 External Memory Parallel_Flash External Host Interface A parallel flash memory S29GL128S10TFI010 equivalent is mounted for the external memory
22. TS R IN382M3 CL E User Manual R IN32M3 CL Evaluation Board Down Load version Issued Jan 16 2015 Version 2 3 Tessera Technology Corporation TS TUM01739W TECHNOLOGY This board is for research and development The content of this document is subject to change without prior notice The evaluation board described in this document is made available for research and development This information contained herein may not be reprinted or duplicated without written notice from Tessera Technology Inc 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 occurs related to the ownership rights of third parties arising from the use of the above described products or information The 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 DECLARATION OF CONFORMITY TESSERA TECHNOLOGY INC 4F 2710 1 Noborito Tama ku Kawasaki city Kanagawa 214 0014 JAPAN Phone 81 44 271 7533 Fax 81 44 271 7534 declare under our sole responsibility that the pr
23. d rate setting DIP SW CH 04TB is provided for the CC Link Remote device station initialization setting Two rotary switches SC 2110 equivalent are provided for the CC Link station number settings 18 8 Rotary and Push Switch Configurations 8 1 SWI Mode Setting Location H 4 Board Silk SW1 Part ft CHS 08TB or equivalent part SWI is an 8 bit DIP switch connected to the I O ports of the R IN32M3 CL chip This switch defines the operation mode of the chip SW1 Ext MCU Boot Ext Memory I F Type Selection MEMIFSEL Slave Memory VF ON H Ext MCU I F Ext Memory Controller Setting ae FRU2 Asynchronous SRAM MEMO Asynchronous SRAM MEMC MEMCSEL Synchronous burst access MEMC Ext Memory I F Bus Width Selection LT Bussen on n Ext MCU I F Operation Mode Selection Ka aa HIFSYNC Asynchronous SRAM Interface Asynchronous SRAM Interface sd Synchronous SRAM Interface Ext Memory I F Address MUX Selection FRU1 Connect in parallel H ADMUXMODE Address bus is MUXed data bus bevel Pin Name BENZ Sel Level Pin Name HWRZ HBENZ Selection L HWRZSEL IHBENZ is selected HWRZ is selected 19 8 2 DIP SW SW23 DIP Switch for CC Link Initialization Setting Location B 5 Board Silk SW23 Part ft CHS 04TB or equivalent part SW23 is a 4 bit DIP switch connected to the I O ports of the
24. ention Nov 4 2014 Company logo change Jan 16 201512 CC Link Meet conformance requirements lateat nd Rit 1 PAO aa erc A rae de eek EE 1 3 SDeCIHCa OD eite ri te ette 2 4 External YR 3 4 1 Board Component Side 3 4 2 Board Soldering Side cescssssssssssesssessssesesssessesesessssssesessssssesesesscsesessssseesesesessesesesesesseseseseeesseseseeeesesesees 3 5 Section Names eter nitet 4 Board Component olde er E RE 5 5 2 Board Soldering Side 5 6 Board Block Dlagram z 5 eet 6 T Block Descriptions m 1 TeV REINS 2M 7 7 2 Operation 8 EGG TO DA EV DOH E 9 7 4 External Memory Serial 10 7 5 External Memory Parallel
25. igent device station use only CC RUN Green For Intelligent device station or Remote device station use CC MST Red For Intelligent device station use only LRUN Red For Intelligent device station or Remote device station use CC RD Red For Intelligent device station or Remote device station use CC SD Green For Intelligent device station or Remote device station use CC SMST Green For Intelligent device station use only 9 5 LED for External Host Switch Display Location H 4 Board Silk HOST Part ft STANLAY 1111 or equivalent part This green LED displays the external host switch This LED lights up when pin 3 MEMIFSEL of SW1 DIP SW is ON 9 6 LEDs for Monitoring UART USB Communications Location H 9 Board Silk RX TX Part ft STANLAY 1111 or equivalent part These green LEDs 2 bits are for monitoring the UART USB communication Operations 25 9 7 LEDs for Monitoring CC Link IE Communications Location D 9 F 9 G 9 Board Silk See list below Part ft STANLAY BR1111C AY1111C or equivalent part These are red yellow LEDs 4 bits per channel for monitoring CC Link IE communications Px_ERR Red Px LINK1000 Yellow LINK100 Yellow Px LINK10 Yellow x indicates 0 or 1 10 Connector Pin Definitions 10 1 2 Connector Location H 6 Board Silk CN8 CN10 Connector 4x1pins 2 54mm pin header Part ft E TEC SL1 004 8116 01 55 or equivalent part I2C 0 CN8 I
26. ink IE communications R IN32M3 CL MAX13054ESA equivalent 4X 1Pin 2 54mm Header GND CAN P53 CRXD1 3 3V 5 0V CC Link Interface The board offers isolators RS485 transceivers and filters supporting a CC Link remote device station or an CC Link intelligent device station Connector 35610 5153 B00 PE is also mounted on the board Use a jumper to set communication to intelligent device station or remote device station CCM_CONT CCS CONT SD CCS SD ue Isolator 1807241CDWR CCM SDGCZ CCS SDGATEON HZU6 2ZTRF E 12 7 9 UART Interface The board offers UART to USB chip for the UARTO function FT232RQ and USB connector supporting PC communication in asynchronous mode USB mini B connector is mounted for UART interface FT232RQ USB mini B R IN32M3 CL equivalent I 13 7 10 CC Link IE Giga Ethernet Interface The board is equipped with an on chip Ethernet PHY 88 1111 2 1 000 for CC Link IE communication The external connector consists of 2 channels of RJ45 which embed transformers R IN32M3 CL ETHO TXC GTXC ETHO TXEN ETHO TXER ETHO TXD 7 0 RXC RXDV RXER ETHO RXD 7 0 CRS ETHO_COL ETHO_GE_INT ETH MDC ETH MDIO ETH1_GTXC ETH1_TXEN ETH1 TXER ETH1 TXD 7 0
27. ion rotary switch connected to the ports of the R IN32M3 CL chip This switch sets the baud rate for the CC Link Intelligent device station SW22 R IN32M3 CL 8 6 SW21 Rotary Switch for CC Link Remote device station Baud Rate Setting Location F 4 Board Silk SW21 Part ft COPAL SC 2110 or equivalent part SW21 is a real code 10 position rotary switch connected to the ports of the R IN32M3 CL chip This switch sets the baud rate for the CC Link Remote device station SW21 Position R IN32M3 CL 1 je e spm sw1 2 1e e jeje 4 Jejee e 8 jee 22 8 7 SW18 SW19 Rotary Switches 2 for CC Link IE Station Number Setting Location B 3 Board Silk SW18 SW19 Part ft COPAL SC 1110 SC 2110 or equivalent SW18 and SW19 are real code 16 10 position rotary switches connected to the I O ports of the R IN32M3 CL chip These switches set the station numbers for the CC Link IE Code R IN32M3 CL Cds Position R IN32M3 CL i mo sw 2 leje jeje 4 mo 8 leje 8 8 SW15 SW16 Push switches 2 for Reset Location B 5 B 6 Board Silk SW15 SW16 Part 5 10 or equivalent SW15 SW16 are tact switches PUSH SW connected to the I O ports of the R IN32M3 CL chip These switches are
28. n Connector Half Pitch DIP SW 8 bits R IN32M3 Digital system 3 3V Digital system 1 0V Analog system 1 0V for PHY 1 2V for PHY 2 5V XT2 CLK80M CLK2_097M HOTRESETZ RESETZ TRSTZ JTAG ICE Operation Mode Selection Pins CL Serial Flash ROM I F Parallel Flash ROM I F Ext MCU I F EtherPHYO I F MDIO EtherPHY1 I F MDI1 UART I F CC Link I F CAN I F 12C VF chO ch1 Serial Flash ROM 64Mbit Parallel Flash ROM 8 x 16bit 100pin Connecter Z PHY RJ45 Connecter F Trans Inside D RJ45 Connecter BAY Trans Inside UART to USB m Driver 058 mini B RS485 Driver CC Link other e Connecter CAN Pin Header Driver Pin Header 2ch 4pin A LED 8 bits CC Link 7 LED 9 bits CC Link IE LED 9 bits Station Number DIP SW DIP SW 4 bits CC Link IE Initial value DIP SW DIP SW 4 bits CC Link Remote device station Initial value Rotary SW 0 to 9 x 4 Rotary SW 0 to x 2 Monitor 8 7 Block Descriptions 7 1 R IN32M3 CL Refer to the corresponding Renesas Electronics Corp datasheet and user s manual for more details GND PullDown CLKOUT25M0 System Clock CCM CLK80M CC Link Dedicated Clock Er 097M xx ETH MDC ETH MDIO HOTRST Reset RESETZ PONRZ A 20 2 D 15 0 SET J
29. nesnednsenee 29 10 6 CC Ek Connector sa et ee e eo e Ob OR A bens 29 10 7 DC Power Jacks oae eie m aem ete eue Gases BEG 30 10 8 Power Connector Roh Rh e AAA AS eee te ded 30 10 9 External memory MCU Connector cccessssssssessesesssesscsesesssscsesesesessesesesesseseseseseesesesesessesesesesseseaees 31 10 10 CC Link IE Monitor Connnector ccccecesessssesssessesesesessssesssssecsesesesecsesesesesseseseseceesesesesecseseseseeseseaees 34 10 11 CC Link Monitor Connector emsrvrsorersrnrvoversrnrvrversrnenrsenersenrnsvensenenesensrsenssensrsenssenensensnesensesensssssrser 34 10 12 Test Monitor Connector 35 11 Table of Unused Pins and Pad Connection 36 1141 Unused Prns OO 36 11 2 36 11 8 Test N 37 TTA Universal Pad nct tre ttr tret EA TY RISE CA RBS ER PE 37 12 Jumper Settings avs Lede ea t itia 38 12 1 External Memory Parallel Flash 38 12 2 JE PHY Reset Ping rerit rrr reete roter 38 12 3 CC
30. nt device station 5 6 2 aH 5 6 Short Open Default factory setting all shortened 12 4 CC Link LED Pins Location G 3 Board Silk J27 Connector 8 x 2 pin header 2 54mm pitch Part ft E TEC 61 2 016 5116 01 55 or equivalent part J27 CC Link IE CC Link Intelligent device station CC Link Pin I2C 1 Concurrent use of CC Link IE and CC Intelligent device Concurrent use of CC LinkIE I2C 1 Link Intelligent device station Istation Open 1 1 1 1 mem 7 8 Open EEPE 12 14 15 16 pen Default factory setting all open 39 12 5 CC Link Connector Terminal Pins Location D 9 Board Silk J6 J7 Connector 2 x 1 pin header 2 54mm pitch Part SL1 002 8116 01 55 or equivalent part 73 72 CC Link terminal Open Open Notused Default factory setting J6 J7 are open 12 6 CC Link Operating Mode Pins Location C 4 C 5 Board Silk J20 J21 J22 Connector 3 x 1 pin header 2 54mm pitch Part ft E TEC SL1 003 S116 01 55 or equivalent part N CN CN CN 5 5 R 2 M LI 1 Silk Description R Remote device station M L I intelligent device station J20 J21 J22 CC Link Intelligent device station Remote device station Default factory setting 2 3 are shortened remote device station 40 12 7 CC Link Power Supply Pin Location C 7 Board Silk J10 Connector 2 x
31. oduct Product Board test systems Model TS R IN32M3 CL Evaluation Board to which this declaration relates is in conformity with the following standards of other normative documents EN 61326 12013 Basic immunity test requirements IEC 61000 4 2 2008 4kV contact discharge air discharge IEC 61000 4 3 2006 A 12007 A2 2010 80 1000Mhz level 2 3V m 14 2 0GHz level 2 3V m 2 0 2 7GHz level 1 1V m IEC 61000 4 5 2005 0 5kV DC power port line to line 1 0kV DC power port line to earth t 1 0kV Signal port line to earth IEC 61000 4 4 2004 1 2010 Signal ports 1 0kV IEC 61000 4 6 2008 AC power ports level 2 3V IEC 61000 4 8 2009 3 A m 50 Hz 60Hz CISPR 11 2009 41 2010 Group 1 Class A Radiated emission 30 MHz 1 0 GHz following the provisions of EC Council Directive EMC Directive 2004 108 EC Authorized Representative Hitoshi Akimoto TESSERA TECHNOLOGY INC The president Date of October 20 3 5 01832 Revision history Ver 1 1 Oct 1 2013 research and development Only Insert PP 7 NN Ver 1 2 Oct 23 2013 CC Link Slave gt CC Link Remote device station CC Link Master gt CC Link Intelligent device station Dec 9 2013 Title modify Ver2 1 Mar6 2014 2 CC Link IE Meet conformance requirements 81 Itis replaced Ext Serial Flash ROM Boot with Ext MCU Boot 82 SW23 Signal excellent deletion of pin1 and pin4 13 3 add att
32. quivalent part This pin is shortened when CCI_NMIZ output P12 is connected to NMIZ input J17 Default factory setting Open no connection As this is optional no jumper socket is included 12 16 External Reset Connection Pins Location B 6 Board Silk J30 Connector 3 x1 pin header 2 54mm pitch Part E TEC SL1 003 8116 01 55 or equivalent part Pin 2 is connected to pin 100 EXT_RSTINZ on the external MCU interface connector Pins 1 2 are shortened EXT_RSTINZ signal is connected to RESETZ signal Pins 2 3 are shortened EXT RSTINZ signal is connected to HOTRESETZ signal EXT_RSTZ J30 Default factory setting Open no connection As this is optional no jumper socket is included 45 13 Default Factory Settings The following section provides the default settings of the DIP SW Rotary SW and jumpers 13 1 DIP SW Rotary SW SW Value SW1 ALL OFF SW17 0 SW18 0 SW19 0 SW20 0 521 0 SW22 0 528 ALL OFF SW24 ALL OFF 13 2 Jumpers Jumper Set Jumper Set shortened J24 shortened J2 shortened J25 open J3 shortened J26 open J4 open J27 1 2 open J5 open 9 4 open J6 open 5 6 open J7 open 7 8 open J8 open 9 10 open J9 open 11 12 open J10 open 13 14 open J11 open 15 16 open J12 open J28 2 3 shortened J13 2 3 shortened J30 open J14 2 3 shortened J31 12
33. ted type 5 0V 200mA CC Link power 15 7 12 Reset When the board is powered push the reset button SW15 SW16 or apply a reset signal via the ICE connector to reset all board resources During the power on reset the on chip redundancy RAM is also reset The board also provides jumpers to apply external resets via the external host interface connector 3 3V 3 3V PONRZ Wired or connection RESETZ TRSTZ EXT RSTINZ from Ext MCU connector HOTRESETZ During Power ON PONRZ must be 20ms LOW and RESETZ and HOTRESETZ must be 40ms LOW Push Switch must apply at least 20ms LOW 16 7 13 Clocks This evaluation board provides the following clocks R IN32M3 CL system clock 25 MHz CC Link clock 80 MHz and CC Link IE clock 2 097152 MHz Oscillation stabilization period for each oscillator 10ms R IN32M3 CL 25MHz Oscillator SOMH CCM CLK80M Oscillator 2 097152MHz CLK2 097 Oscillator 17 7 14 Port Controls DIP SW CHS 04TB equivalent is provided for the CC LINK IE initial mode setting LED 9 bit is provided for displaying the CC Link IE station number One rotary switch SC 1110 SC 2110 equivalent is provided for each CC Link IE station number setting Rotary switch SC 1110 is provided for the CC Link Intelligent device station baud rate setting Rotary switch SC 2110 is provided for the CC Link Remote device station bau
34. used to input resets RESETZ HOTRESETZ SW15 is for RESETZ SW16 is for HOTRESETZ 5 28 9 LED 9 1 Power Supply Location B 9 Board Silk LED PWR Part ft STANLAY BR1111C or equivalent part This is a red LED 1 bit for monitoring the power supply 9 2 LEDs for CC Link IE Station Display Location C 3 Board Silk See list below Part ft STANLAY 1111 or equivalent part These are green LEDs 9 bits for displaying the CC Link IE station number The LED turns on when the signal is LOW KYOKU 1 Green KYOKU 2 Green KYOKU 4 Green KYOKU 8 Green KYOKU 10 Green KYOKU 20 Green KYOKU 40 Green KYOKU 80 Green KYOKU 100 Green 9 3 LEDs for Monitoring CC Link IE Operations Location B 4 Board Silk See list below Part ft STANLAY 1111 1111 or equivalent part These are green LEDs 9 bits for monitoring CC Link IE operations LED turns on when port is set to Low IE RUN Green IE DLNK Green IE ERR Red IE LERR1 Red IE LERR2 Red IE SD Green IE RD Green IE REM Green IE MODE Green 24 9 4 LEDs for CC Link Monitoring Operations Location G 3 Board Silk See list below Part ft STANLAY BR1111C PG1111C or equivalent part These are red green LEDs 8 bits for monitoring CC Link operations LED turns on port is set to Low CC LERR Red For Intelligent device station or Remote device station use CC ERR Red For Intell
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