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Renesas Starter Kit+ for RX62N User`s Manual

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1. Ethernet Signal Function MCU Connection MDIO Management data serial I O P71 Pin K13 MDC Management serial clock P72 Pin K14 TX CLK Transmit clock PC4 Pin P12 TX EN Transmit enable P80 Pin R13 TX_ER Transmit error PC3 Pin N11 TXDO Transmit data bit 0 P81 Pin M11 TXD1 Transmit data bit 1 P82 Pin P11 TXD2 Transmit data bit 2 PC5 Pin N10 TXD3 Transmit data bit 3 PC6 Pin M10 RX_DV Receive data valid PC2 Pin N12 RX_ER Receive data error P77 Pin R14 RXDO Receive data bit 0 P75 Pin R15 RXD1 Receive data bit 1 P74 Pin N13 RXD2 Receive data bit 2 PC1 Pin P14 RXD3 Receive data bit 3 PCO Pin M12 COL Collision detect PC7 Pin R12 CRS Carrier sense P83 Pin R11 Table 5 7 Ethernet Connections REJ10J2198 0201 Rev 2 01 Nov 30 2011 TENESAS Page 19 of 54 RSK RX62N 5 User Circuitry 5 10 Universal Serial Bus USB This RSK device is fitted with a USB host socket type B and an OTG On The Go socket type AB USB module USBO is connected to the OTG socket and can operate as either a host or function device Module USBI is connected to a dedicated host port The connections for the USBO module are shown in Table 5 8 below USB Signal Function MCU Connection USBO_DP Positive differential data signal USBO_DP Pin R5 USBO_DM Negative differential data signal USBO DM Pin R7 USBO_VBUS Cable monitor pin P16 Pin P3 USBO_EXICEN OTG
2. All pins open WP U7 pin R163 Connects WP U7 pin 7 to GROUND disabling write protection on the FC EEPROM IC bypassed by R163 7 is disconnected form GROUND enabling write protection on the IC EEPROM IC still connectable by R163 Table 6 25 External Memory Configuration REJ10J2198 0201 Rev 2 01 Nov 30 2011 TENESAS Page 43 of 54 RSK RX62N 8 Code Development 7 Headers 7 1 Application Headers This RSK is fitted with application headers which can be used to connect compatible Renesas application devices or as easy access to MCU pins Table 7 1 below lists the connections of the application header JA1 Application Header JA1 Pin Circuit Net Name MCU Pin Pin Circuit Net Name MCU Pin 1 5V 2 OV 3 3V3 4 OV 5 AVCC 6 AVSS 7 AVREF 8 ADTRG 9 ADO C5 10 AD1 D4 11 AD2 A3 12 AD3 D5 13 DACO C2 14 DAC1 C3 15 10_0 C12 16 IO 1 A15 17 IO 2 B14 18 IO 3 C13 19 IO 4 D13 20 IO 5 C14 21 IO 6 C15 22 IO 7 D14 23 IRQ3 IRQAEC M2_HSINO Bi 24 IIC EX NC 25 IIC SDA 26 IIC SCL Table 7 1 Application Header JA1 Connections Table 7 2 below lists the connections of the application header JA2 Application Header JA2 Pin Circuit Net Name MCU Pin Pin Circuit Net Name MCU Pin 1 RESET H4 2 EXTAL 3 NMI H2 4 Vss1 5 WDT OVF F2 6 SClaTX K3 7 IRQ0 WKUP M1_HSINO C1 8 SClaRX L1
3. E sim gt usso LI ORI JAS Figure 3 3 Top Side Component Placement REJ10J2198 0201 Rev 2 01 2 AS Page 12 of 54 Nov 30 2011 KENES RSK RX62N Figure 3 4 below shows the component placement on the bottom side of the RSK board 3 Board Layout C51 C52 C53 em JOQUINN ELI9S SS IPPY OVW E F JAG JA2 B HE EJ EH la 4 ga n e E 4 w Flin E EE o JA5 JA1 R249 ES Es O 23 fl FE al ll E sl lal lel E RIB om 6Z ru Figure 3 4 Bottom Side Component Placement REJ10J2198 0201 Rev 2 01 Nov 30 2011 RENES Page 13 of 54 RSK RX62N 4 Connectivity 4 1 Internal RSK Connections 4 Connectivity The diagram below shows the RSK board components and their connectivity to the MCU Optional Jacks Application Board Headers MCU Pin Headers Debug LCD E1 E20 Debug Interface VCC Mode Pins RX62N MCU Reset IRQ CAN RS 232 TFT Driver USB Function Host OTG Potentiometer Figure 4 1 Internal RSK Block Diagram REJ10J2198 0201 Rev 2 01 TENESAS Nov 30 2011 Boot Mode Switches 128Mbit SDRAM 16Kbit I C EEPROM 16Mbit SPI Serial Flash Reset Circuit SW3 SW2 SW1 RESET Switches User LEDs Power SE KEN KEN Ea Eu Ethernet Es E E D Page 14 of 54 RSK RX62N 4 Connectivity 4 2 Debugger Connections The diagram below shows the con
4. MCU pin Disconnects AN1 CANSTBn MCU R74 D4 to header JA1 pin 10 pin D4 from header JA1 pin 10 R76 Connects AN2 CANEN MCU pin A3 Disconnects AN2 CANEN MCU pin R77 to the CAN transceiver U12 pin 6 A3 from the CAN transceiver U12 pin 6 R77 Connects AN2_CANEN MCU pin A3 Disconnects AN2_CANEN MCU R76 to header JA1 pin 11 pin A3 from header JA1 pin 11 R78 Connects AN3 CANERRn MCU pin Disconnects AN3 CANERRn MCU R79 D5 to the CAN transceiver U12 pin pin D5 from the CAN transceiver 8 U12 pin 8 R79 Connects AN3 CANERRn MCU pin Disconnects AN3 CANERRn MCU R78 D5 to the header JA1 pin 12 pin D5 from the header JA1 pin 12 Table 6 4 ADC Option Links Continued Overleaf REJ10J2198 0201 Rev 2 01 TENESAS Page 24 of 54 Nov 30 2011 RSK RX62N 6 Configuration Reference Link Fitted Configuration Link Removed Configuration Related Ref R80 Connects AN4_XINPUT1 MCU pin Disconnects AN4_XINPUT1 MCU R81 B4 to header TFT pin 43 pin B4 from header TFT pin 43 R81 Connects AN4_XINPUT1 MCU pin B4 Disconnects AN4 XINPUT1 MCU R80 to header JAS pin 1 pin B4 from header JAS pin 1 R82 Connects AN5 YINPUTi MCU pin Disconnects AN5 YINPUT1 MCU R83 A4 to header TFT pin 44 pin A4 from header TFT pin 44 R83 Connects AN5_YINPUT1 MCU pin A4 Disconnects AN5 YINPUT1 MCU R82 to header JAS
5. Pins 2 and 3 shorted All pins open Discon J18 J21 Connects USBOVBUS to Connects USBOVBUS to nects both lines R322 Board VCC VBUS from USBO via J18 can be bypassed by R322 J13 Pins 1 and 2 shorted All pins open Disconnects R177 Connects UC_VCC to the UC_VCC from the output of output of the 3 3V the 3 3V regulator still regulator via R175 connectable via R177 bypassed by R177 J21 Pins 1 and 2 shorted All pins open Disconnects J12 Connects VBUS VBUS connector USBO connector USBO pin 1 pin 1 from the main power to the main power supply supply Table 6 22 Power Supply Jumpers Continued Overleaf By default this jumper is not fitted to the RSK The default position is therefore all pins open REJ10J2198 0201 Rev 2 01 Nov 30 2011 TENESAS Page 41 of 54 RSK RX62N 6 12 Clock Configuration Table 6 23 below details the function of the option links associated with clock configuration 6 Configuration Reference Link Fitted Configuration Link Removed Configuration Related Ref R4 Connects EXTAL MCU pin J1 to the Disconnects EXTAL MCU pin J1 R4 R6 R7 R8 crystal X1 from the crystal X1 R5 Connects XTAL MCU pin H1 to the Disconnects XTAL MCU pin H1 R5 R6 R7 R8 crystal X1 from the crystal X1 R6 Connects EXTAL MCU pin J1 to the Disconnects EXTAL MCU pin J1 R4 R5 R6 R8 crystal X2 from the crystal X2 R
6. Power Supply Conniguration cose zi ies A Ye NN ENI ie 41 6 12 Clock Configurations a e LA Redes settee ee is NT Ree Mica ihe NS Ae 42 6 13 External Memory Configuration ii a E A E 42 Tg NACA CES sss A o 44 7 1 Application Hed A a renon ko e a aee e nI E S 44 2 Cita Ss les kE TTT NE 47 8 Code Development xi sL oleae Ocenia 48 8 1 led 48 82 Compiler Restrictions cui a tae 48 8 3 Mode SUDDOTE sus lie 48 8 4 Deb oginoSuppOMta sas ss E IS E A NN peer 48 85 Address Space sumon pn O 49 9 Additional InformMati0N occcccnnnnnnnnnninnnnnnn nn nano nono no nono no none a 50 LENESAS RSK RX62N REJ10J2198 0201 Rev 2 01 RENESAS STARTER KIT Nov 30 2011 1 Overview 1 1 Purpose This RSK is an evaluation tool for Renesas microcontrollers This manual describes the technical details of the RSK hardware The Quick Start Guide and Tutorial Manual provide details of the software installation and debugging environment 1 2 Features This RSK provides an evaluation of the following features e Renesas microcontroller programming e User code debugging e User circuitry such as switches LEDs and a potentiometer e Sample application e Sample peripheral device initialisation code The RSK board contains all the circuitry required for microcontroller operation REJ10J2198 0201 Rev 2 01 AS Page 8 of 54 Nov 30 2011 RENES RSK RX62N 2 Power Supply 2 Power Supply 2 1 Requirements This RSK is su
7. R43 _IRQ10 A MCU pin B1 to header JAG IRQ10 A MCU pin B1 to header pin 11 JAG pin 11 R44 Connects DA1 LED2 MCU pin C3 to Disconnects DA1 LED2 MCU pin R45 LED2 C3 from LED2 R45 Connects DA1 LED2 MCU pin C3 to Disconnects DA1_LED2 MCU pin R44 header JA1 pin 14 C3 from header JA1 pin 14 R46 Connects DAO LED1 MCU pin C2 to Connects DAO LED1 MCU pin C2 R47 LED1 to LED1 R47 Connects DAO LED1 MCU pin C2 to Connects DAO LED1 MCU pin C2 R46 header JA1 pin 13 to header JA1 pin 13 R48 Connects ADTRGOn A MCU pin C4 Disconnects ADTRGOn A MCU pin to switch SW3 C4 to switch SW3 R49 Connects USB1OVRCURA Disconnects USB1OVRCURA R50 R51 _P15_MTIOCOB MCU pin N5 to USB P15 MTIOCOB MCU pin N5 from IC U14 pin 2 USB IC U14 pin 2 R50 Connects USB1OVRCURA_P15 Connects USB1OVRCURA R49 R51 _MTIOCOB MCU pin N5 to header _P15_MTIOCOB MCU pin N5 to R252 TFT pin 32 header TFT pin 32 R51 Connects USB1OVRCURA_P15 Connects USB1OVRCURA R49 R50 _MTIOCOB MCU pin N5 to header _P15_MTIOCOB MCU pin N5 to R229 JA2 pin 9 via R229 header JA2 pin 9 via R229 R67 Connects CTXO IRQ2 A Disconnects CTXO IRQ2 A R230 _MTIOCOC MCU pin J2 to the header _MTIOCOC MCU pin J2 from the JA2 pin 23 via R230 header JA2 pin 23 via R230 Table 6 19 IRQ amp General I O Option Links Continued Overleaf REJ10J2198 0201 Rev 2 01 TENESAS Page 39 of 54 Nov 3
8. R64 Connects USBODPRPD Disconnects USBODPRPD R65 _MTCLKB A MCU pin M3 to MTCLKB A MCU pin M3 from USBDO D USBDO D R65 Connects USBODPRPD Disconnects USBODPRPD R64 _MTCLKB A MCU pin M3 to header _MTCLKB A MCU pin M3 from JA2 pin 26 header JA2 pin 26 R69 Connecis LED3 PO12 Disconnects LED3 PO12 R70 R71 _LCDDEN_MTIOCOA MCU pin J4 to LCDDEN MTIOCOA MCU pin J4 LED3 and header TFT pin 26 from LED3 and header TFT pin 26 R70 Connects LED3 PO12 Disconnects LED3 PO12 R69 R71 _LCDDEN_MTIOCOA MCU pin J4 to LCDDEN MTIOCOA MCU pin J4 header JA2 pin 20 from header JA2 pin 20 Table 6 14 MTU Option Links Part 1 REJ10J2198 0201 Rev 2 01 TENESAS Page 35 of 54 Nov 30 2011 RSK RX62N 6 Configuration Reference Link Fitted Configuration Link Removed Configuration Related Ref R71 Connects LED3 PO12 Disconnects LED3 PO12 R69 R70 _LCDDEN_MTIOCOA MCU pin J4 to LCDDEN MTIOCOA MCU pin J4 R227 header JA2 pin 7 via R227 from header JA2 pin 7 via R227 R91 Connects EDACKO C Disconnects EDACKO C R92 R93 _ETLINKSTA_MTIOC4B B MCU pin _ETLINKSTA_MTIOC4B B MCU M7 to the Ethernet transceiver U15 pin pin M7 from the Ethernet 10 transceiver U15 pin 10 R93 Connects EDACKO C Disconnects EDACKO C R91 R93 _ETLINKSTA_MTIOC4B B MCU pin ETLINKSTA MTIOC4B B MCU pin M7 to headers JA6 pin 2 and TFT M7 from header
9. 12 0mm E 3 2mm 4Q 7 0mm Q 3 2mm gt 7 00mm Figure 3 2 Board Dimensions AA A A A o o 2 x sle 3 o a oj ES E E E a E Els 2l le ft y a 8 e E E E E E 7 g 8 y o o wo Y y Yy v v Y Y gt 7 00mm 8 81mm gt t 10 00mm 19 00mm gt 54 53mm gt 85 01mm gt 90 00mm p 97 71mm gt 173 00mm gt 180 00mm REJ10J2198 0201 Rev 2 01 Nov 30 2011 TENESAS Page 11 of 54 RSK RX62N 3 Board Layout 3 3 Component Placement Figure 3 3 below shows placement of individual components on the top side PCB bottom side component placement can be seen in Figure 3 4 overleaf Component types and values can be looked up using the board schematics Bu 33 38 p rean roan Lu SERIAL J MA AS LHJMOd LuMd m BE m m ni gt LCD Li o lt 4 DUPLEX pO BE E Qi v o e R314 re LED4 SPEED o r TI BEEE az NO O 57 ale Alle RISI E ki E R194 kj E gt y JA2 JA6 EEE skl ez gt EF HL A LULJJ ene E gt E E R112 R108 R111 Seo Ri07 oa fs I Mi E CI x ate E USB1 sa OE LEE 2 ao HH gay EEEBEEE BEBE GEREGEN ERAN BEBAR a l i
10. 5 J8 Pins 1 and 2 shorted Pins 2 and 3 shorted All pins open Discon J12 Connects Connects USBOVBUS necis both lines USBOVBUS_USBO _USBOOVRCURB to OVRCURB to the USBO USB IC U13 pin 6 VBUS via J12 J12 Pins 1 and 2 shorted Pins 2 and 3 shorted All pins open Discon J18 R322 Connects USBOVBUS to Connects USBOVBUS nects both lines Board VCC to VBUS from USBO via J18 can be bypassed by R322 J18 Pins 1 and 2 shorted Pins 2 and 3 shorted All pins open Discon J8 J12 Connects VBUS Connects VBUS nects both lines Connector USBO pin 1 Connector USBO pin to USB IC U13 pin 1 1 to USBOVBUS OTG Mode MCU pin P3 via J8 amp J12 FUNC Mode J19 Pins 1 and 2 shorted All pins open a Connects SHDNn U13 Disconnects SHDNn pin 11 to GROUND U13 pin 11 from GROUND J21 Pins 1 and 2 shorted All pins open J12 Connects VBUS Disconnects VBUS connector USBO pin 1 connector USBO pin 1 to the main power supply from the main power supply J22 Pins 1 and 2 shorted Pins 2 and 3 shorted All pins open Discon R62 Connects USBOVBUS Connects USBOVBUS nects both lines EN A_MTIOC4A A EN A_MTIOC4A A _MTCLKA A to USB IC _MTCLKA A to header U13 pin 4 TFT pin 27 Table 6 12 USB Jumpers Continued Overleaf By default this jumper is not fitted to the RSK Therefore the default configuration is all pins open REJ10J2198 0201 Rev 2 01 Nov 30 2011 TENESAS Pag
11. Disconnects GND USBO Connector 5 to GROUND pin 5 from GROUND R276 Bypasses the inductor L3 on the Leaves the inductor L3 on the VBUS L3 VBUS line from USB1 line from USB1 R277 Connects GND USB1 Connector pin Disconnects GND USB1 Connector 4 to GROUND pin 4 from GROUND R274 Connects FLG U14 pin 2 to Disconnects FLG U14 pin 2 from Board_VCC Board_VCC R322 Connects USBOVBUS MCU pin P3 Disconnects USBOVBUS MCU pin J12 to the VBUS line from USBO via J18 P3 from the VBUS line from USBO bypasses J12 via J18 still connectable via J12 R325 Connects 3V3USB to CON_3V3USB Disconnects 3V3USB from R326 R327 CON_3V3USB R328 R326 Connects 3V3USB to Board_VCC Disconnects 3V3USB from R325 R327 Board_VCC R328 R327 Connects 5VUSB to CON_5VUSB Disconnects 5VUSB from R325 R326 CON_5VUSB R327 R328 Connects 5VUSB to Board 5V Disconnects 5VUSB from Board 5V R325 R326 R327 REJ10J2198 0201 Rev 2 01 Nov 30 2011 Table 6 11 USB Option Links Continuation TENESAS Page 31 of 54 RSK RX62N 6 Configuration Table 6 12 below details the different configurations and functions of the USB jumpers Reference Position One Position Two Position Three Related Ref J7 Pins 1 and 2 shorted Pins 2 and 3 shorted All pins open Discon z Connects Connects USBOOVR nects both lines USBOOVRCURA CURA_USBODPUPE B _USBODPUPE B to to USB IC U13 USBO_D pin
12. R1 to USB IC _TMCIO B MCU pin R1 to USB IC U13 pin 11 U13 pin 11 R58 Connecis USBOEXICEN Disconnects USBOEXICEN R57 _TMCIO B MCU pin R1 to JA2 pin 21 _TMCIO B MCU pin R1 from JA2 pin 21 R59 Connects USBODRPD_TMOO MCU Disconnects USBODRPD R60 pin M3 to USBO D _TMOO MCU pin M3 from USBO D R60 Connects USBODRPD_TMOO MCU pin Disconnects USBODRPD R59 M3 to header JA2 pin 19 _TMOO MCU pin M3 from header JA2 pin 19 R62 Connects USBOVBUSEN A Disconnects USBOVBUSEN J22 _MTIOC4A A_MTCLKA A MCU pin A MTIOC4A A MTCLKA A MCU P1 to header JA2 pin 25 pin P1 from header JA2 pin 25 R64 Connects USBODPRPD Disconnects USBODPRPD R65 _MTCLKB A MCU pin M3 to _MTCLKB A MCU pin M3 from USBDO D USBDO D R65 Connecis USBODPRPD Disconnects USBODPRPD R64 _MTCLKB A MCU pin M3 to header _MTCLKB A MCU pin M3 from JA2 pin 26 header JA2 pin 26 R144 Connects VSS USB MCU pin R6 to Disconnects VSS USB MCU pin R191 R192 GROUND R6 from GROUND R191 Connects VCC USB MCU pin P6 to Disconnects VCC USB MCU pin R144 R192 UC VCC P6 from UC VCC R192 Connects VCC USB MCU pin P6 to Disconnects VCC USB MCU pin R144 R191 CON VCCUSB P6 from CON VCCUSB R261 Connecis VCC U13 pin 2 to Disconnects VCC U13 pin 2 to Board VCC Board VCC R268 Bypasses the inductor L2 on the VBUS Leaves the inductor L2 on the L2 line from USBO VBUS line from USBO R269 Connects GND USBO Connector pin
13. Reference Link Fitted Configuration Link Removed Configuration Related Ref R225 Connects MTIOC6A MCU pin F14 Disconnects MTIOC6A MCU pin R107 R224 to header JA1 pin 23 via R107 F14 from header JA1 pin 23 via R107 R226 Connects IRQ8 A MCU pin C1 to Disconnects IRQ8 A MCU pin C1 R35 R227 header JA2 pin 7 via R35 from header JA2 pin 7 via R35 R227 Connects MTIOCOA MCU pin J4 to Disconnects MTIOCOA MCU pin J4 R71 R226 header JA2 pin 7 via R71 from header JA2 pin 7 via R71 R228 Connecis IRQ9 A MCU pin D2 to Disconnects IRQ9 A MCU pin D2 R38 R229 header JA2 pin 9 via R38 from header JA2 pin 9 via R38 R229 Connects MTIOCOB MCU pin N5 to Disconnects MTIOCOB MCU pin N5 R51 R228 header JA2 pin 9 via R51 from header JA2 pin 9 via R51 R230 Connects IRQ2 A MCU pin J2 to Disconnects IRQ2 A MCU pin J2 to R67 R231 header JA2 pin 23 via R67 header JA2 pin 23 via R67 R231 Connects MTIOC1A MCU pin N3 to Disconnects MTIOC1A MCU pin N3 R56 R230 header JA2 pin 23 via R56 from header JA2 pin 23 via R56 R240 Connects MTIOC7A MCU pin H14 Disconnects MTIOC7A MCU pin R113 R241 to header JAS pin 9 via R113 H14 from header JAS pin 9 via R113 R241 Connects MTIOC6B MCU pin G15 Disconnects MTIOC6B MCU pin G15 R109 R240 to header JA5 pin 9 via R109 from header JA5 pin 9 via R109 Table 6 17 MTU Option Links Part 4 Table 6 18 below detail
14. SDAO MCU pin P5 to the Disconnects SDAO MCU pin P5 1 C EEPROM U7 pin 5 from the EC EEPROM UZ pin 5 R162 Connects SCLO MCU pin R3 to the Disconnects SCLO MCU pin R3 I C EEPROM U7 pin 6 from the I C EEPROM UZ pin 6 R163 Connects WP U7 pin 7 to ground Disconnects WP U7 pin 7 from J9 bypassing J9 disabling write protection ground still connectable via J9 on the I C EEPROM IC enabling write protection on the FC EEPROM IC R164 Connects AO UZ pin 1 to Disconnects AO U7 pin 1 from R165 R166 Board VCC or Board 5V via R166 Board VCC and Board 5V via R166 R167 and R167 respectively and R167 respectively Table 6 24 External Memory Configuration Continued Overleaf REJ10J2198 0201 Rev 2 01 TENESAS Page 42 of 54 Nov 30 2011 RSK RX62N 6 Configuration Reference Link Fitted Configuration Link Removed Configuration Related Ref R165 Connects AO U7 pin 1 to GROUND Disconnects AO U7 pin 1 from R164 GROUND R166 Powers the I C EEPROM IC U7 from Disconnects the IC EEPROM IC R167 Board_VCC U7 from Board_VCC R167 Powers the I C EEPROM IC U7 from Disconnects the I C EEPROM IC R166 Board_5V U7 from Board_5V Table 6 24 External Memory Configuration Continuation Table 6 25 below details the function of the jumpers associated with external memory configuration Reference Position One Position Two Position Three Related Ref J9 Pins 1 and 2 shorted
15. low power control signal P21 Pin R1 USBO_VBUSEN A VBUS power supply enable P24 Pin P1 USBO_OVRCURA Over current detection signal A P14 Pin P4 USBO_OVRCURB Over current detection signal B P16 Pin P3 USBO_ID USB ID pin P20 Pin N3 USB_DPUPE A Positive differential data pull up control signal P23 Pin N2 USB_DPUPE B Positive differential data pull up control signal P15 Pin N5 USBO_DPRPD Differential data pull down control signal P25 Pin M2 USBO_DRPD Differential data pull down control signal P22 Pin M3 Table 5 8 USBO Module Connections The connections for the USB1 module are shown in Figure 5 9 below USB Signal Function MCU Connection USB1_DP Positive differential data signal USB1_DP Pin R8 USB1_DM Negative differential data signal USB1_DM Pin R7 USB1_VBUSEN B VBUS power supply enable P17 Pin N4 USB1_OVRCURA Over current detection signal A P15 Pin N5 REJ10J2198 0201 Rev 2 01 Nov 30 2011 Table 5 9 USB1 Module Connections TENESAS Page 20 of 54 RSK RX62N 5 11 Generic LCD Header 5 User Circuitry This RSK device is fitted with a generic TFT LCD header that allows connection to compatible Renesas LCD application boards The pin connections of this header are listed in Table 5 10 below Generic LCD Header Pin Circuit Net Name MCU Pin Pin Circuit Net Name MCU
16. pin 32 via R90 R252 Connects P15 MCU pin N5 to the Disconnects P15 MCU pin N5 R251 R50 header TFT pin 32 from the header TFT pin 32 Table 6 19 IRQ amp General I O Option Links Continuation Table 6 20 below details the function of the jumpers associated with IRQ and general I O pin configuration Reference Position One Position Two Position Three Related Ref J3 Pins 1 and 2 shorted All pins open Disconnects R33 Connects OEn U3 OEn U3 pin 19 from pin 19 to GROUND GROUND still connectable bypassed by R33 via R33 J4 Pins 1 and 2 shorted All pins open Disconnects R34 Connects OEn U4 OEn U4 pin 19 from pin 19 to GROUND GROUND still connectable bypassed by R34 via R34 Table 6 20 IRQ amp General I O Jumpers By default this jumper is not fitted to the RSK Therefore the default configuration is all pins open REJ10J2198 0201 Rev 2 01 Nov 30 2011 RENESAS Page 40 of 54 RSK RX62N 6 Configuration 6 11 Power Supply Configuration Table 6 21 below details the function of the option links associated with power supply configuration Reference Link Fitted Configuration Link Removed Configuration Related Ref R172 Connects Unregulated_VCC to the Disconnects Unregulated PWR1 connector pin 3 _VCC from the PWR1 connector pin 3 R173 Connects CON_5V to the main power Di
17. products or if you have any other inquiries Note 1 Renesas Electronics as used in this document means Renesas Electronics Corporation and also includes its majority owned subsidiaries Note 2 Renesas Electronics product s means any product developed or manufactured by or for Renesas Electronics Disclaimer By using this Renesas Starter Kit RSK the user accepts the following terms The RSK is not guaranteed to be error free and the entire risk as to the results and performance of the RSK is assumed by the User The RSK is provided by Renesas on an as is basis without warranty of any kind whether express or implied including but not limited to the implied warranties of satisfactory quality fitness for a particular purpose title and non infringement of intellectual property rights with regard to the RSK Renesas expressly disclaims all such warranties Renesas or its affiliates shall in no event be liable for any loss of profit loss of data loss of contract loss of business damage to reputation or goodwill any economic loss any reprogramming or recall costs whether the foregoing losses are direct or indirect nor shall Renesas or its affiliates be liable for any other direct or indirect special incidental or consequential damages arising out of or in relation to the use of this RSK even if Renesas or its affiliates have been advised of the possibility of such damages Precautions The followin
18. 0 2011 RSK RX62N 6 Configuration Reference Link Fitted Configuration Link Removed Configuration Related Ref R224 Connects IRQ10 A MCU pin B1 to Disconnects IRQ10 A MCU pin B1 R42 R225 header JA1 pin 23 via R42 from header JA1 pin 23 via R42 R225 Connects MTIOC6A MCU pin F14 to Disconnects MTIOC6A MCU pin R107 R224 header JA1 pin 23 via R107 F14 from header JA1 pin 23 via R107 R226 Connects IRQ8 A MCU pin C1 to Disconnects IRQ8 A MCU pin C1 R35 R227 header JA2 pin 7 via R35 from header JA2 pin 7 via R35 R227 Connects MTIOCOA MCU pin J4 to Disconnects MTIOCOA MCU pin R71 R226 header JA2 pin 7 via R71 J4 from header JA2 pin 7 via R71 R228 Connects IRQ9 A MCU pin D2 to Disconnects IRQ9 A MCU pin D2 R38 R229 header JA2 pin 9 via R38 from header JA2 pin 9 via R38 R229 Connects MTIOCOB MCU pin N5 to Disconnects MTIOCOB MCU pin R51 R228 header JA2 pin 9 via R51 N5 from header JA2 pin 9 via R51 R230 Connects IRQ2 A MCU pin J2 to Disconnects IRQ2 A MCU pin J2 to R67 R231 header JA2 pin 23 via R67 header JA2 pin 23 via R67 R231 Connects MTIOC1A MCU pin N3 to Disconnects MTIOC1A MCU pin R56 R230 header JA2 pin 23 via R56 N3 from header JA2 pin 23 via R56 R251 Connects SSLB1 A MCU pin P10 to Disconnects SSLB1 A MCU pin R252 R90 the header TFT pin 32 via R90 P10 from the header TFT
19. 128 C10 to header JA6 pin 16 pin C10 from header JA6 pin 16 R130 Connects D6_MTIC5V B MCU pin Disconnects D6 _MTIC5V B MCU R131 B10 to the external data bus pin B10 from the external data bus R131 Connects D6_MTIC5V B MCU pin Disconnects D6_MTIC5V B MCU R130 B10 to header JA6 pin 15 pin B10 from header JA6 pin 15 R132 Connects D7 MTIC5U B MCU pin Disconnects D7_MTIC5U B MCU R133 A12 to the external data bus pin A12 from the external data bus R133 Connects D7_MTIC5U B MCU pin Disconnects D7_MTIC5U B MCU R132 A12 to header JAG pin 14 pin A12 from header JA6 pin 14 R143 Connects BCLK MCU pin R10 to the Disconnects BCLK MCU pin R10 R321 header J20 pin 10 from the header J20 pin 10 R234 Connects CSOn a MCU pin B11 to Disconnects CSOn a MCU pin B11 R235 header JA3 pin 45 from header JA3 pin 45 R235 Connects WAITn A MCU pin N6 to Disconnects WAITn A MCU pin R234 header JA3 pin 45 N6 from header JA3 pin 45 R236 Connects WRin MCU pin M8 to Disconnects WRin MCU pin M8 R237 header JA3 pin 47 from header JA3 pin 47 R237 Connects DQM1 MCU pin E15 to Disconnects DQM1 MCU pin E15 R236 header JA3 pin 47 from header JA3 pin 47 R238 Connects WROn MCU pin P10 to Disconnects WROn MCU pin P10 R89 R239 header TFT pin 32 via R89 from header TFT pin 32 via R89 R239 Connects DQM1 MCU pin E15 to Disconnects DQM1 MCU pin E15 R238 header JA3 pin 48 from header
20. 2 Tel 65 6213 0200 Fax 65 6278 8001 Renesas Electronics Malaysia Sdn Bhd Unit 906 Block B Menara Amcorp Amcorp Trade Centre No 18 Jin Persiaran Barat 46050 Petaling Jaya Selangor Darul Ehsan Malaysia Tel 60 3 7955 9390 Fax 60 3 7955 9510 Renesas Electronics Korea Co Ltd 11F Samik Lavied or Bldg 720 2 Yeoksam Dong Kangnam Ku Seoul 135 080 Korea Tel 82 2 558 3737 Fax 82 2 558 5141 2011 Renesas Electronics Corporation All rights reserved Colophon 1 1 RX62N Group TENESAS Renesas Electronics Corporation REJ10J2198 0201
21. 5 U11 pin 15 pin 15 Table 6 6 RS232 Serial Port Jumpers REJ10J2198 0201 Rev 2 01 TENESAS Page 26 of 54 Nov 30 2011 RSK RX62N 6 5 CAN Configuration 6 Configuration Table 6 7 below details the function of the option links associated with CAN configuration Reference Link Fitted Configuration Link Removed Configuration Related Ref R74 Connects AN1 CANSTBn MCU pin Disconnects AN1_CANSTBn MCU R75 D4 to CAN transceiver U12 pin 14 pin D4 from CAN transceiver U12 pin 14 R75 Connects AN1_CANSTBn MCU pin Disconnects AN1_CANSTBn MCU R74 D4 to header JA1 pin 10 pin D4 from header JA1 pin 10 R76 Connects AN2_CANEN MCU pin A3 Disconnects AN2_CANEN MCU pin R77 to the CAN transceiver U12 pin 6 A3 from the CAN transceiver U12 pin 6 R77 Connects AN2_CANEN MCU pin A3 Disconnects AN2_CANEN MCU R76 to header JA1 pin 11 pin A3 from header JA1 pin 11 R78 Connects AN3 CANERRn MCU pin Disconnects AN3 CANERRn MCU R79 D5 to the CAN transceiver U12 pin D5 from the CAN transceiver pin 8 U12 pin 8 R79 Connects AN3_CANERRn MCU pin Disconnects AN3_CANERRn MCU R78 D5 to the header JA1 pin 12 pin D5 from the header JA1 pin 12 R242 Connects CTXO MCU pin J2 to the Disconnects CTXO MCU pin J2 J23 CAN transceiver U12 from the CAN transceiver U12 pin 1 pin 1 via J23 via J23 R243 Connects CTRO MCU pin Ki to
22. 7 Connects XTAL MCU pin H1 to the Disconnects XTAL MCU pin H1 R4 R5 R7 R8 crystal X2 from the crystal X2 R8 Connects EXTAL MCU pin J1 to Disconnects EXTAL MCU pin J1 R4 R5 R6 R7 CON_EXTAL from CON_EXTAL R10 Connects OSC2 MCU pin E1 to the Disconnects OSC2 MCU pin E1 R11 R12 crystal X3 from the crystal X3 R11 Connects OSC1 MCU pin F1 to the Disconnects OSC1 MCU pin F1 R10 R12 crystal X3 from the crystal X3 R12 Connects OSC2 MCU pin E1 to Disconnects OSC2 MCU pin E1 R10 R11 ground from ground R301 Connects XTAL2 U15 pin 13 to the Disconnects XTAL2 U15 pin 13 X4 crystal X4 from the crystal X4 Table 6 23 Clock Option Links 6 13 External Memory Configuration Table 6 24 below details the function of the option links associated with external memory configuration Reference Link Fitted Configuration Link Removed Configuration Related Ref R152 Connects SDCLK MCU pin B15 to Disconnects SDCLK MCU pin B15 SDRAM module U5 pin 38 from SDRAM module U5 pin 38 R156 Connects WP U6 pin 3 to ground Disconnects WP U6 pin 3 from enabling write protection on the SPI ground disabling write protection flash IC on the SPI flash IC R157 Connects HOLD U6 pin 7 to ground Disconnects HOLD U6 pin 7 enabling serial flash IC operation from ground disabling serial flash suspension IC operation suspension R161 Connects
23. 9 IRQ1 M1_HSIN1 D2 10 SClaCK M1 11 M1_UD P7 12 No Connection NC 13 M1_Up R13 14 M1_Un M11 15 Mi Vp Pti 16 Mi Vn R11 17 M1_Wp M6 18 Mi Wn M6 19 TimerOut M3 20 TimerOut M3 21 Timerln R1 22 Timerln R1 23 IRQ2 M1_EncZ M1_HSIN2 J2 24 M1_POE A10 25 M1_TRCCLK P1 26 M1 TRDCLK M2 Table 7 2 Application Header JA2 Connections REJ10J2198 0201 Rev 2 01 Nov 30 2011 RENESAS Page 44 of 54 RSK RX62N 8 Code Development Table 7 3 below lists the connections of the BUS application header JA3 Bus Application Header JA2 Pin Circuit Net Name MCU Pin Pin Circuit Net Name MCU Pin 1 AO F14 Al Al G15 3 A2 H13 4 A3 H15 97 A4 H14 6 A5 J13 7 A6 J15 8 A7 J14 9 A8 K15 10 A9 K12 ti A10 M15 12 Ati L14 13 A12 L13 14 A13 N15 15 A14 M14 16 A15 P15 17 DO A7 18 D1 B7 19 D2 A8 20 D3 AQ 21 D4 A10 22 D5 C10 23 D6 C10 24 D7 A12 25 RDn N8 26 WR SDWE P10 27 LED5 CS3n B N14 28 CSb A13 29 D8 C12 30 D9 A15 31 D10 B14 32 D11 C13 33 D12 D13 34 D13 C14 35 D14 C15 36 D15 D14 37 A16 M12 38 A17 P14 39 A18 N12 40 A19 N11 41 A20 P12 42 A21 N10 43 A22 M10 44 SDCLK B15 45 CSc Wait B11 46 ALE SDCKE D15 Q HWRn DQM1 M8 48 LWRn DQMO P10 49 CAS A14 50 RAS B12 REJ10J2198 0201 Rev 2 01 Nov 30 2011 TENESAS Table 7 3 Bus Application Header JA3 Connections Page 45 of 54 RSK RX62N 8 Code Development Table 7 4 below lists the conne
24. Debug BC DiModule s s smn eso le do ed urn e e en o and es 17 Deis RS232 Semlal BOrl SA e nr e A e o eno a tn ee oo nl ko ro tenis ones avelo 18 5 8 Controller Area Network CAN ccceccescesecsseesecseeeseeeseeseessceeseeeeeseceseeesecaecnaeceaecnaecaeecaaeeaeseaeseeeseeeseresreneesseenaes 18 DOP SEN A E ts fet oh p rm PO I Er NN 19 5 10 Wniversal Serial Bus USB ss e E E ai 20 oL Generic CD Headers s s E NO soklo Loukas e a dv tet sd et 21 52 External BUS on a bt renklodo moda fdo tO lassi E a slide so toto So 22 5 13 Renesas Serial Peripheral Interface RSPI cccccccssesssesseeesceesceecesecaecsecseecaeeeaeeseeseaeeeeeseenseeneeeaeeaecnseceeeeeenes 22 Sd AC eet itt DUS ak knal a ached karen a les e doa hn nat A T E lhe suda 22 6 Conne ratoN us ss a ISL a i A eae 23 6 1 Modifying the RSK 1 a sen SEGO SEEN se seen ie As 23 6 2 MCU Configuration A E ONU GAIN IGA SMS 23 63 ADC Configurations s s A INNA IGEN ese 24 6 4 RS232 Serial Port Configuration a ns 29 6 5 CAN Configtratiom sce cese stan sfc A SENA KAS SN rn aa as la 27 6 6 External Bus Configuration A a e ko NAOR kh e EO 28 6 7 USB Configura onein o RNA SN NNN EIO BE NIO RNA 30 6 8 Ethernet Conti curat Otte A NNO NASO AO 33 6 9 Multi Function Timer Pulse Unit MTU Configuration oo ceccecceseesseesseeseeesceseeeseeeneeeeeseenseenseeaecaeeseeaeesaeenaes 35 6 10 TRO General T O Pin Configuration ese ted i hres eR se Wisc ee a ee 39 6 11
25. Disconnects TDO_TxD1 B MCU pin to the header JA2 pin 6 K3 from the header JA2 pin 6 R222 Connects TDI RxD1 B MCU pin L1 Disconnects TDI RxD1 B MCU pin to the header JA2 pin 8 L1 from the header JA2 pin 8 R223 Connects TCK SCK1 B MCU pin Disconnects TCK SCK1 B MCU pin M1 to the header JA2 M1 from the header JA2 pin 10 pin 10 Table 6 5 RS232 Serial Port Option Links Continuation Table 6 6 below details the different configurations and functions of the RS232 serial jumpers Reference Position One Position Two Position Three Related Ref J5 Pins 1 and 2 shorted Pins 2 and 3 shorted All pins open Discon J16 Connects SCLO Connects SCLO nects both lines RxD2 A to the IIC _RXD2 A to the RS232 EEPROM U7 pin 6 transceiver via J16 J6 Pins 1 and 2 shorted Pins 2 and 3 shorted All pins open Discon J15 Connects SDAO Connects SDAO nects both lines _TxD2 A to the IC _TxD2 A to the RS232 EEPROM U7 pin 5 transceiver via J15 J15 Pins 1 and 2 shorted Pins 2 and 3 shorted All pins open Discon R215 Connects TDO Connects TxD2 A to nects both lines to the _TxD1 B to the RS232 the RS232 transceiver RS232 transceiver U11 transceiver U11 pin 13 U11 pin 13 pin 13 J16 Pins 1 and 2 shorted Pins 2 and 3 shorted All pins open Discon R216 Connects TDI Connects RxD2 A to nects both lines to the _RxD1 B to the RS232 the RS232 transceiver RS232 transceiver U11 transceiver U11 pin 1
26. E T D me 0 lt V I O N LENESAS RX62N Group Renesas Starter Kit User s Manual RENESAS MCU RX Family RX600 Series All information contained in these materials including products and product specifications represents information on the product at the time of publication and is subject to change by Renesas Electronics Corporation without notice Please review the latest information published by Renesas Electronics Corporation through various means including the Renesas Electronics Corporation website http www renesas com Renesas Electronics www renesas com Rev 2 01 Nov 2011 10 11 12 Notice All information included in this document is current as of the date this document is issued Such information however is subject to change without any prior notice Before purchasing or using any Renesas Electronics products listed herein please confirm the latest product information with a Renesas Electronics sales office Also please pay regular and careful attention to additional and different information to be disclosed by Renesas Electronics such as that disclosed through our website Renesas Electronics does not assume any liability for infringement of patents copyrights or other intellectual property rights of third parties by or arising from the use of Renesas Electronics products or technical information described in this document No license express implied or otherwise is grante
27. FF000000h to FFFFFFFFh 16Mbytes SDCS U5 128MBit SDRAM 08000000h to OFFFFFFFh 128Mbytes CS1 to CS2 Unused 06000000h to O7FFFFFFh 16Mbytes CS3 JA3 Application Header 05000000h to OSFFFFFFh 16Mbytes CS4 to CS7 Unused 01000000h to O4FFFFFFh 4 x 16Mbytes Table 5 11 External Bus Address Space 5 13 Renesas Serial Peripheral Interface RSPI The RX62N features two Renesas Serial Peripheral Interface modules Renesas SPI or RSPI Table 5 12 below details the connected devices and their connections to the MCU RSPI Channel Slave Select Device Name Device Description 1 SSLBO U6 Serial Flash 16Mbits 1 SSLB1 TFT Generic LCD Header Table 5 12 SPI Connections 5 114 PC Bus Inter IC Bus The RX62N features two C Inter IC Bus interface modules FC module 0 is connected to a 16Kbit EEPROM Electronically Erasable Programmable Read Only Memory Specific details of the EEPROM device and the connections can be found in the board schematics This device is configured to respond to the address 0x3 The first bit of the device address can be configured by modifying option links refer to 6 for further details REJ10J2198 0201 Rev 2 01 RENESAS Page 22 of 54 Nov 30 2011 RSK RX62N 6 Configuration 6 Configuration 6 1 Modifying the RSK This section lists the option links that are used to modify the way RSK operates in order to access different configurations Config
28. JA3 pin 48 Table 6 9 External Bus Option Links Continuation REJ10J2198 0201 Rev 2 01 LENESAS Page 29 of 54 Nov 30 2011 RSK RX62N Table 6 10 below details the different configurations and functions of the external bus jumpers 6 Configuration Connects OEn U4 pin Disconnects OEn U4 19 to GROUND bypassed by R34 still R34 pin 19 from GROUND connectable via Reference Position One Position Two Position Three Related Ref J2 Pins 1 and 2 shorted All pins open R32 Connects OEn U2 pin Disconnects OEn U2 19 to GROUND pin 19 from GROUND bypassed by R32 still connectable via R32 J3 Pins 1 and 2 shorted All pins open R33 Connects OEn U3 pin Disconnects OEn U3 19 to GROUND pin 19 from GROUND bypassed by R33 still connectable via R33 J4 Pins 1 and 2 shorted All pins open R34 Table 6 10 External Bus Jumpers By default this jumper is not fitted to the RSK Therefore the default configuration is all pins open 6 7 USB Configuration Table 6 11 below details the function of option links related to configuring the USB ports Reference Link Fitted Configuration Link Removed Configuration Related Ref R49 Connects USB1OVRCURA Disconnects USB1OVRCURA R50 R51 _P15_MTIOCOB MCU pin N5 to USB P15 MTIOCOB MCU pin N5 from IC U14 pin 2 USB IC U14 pin 2 R50 Connects USB1OVRCURA P15 Connects
29. P05 Pin C3 LED3 Red User operated LED P34 Pin J4 LED4 Green Ethernet speed status LED No connection LED5 Green Ethernet duplex status LED No connection Built into Green Ethernet link status LED No connection Ethernet con Built into Yellow Ethernet activity status LED No connection Ethernet con Table 5 3 LED Connections 5 5 Potentiometer A single turn potentiometer is connected as a potential divider to analogue input ANO C5 The potentiometer can be used to create a voltage between AVCC and ground by default AVCC is connected to the board 5V supply The potentiometer is fitted to offer an easy method of supplying a variable analogue input to the microcontroller It does not necessarily reflect the accuracy of the controller s ADC Refer to the device hardware manual for further details 5 6 Debug LCD Module A debug LCD module is supplied with the RSK and should be connected to the LCD header LCD1 Care should be taken when installing the LCD module to ensure pins are not bent or damaged The LCD module is vulnerable to electrostatic discharge ESD therefore appropriate ESD protection should be used The debug LCD module uses a 4 bit interface to reduce pin allocation No contrast control is provided as this is set by a resistor supplied on the display module Connection information for the debug LCD is provided in Table 5 4 overleaf Connection information for the debug LCD modu
30. Pin 1 5V 2 5v 3 3V3 4 3V3 5 No Connection 6 No Connection 7 B1 PDO Pin A7 8 B2 PD1 Pin B7 9 B3 PD2 Pin A8 10 B4 PD3 Pin A9 11 B5 PD4 Pin A10 12 GO PD5 PinC10 13 G1 PD6 Pin B10 14 G2 PD7 Pin A12 15 G3 PEO Pin C12 16 G4 PE1 Pin A15 17 G5 PE2 Pin B14 18 R1 PE3 Pin C13 19 R2 PE4 Pin D13 20 R3 PE5 Pin C14 21 R4 PE6 Pin C15 22 R5 PE7 Pin D14 23 EDACK P54 Pin M7 24 HSYNC P32 Pin J2 25 DOTCLK P56 Pin P7 26 LCDDEN P34 Pin J4 27 VSYNC P24 Pin P1 28 EDREQ P55 Pin M6 29 SSCK P27 Pin L2 30 SSI P30 Pin L4 31 SSO P26 Pin N1 32 SCS P50 Pin P10 33 RESET RES Pin H4 34 GND 35 BACKLIGHT P93 Pin D7 36 SD_DOTCLK 37 GND 38 GND 39 GND 40 GND 41 X DRIVE P84 Pin P9 42 Y DRIVE P85 Pin R9 43 X_INPUT1 P44 Pin B4 44 Y_INPUT1 P45 Pin A4 45 X_INPUT2 P46 Pin A5 46 Y_INPUT2 P47 Pin B5 47 No Connection 48 No Connection 3 49 No Connection 50 No Connection REJ10J2198 0201 Rev 2 01 Nov 30 2011 TENESAS Table 5 10 Generic LCD Header Connections Page 21 of 54 RSK RX62N 5 User Circuitry 5 12 External Bus The RX62N features an external data bus which is connected to various devices on the RSK board Details of the devices connected to the external data bus are listed in Table 5 11 below Further details of the devices connected to the external bus can be found in the board schematics Chip Select Device Name Device Description Address Space CS0 JA3 Application Header
31. Renesas Electronics does not warrant that such information is error free Renesas Electronics assumes no liability whatsoever for any damages incurred by you resulting from errors in or omissions from the information included herein Renesas Electronics products are classified according to the following three quality grades Standard High Quality and Specific The recommended applications for each Renesas Electronics product depends on the product s quality grade as indicated below You must check the quality grade of each Renesas Electronics product before using it in a particular application You may not use any Renesas Electronics product for any application categorized as Specific without the prior written consent of Renesas Electronics Further you may not use any Renesas Electronics product for any application for which it is not intended without the prior written consent of Renesas Electronics Renesas Electronics shall not be in any way liable for any damages or losses incurred by you or third parties arising from the use of any Renesas Electronics product for an application categorized as Specific or for which the product is not intended where you have failed to obtain the prior written consent of Renesas Electronics The quality grade of each Renesas Electronics product is Standard unless otherwise expressly specified in a Renesas Electronics data sheets or data books etc Standard Computers office eq
32. U pin M7 to headers JA6 pin 2 and TFT M7 from headers JA6 pin 2 and pin 23 TFT pin 23 R94 Connects EDREQO C Disconnects EDREQO C R95 _MTIOC4D B MCU pin M6 to header MTIOC4D B MCU pin M6 from JA2 pin 18 header JA2 pin 18 R95 Connects EDREQO C Disconnects EDREQO C R94 _MTIOC4D B MCU pin M6 to headers _MTIOC4D B MCU pin M6 from JA6 pin 1 and TFT pin 28 headers JA6 pin 1 and TFT pin 28 R96 Connects SDCSn MCU pin A13 to Disconnects SDCSn MCU pin A13 R97 the SDRAM module U5 pin 19 chip from the SDRAM module U5 pin 19 select signal chip select signal R97 Connects SDCSn MCU pin A13 to Disconnects SDCSn MCU pin R96 header JAS pin 28 A13 from header JA3 pin 28 R106 Connects AO MTIOCGA MCU pin Disconnects AO_MTIOC6A MCU pin R107 F14 to the external address bus F14 from the external address bus R107 Connects AO_MTIOC6A MCU pin F14 Disconnects AO MTIOC6A MCU R106 R225 to header JA1 pin 23 via R225 pin F14 from header JA1 pin 23 via R225 R108 Connects A1_MTIOC6B MCU pin Disconnects A1_MTIOC6B MCU pin R109 G15 to the external address bus G15 from the external address bus Table 6 9 External Bus Option Links Continued Overleaf REJ10J2198 0201 Rev 2 01 TENESAS Page 28 of 54 Nov 30 2011 RSK RX62N 6 Configuration Reference Link Fitted Configuration Link Removed Configu
33. USB1OVRCURA R49 R51 _MTIOCOB MCU pin N5 to header P15 MTIOCOB MCU pin N5 to R252 TFT pin 32 header TFT pin 32 R51 Connects USB1OVRCURA P15 Connects USB1OVRCURA R49 R50 _MTIOCOB MCU pin N5 to header P15 MTIOCOB MCU pin N5 to R229 JA2 pin 9 via R229 header JA2 pin 9 via R229 R52 Connects USB1BUSEN B Disconnects USB1BUSEN B R53 _MTIOCOB MCU pin N4 to USB IC _MTIOCOB MCU pin N4 from USB U14 pin 1 IC U14 pin 1 R53 Connects USB1BUSEN B Disconnects USB1BUSEN B R52 _MTIOCOB MCU pin N4 to header _MTIOCOB MCU pin N4 from JAG pin 13 header JA6 pin 13 R54 Connects USBOID_TMRIO Disconnects USBOID_TMRIO R55 R56 B_MTIOC1A MCU pin N3 to USB IC B MTIOC1A MCU pin N3 to USB U13 pin 3 IC U13 pin 3 R55 Connects USBOID_TMRIO B_MTIOC1A Disconnects USBOID_TMRIO R54 R55 MCU pin N3 to header JA2 pin 22 B MTIOC1A MCU pin N3 from header JA2 pin 22 R56 Connects USBOID TMRIO B MTIOC1A Disconnects USBOID_TMRIO R55 R56 MCU pin N3 to header JA2 pin 23 via B_MTIOC1A MCU pin N3 from R231 R231 header JA2 pin 23 via R231 Table 6 11 USB Option Links Continued Overleaf REJ10J2198 0201 Rev 2 01 TENESAS Page 30 of 54 Nov 30 2011 RSK RX62N 6 Configuration Reference Link Fitted Configuration Link Removed Configuration Related Ref R57 Connects USBOEXICEN Disconnects USBOEXICEN R58 _TMCIO B MCU pin
34. are Manual Online technical support and information is available at http www renesas com rskrx62n Technical Contact Details America techsupport america renesas com Europe tools support eu renesas com Japan csc renesas com General information on Renesas Microcontrollers can be found on the Renesas website at http www renesas com Trademarks All brand or product names used in this manual are trademarks or registered trademarks of their respective companies or organisations Copyright This document may be wholly or partially subject to change without notice All rights reserved Duplication of this document either in whole or part is prohibited without the written permission of Renesas Electronics Europe Limited 2010 2011 Renesas Electronics Europe Limited All rights reserved 2010 2011 Renesas Electronics Corporation All rights reserved 2010 2011 Renesas Solutions Corp All rights reserved REJ10J2198 0201 Rev 2 01 TENESAS Page 50 of 54 Nov 30 2011 REVISION HISTORY RSK RX62N User s Manual Description Summary Jun 17 2010 First Edition issued May 09 2011 Component Placement Diagram updated Nov 30 2011 Copyright information updated Board Dimension Diagram updated Added J20 Renesas Starter Kit User s Manual Publication Date Rev 2 01 Nov 30 2011 Published by Renesas Electronics Corporation LENESAS SALES OFFICES Renesas E
35. ceiver U15 pin 1 R117 Connects ETTXER_MTCLKF A MCU Disconnects ETTXER R116 pin N11 to header JA5 pin 18 via line _MTCLKF A MCU pin N11 from buffer U4 header JAS pin 18 R118 Connects ETTXD2_MTIC11W A MCU Disconnects ETTXD2 R119 pin N10 to the Ethernet transceiver MTIC11W A MCU pin N10 from U15 pin 26 via line buffer U4 the Ethernet transceiver U15 pin 26 R119 Connects ETTXD2_MTIC11W A MCU Connects ETTXD2_MTIC11W A R118 pin N10 to JA5 pin 14 via line buffer MCU pin N10 to JA5 pin 14 U4 R120 Connects ETTXD3_MTIC11V A MCU Disconnects ETTXD3 R121 pin M10 to the Ethernet transceiver MTIC11V A MCU pin M10 to the U15 pin 27 via line buffer U4 Ethernet transceiver U15 pin 27 R121 Connects ETTXD3_MTIC11V A MCU Disconnects ETTXD3 R120 pin M10 to header JAS pin 13 via line _MTIC11V A MCU pin M10 to buffer U4 header JAS pin 13 R122 Connects ETCOL_MTIC11U A MCU Disconnects ETCOL R123 pin R12 to the Ethernet transceiver MTIC11U A MCU pin R12 from U15 pin 36 the Ethernet transceiver U15 pin 36 R123 Connects ETCOL_MTIC11U A MCU Disconnects ETCOL R122 pin R12 to header JAS pin 12 _MTIC11U A MCU pin R12 from header JAS pin 12 R301 Connects XTAL2 U15 pin 13 to the Disconnects XTAL2 U15 pin 13 X4 crystal X4 from the crystal X4 R312 Connects SPEED100 PHYADO U15 Disconnects SPEED100 pin 9 to ground PHYADO U15 pin 9 from ground Table 6 13 Ethernet Opti
36. chip ROM program ROM write only write only 0100 0000h 0100 0000h pa External address space _ External address space o CS area a CS area Li 0800 0000h External address space External address space SDRAM area SDRAM area 1000 0000h FEFF E000h on chip ROM FCU firmware FEFF E000h On chip ROM FCU firmware 3 read only read only FFOO 0000h U FFOO 0000h Jh External address space Z FFF8 0000h On chip ROM program ROM FFF8 0000h On chip ROM program ROM FFFF FFFFh FFFF FFFFh radon FFFF FFFFh Notes 1 Reserved areas should not be accessed since the correct operation of LSI is not guaranteed if they are accessed 2 The address space in boot mode and user boot mode is the same as the address space in single chip mode 3 For details on the FCU see section 37 ROM Flash Memory for Code Storage and section 38 Data Flash Flash Memory for Data Storage in the Hardware Manual Figure 8 1 MCU Address Space Diagram REJ10J2198 0201 Rev 2 01 AS Page 49 of 54 Nov 30 2011 RENES RSK RX62N 9 Additional Information 9 Additional Information Technical Support For details on how to use High performance Embedded Workshop HEW refer to the HEW manual available on the CD or from the web site For information about the RX62N series microcontrollers refer to the RX62N Group hardware manual For information about the RX62N assembly language refer to the RX600 Series Softw
37. ctions of the application header JAS Application Header JA5 Pin Circuit Net Name MCU Pin Pin Circuit Net Name MCU Pin 1 AD4 B4 2 AD5 A4 3 AD6 A5 4 AD7 B5 5 CAN1TX J2 6 CAN1RX K1 7 CAN2TX NC 8 CAN2RX NC 9 IRQ4 M2_EncZ M2HSIN1 H14 10 IRQ5 M2_HSIN2 H13 11 M2_UD K12 12 M2_Uin R12 13 M2_Vin M10 14 M2_Win N10 15 M2_Toggle K15 16 M2_POE NC 17 M2_TRCCLK N12 18 M2_TRDCLK N11 19 M2_Up M15 20 M2_Un L14 21 M2_Vp L13 22 M2_Vn N15 23 M2_W M14 24 M2_Wn P15 Table 7 4 Application Header JA5 Connections Table 7 5 below lists the connections of the application header JA6 Application Header JA6 Pin Circuit Net Name MCU Pin Pin Circuit Net Name MCU Pin 1 DREQ NC 2 DACK NC 3 TEND NC 4 GROUND NC 5 RS32TX 6 RS232RX 7 SCIbRX R3 8 SCIbTX P5 9 SCICTX C1 10 SCIbCK M5 ti SCIcCK B1 12 SCIcRX D2 13 M1_Toggle NC 14 M1_Uin NC 15 M1_Vin NC 16 M1_Win NC 17 Reserved NC 18 Reserved NC 19 Reserved NC 20 Reserved NC 21 Reserved NC 22 Reserved NC 23 Unregulated_VCC NC 24 GROUND NC Table 7 5 Application Header JA6 Connections REJ10J2198 0201 Rev 2 01 Nov 30 2011 RTENESAS Page 46 of 54 RSK RX62N 8 Code Development 7 2 Generic Headers Generic headers used to provide easy connections to various pins from devices fitted to the RSK Table 7 6 below lists the connections of the pin header J20 P
38. d hereby under any patents copyrights or other intellectual property rights of Renesas Electronics or others You should not alter modify copy or otherwise misappropriate any Renesas Electronics product whether in whole or in part Descriptions of circuits software and other related information in this document are provided only to illustrate the operation of semiconductor products and application examples You are fully responsible for the incorporation of these circuits software and information in the design of your equipment Renesas Electronics assumes no responsibility for any losses incurred by you or third parties arising from the use of these circuits software or information When exporting the products or technology described in this document you should comply with the applicable export control laws and regulations and follow the procedures required by such laws and regulations You should not use Renesas Electronics products or the technology described in this document for any purpose relating to military applications or use by the military including but not limited to the development of weapons of mass destruction Renesas Electronics products and technology may not be used for or incorporated into any products or systems whose manufacture use or sale is prohibited under any applicable domestic or foreign laws or regulations Renesas Electronics has used reasonable care in preparing the information included in this document but
39. e 32 of 54 RSK RX62N 6 8 Ethernet Configuration 6 Configuration Table 6 13 below details the function of option links related to configuring the MCU s Ethernet peripheral Reference Link Fitted Configuration Link Removed Configuration Related Ref R91 Connects EDACKO C Disconnects EDACKO C R92 R93 _ETLINKSTA_MTIOC4B B MCU pin _ETLINKSTA_MTIOC4B B MCU M7 to the Ethernet transceiver U15 pin pin M7 from the Ethernet 10 transceiver U15 pin 10 R92 Connects EDACKO C Disconnects EDACKO C R91 R93 _ETLINKSTA_MTIOC4B B MCU pin _ETLINKSTA_MTIOC4B B MCU M7 to header JA2 pin 17 pin M7 from header JA2 pin 17 R93 Connects EDACKO C Disconnects EDACKO C R91 R93 _ETLINKSTA_MTIOC4B B MCU pin _ETLINKSTA_MTIOC4B B MCU pin M7 to headers JA6 pin 2 and TFT M7 from headers JA6 pin 2 and pin 23 TFT pin 23 R114 Connects ETRXDV_MTCLKE A MCU Disconnects ETRXDV R115 pin N12 to the Ethernet transceiver _MTCLKE A MCU pin N12 from the U15 pin 19 via line buffer U4 Ethernet transceiver U15 pin 19 R115 Connects ETRXDV_MTCLKE A MCU Disconnects ETRXDV R114 pin N12 to header JAS pin 17 via line _MTCLKE A MCU pin N12 to buffer U4 header JAS pin 17 R116 Connects ETTXER MTCLKF A MCU Disconnects ETTXER R117 pin N11 to the Ethernet transceiver _MTCLKF A MCU pin N11 from the U15 pin 1 via line buffer U4 Ethernet trans
40. e against them it is recommended that the following measures be undertaken e The user is advised that mobile phones should not be used within 10m of the product when in use e The user is advised to take ESD precautions when handling the equipment The Renesas Starter Kit does not represent an ideal reference design for an end product and does not fulfil the regulatory standards for an end product How to Use This Manual 1 Purpose and Target Readers This manual is designed to provide the user with an understanding of the RSK hardware functionality and electrical characteristics It is intended for users designing sample code on the RSK platform using the many different incorporated peripheral devices The manual comprises of an overview of the capabilities of the RSK product but does not intend to be a guide to embedded programming or hardware design Further details regarding setting up the RSK and development environment can found in the tutorial manual Particular attention should be paid to the precautionary notes when using the manual These notes occur within the body of the text at the end of each section and in the Usage Notes section The revision history summarizes the locations of revisions and additions It does not list all revisions Refer to the text of the manual for details The following documents apply to the RX62N Group Make sure to refer to the latest versions of these documents Th
41. e newest versions of the documents listed may be obtained from the Renesas Electronics Web site Document Type Description Document Title Document No User s Manual Describes the technical details of the RSK hardware RSK RX62N User s REJ10J2198 Manual Software Manual Describes the functionality of the sample code and RSK RX62N REJ10J2201 its interaction with the Renesas Peripheral Driver Software Manual Library RPDL Tutorial Provides a guide to setting up RSK environment RSK RX62N REJ10J2199 running sample code and debugging programs Tutorial Manual Quick Start Guide Provides simple instructions to setup the RSK and RSK RX62N Quick REJ10J2200 run the first sample on a single A4 sheet Start Guide Schematics Full detail circuit schematics of the RSK RSK RX62N RJJ99J0073 Schematics Hardware Manual Provides technical details of the RX62N RSK RX62N RO1UHO033EJ microcontroller Hardware Manual 2 List of Abbreviations and Acronyms Abbreviation Full Form Analogue to Digital Converter bps bits per second CAN Controller Area Network CPU Central Processing Unit CRC Cyclic Redundancy Check DIP Dual In line Package DMA Direct Memory Access DMAC Direct Memory Access Controller E1 On chip Debugger EEPROM Electronically Erasable Programmable Read Only Memory EMC Electromagnetic Compatibility ESD Electrostatic Discharge High performance Embedded Workshop PhillipsTM Inter Integrated Circuit Con
42. fer U4 Ethernet transceiver U15 pin 19 R115 Connects ETRXDV_MTCLKE A MCU Disconnects ETRXDV R114 pin N12 to header JAS pin 17 via line _MTCLKE A MCU pin N12 to buffer U4 header JAS pin 17 R92 Connects EDACKO C Disconnects EDACKO C R91 R93 _ETLINKSTA_MTIOC4B B MCU pin _ETLINKSTA_MTIOC4B B MCU M7 to header JA2 pin 17 pin M7 from header JA2 pin 17 R116 Connects ETTXER_MTCLKF A MCU Disconnects ETTXER R117 pin N11 to the Ethernet transceiver _MTCLKF A MCU pin N11 from the U15 pin 1 via line buffer U4 Ethernet transceiver U15 pin 1 R117 Connects ETTXER_MTCLKF A MCU Disconnects ETTXER R116 pin N11 to header JAS pin 18 via line _MTCLKF A MCU pin N11 from buffer U4 header JAS pin 18 R118 Connects ETTXD2_MTIC11W A MCU Disconnects ETTXD2 R119 pin N10 to the Ethernet transceiver MTIC11W A MCU pin N10 from U15 pin 26 via line buffer U4 the Ethernet transceiver U15 pin 26 R119 Connects ETTXD2_MTIC11W A MCU Connects ETTXD2_MTIC11W A R118 pin N10 to JA5 pin 14 via line buffer MCU pin N10 to JA5 pin 14 U4 R120 Connects ETTXD3_MTIC11V A MCU Disconnects ETTXD3 R121 pin M10 to the Ethernet transceiver _MTIC11V A MCU pin M10 to the U15 pin 27 via line buffer U4 Ethernet transceiver U15 pin 27 R121 Connects ETTXD3_MTIC11V A MCU Disconnects ETTXD3 R120 pin M10 to header JA5 pin 13 via line _MTIC11V A MCU pin M10 to buffer U4 header JA5 pin 13 R122 Con
43. g precautions should be observed when operating any RSK product This Renesas Starter Kit is only intended for use in a laboratory environment under ambient temperature and humidity conditions A safe separation distance should be used between this and any sensitive equipment Its use outside the laboratory classroom study area or similar such area invalidates conformity with the protection requirements of the Electromagnetic Compatibility Directive and could lead to prosecution The product generates uses and can radiate radio frequency energy and may cause harmful interference to radio communications However there is no guarantee that interference will not occur in a particular installation If this equipment causes harmful interference to radio or television reception which can be determined by turning the equipment off or on you are encouraged to try to correct the interference by one or more of the following measures e ensure attached cables do not lie across the equipment e reorient the receiving antenna e increase the distance between the equipment and the receiver e connect the equipment into an outlet on a circuit different from that which the receiver is connected e power down the equipment when not in use e consult the dealer or an experienced radio TV technician for help NOTE It is recommended that wherever possible shielded interface cables are used The product is potentially susceptible to certain EMC phenomena To mitigat
44. ice Package XI Main MCU oscillator Fitted 12MHz HC49 4U X2 Internal RSK Testing Only Unfitted n a n a X3 Real time Clock Fitted 32 768kHz Encapsulated SMT X4 Ethernet Clock Fitted 25MHz HC49 4U Table 5 1 Oscillators 5 3 Switches There are four switches located on the RSK board The function of each switch and its connection is shown in Table 5 2 For further information regarding switch connectivity refer to the RSK RX62N board schematics Switch Function MCU Connection RES When pressed the microcontroller is reset RES Pin H4 SW1 Connects to an IRQ input for user controls IRQ8 A Pin C1 SW2 Connects to an IRQ input for user controls IRQ9 A Pin D2 SW3 ADTRG Connects to an IRQ input for user controls The switch is also connected IRQ15 A ADTRGO to an ATRG input and is used to trigger AD conversions Pin C4 Table 5 2 Switch Connections REJ10J2198 0201 Rev 2 01 RENESAS Page 16 of 54 Nov 30 2011 RSK RX62N 5 User Circuitry 5 4 LEDs There are ten LEDs on the RSK board The function of each LED its colour and its connections are shown in Table 5 3 LED Colour Function MCU Connection 3V3_PWR Green Indicates the status of the 3 3V power rail No connection 5V_PWR Green Indicates the status of the 5V power rail No connection LEDO Green User operated LED P02 Pin B1 LED1 Orange User operated LED P03 Pin C2 LED2 Red User operated LED
45. in Header J20 Pin Circuit Net Name MCU Pin Pin Circuit Net Name MCU Pin 1 CNVSS E2 2 BSCANP E3 3 P10 N7 4 P90 A6 5 P91 B6 6 P92 B6 7 PGO A11 8 PG1 D10 9 GROUND 10 P53 BCLK R10 Table 7 6 Pin Header J20 Connections REJ10J2198 0201 Rev 2 01 2 AS Page 47 of 54 Nov 30 2011 KENES RSK RX62N 8 Code Development 8 Code Development 8 1 Overview For all code debugging using Renesas software tools the RSK board must be connected to a PC via an E1 E20 debugger An El debugger is supplied with this RSK product For further information regarding the debugging capabilities of the El E20 debuggers refer to the RX Family E1 E20 Emulator User s Manual REJ10J2089 8 2 Compiler Restrictions The compiler supplied with this RSK is fully functional for a period of 60 days from first use After the first 60 days of use have expired the compiler will default to a maximum of 128k code and data To use the compiler with programs greater than this size you need to purchase the full tools from your distributor The protection software for the compiler will detect changes to the system clock Changes to the system clock back in time may cause the trial period to expire prematurely 8 3 Mode Support The MCU supports Single Chip Boot and USB Boot modes which are configured on the RSK board Details of the modifications required can be found in 6 All other MCU operating modes are configured within the MCU
46. in use conditions Further Renesas Electronics products are not subject to radiation resistance design Please be sure to implement safety measures to guard them against the possibility of physical injury and injury or damage caused by fire in the event of the failure ofa Renesas Electronics product such as safety design for hardware and software including but not limited to redundancy fire control and malfunction prevention appropriate treatment for aging degradation or any other appropriate measures Because the evaluation of microcomputer software alone is very difficult please evaluate the safety of the final products or system manufactured by you Please contact a Renesas Electronics sales office for details as to environmental matters such as the environmental compatibility of each Renesas Electronics product Please use Renesas Electronics products in compliance with all applicable laws and regulations that regulate the inclusion or use of controlled substances including without limitation the EU RoHS Directive Renesas Electronics assumes no liability for damages or losses occurring as a result of your noncompliance with applicable laws and regulations This document may not be reproduced or duplicated in any form in whole or in part without prior written consent of Renesas Electronics Please contact a Renesas Electronics sales office if you have any questions regarding the information contained in this document or Renesas Electronics
47. k Removed Configuration Related Ref R32 Connects OEn pin U2 pin 19 to Disconnects OEn pin U2 pin 19 J2 GROUND bypassing J2 from GROUND still connectable via J2 R33 Connects OEn pin U3 pin 19 to Disconnects OEn pin U3 pin 19 J3 GROUND bypassing J3 from GROUND still connectable via J3 R34 Connects OEn pin U4 pin 19 to Disconnects OEn pin U4 pin 19 J4 GROUND bypassing J4 from GROUND still connectable via J4 R88 Connecis WRn WROn SSLB1 A Disconnects WRn WROn R89 R90 MCU pin P10 to header JA3 pin 26 SSLB1 A MCU pin P10 from R232 via R232 header JA3 pin 26 via R232 R89 Connects WRn WROn SSLB1 A MCU Disconnects WRn WROn R88 R90 pin 10 to header JA pin 48 via R238 SSLB1 A MCU pin 10 from R238 header JA3 pin 48 via R238 R90 Connecis WRn WROn SSLB1 A Disconnects WRn WROn R88 R89 MCU pin 10 to header TFT pin 32 SSLB1 A MCU pin 10 from header R251 via R251 TFT pin 32 via R251 R91 Connects EDACKO C Disconnects EDACKO C R92 R93 _ETLINKSTA_MTIOC4B B MCU pin _ETLINKSTA_MTIOC4B B MCU M7 to the Ethernet transceiver U15 pin pin M7 from the Ethernet 10 transceiver U15 pin 10 R92 Connects EDACKO C Disconnects EDACKO C R91 R93 _ETLINKSTA_MTIOC4B B MCU pin _ETLINKSTA_MTIOC4B B MCU M7 to header JA2 pin 17 pin M7 from header JA2 pin 17 R93 Connects EDACKO C Disconnects EDACKO C R91 R93 _ETLINKSTA_MTIOC4B B MCU pin ETLINKSTA MTIOC4B B MC
48. le is provided in Table 5 4 below Debug LCD Header Pin Circuit Net Name MCU Pin Pin Circuit Net Name MCU Pin 1 Ground 2 Board_5V 3 No Connection 4 DLCDRS P84 Pin R9 5 R W Pulled to ground 6 DLCDE pulled to ground P85 Pin P9 7 No Connection 8 No Connection 9 No Connection 10 No Connection 11 DLCDD4 P94 Pin C8 12 DLCDD5 P95 Pin D8 13 DLCDD6 P96 Pin B8 14 DLCDD7 P97 Pin B9 Table 5 4 LCD Header Connections REJ10J2198 0201 Rev 2 01 RTENESAS Page 17 of 54 Nov 30 2011 RSK RX62N 5 7 RS232 Serial Port 5 User Circuitry Serial port SCI2 A is connected to the standard RS232 header fitted to the RSK Alternatively serial port SCI1 B or SCI6 A can be connected to the RS232 transceiver by making changes to the configurations to the jumpers and option links refer to 6 Connections between the RS232 header and the microcontroller are listed in the Table 5 5 SCI Signal Function MCU Connection RS232 Connection TxD2 A SCI2 A Transmit Signal P13 Pin P5 Pin 2 RxD2 A SCI2 A Receive Signal P12 Pin R3 Pin 3 TxD1 B SCI1 B Transmit Signal PFO Pin K3 Pin 8 RxD1 B SCI1 B Receive Signal PF2 Pin L1 Pin 77 TxD6 A SCI6 A Transmit Signal POO Pin C1 Pin 2 RxD6 A SCI6 A Receive Signal P01 Pin D2 Pin 3 Table 5 5 Serial Port Connections This connection is a not available in the default RSK configuration refer to 6 for the
49. lectronics Corporation http www renesas com Refer to http www renesas com for the latest and detailed information Renesas Electronics America Inc 2880 Scott Boulevard Santa Clara CA 95050 2554 U S A Tel 1 408 588 6000 Fax 1 408 588 6130 Renesas Electronics Canada Limited 101 Nicholson Road Newmarket Ontario L3Y 9C3 Canada Tel 1 905 898 5441 Fax 1 905 898 3220 Renesas Electronics Europe Limited Dukes Meadow Millboard Road Bourne End Buckinghamshire SL8 5FH U K Tel 44 1628 585 100 Fax 44 1628 585 900 Renesas Electronics Europe GmbH Arcadiastrasse 10 40472 D sseldorf Germany Tel 49 211 65030 Fax 49 211 6503 1327 Renesas Electronics China Co Ltd 7th Floor Quantum Plaza No 27 ZhiChunLu Haidian District Beijing 100083 P R China Tel 86 10 8235 1155 Fax 86 10 8235 7679 Renesas Electronics Shanghai Co Ltd Unit 204 205 AZIA Center No 1233 Lujiazui Ring Rd Pudong District Shanghai 200120 China Tel 86 21 5877 1818 Fax 86 21 6887 7858 7898 Renesas Electronics Hong Kong Limited Unit 1601 1613 16 F Tower 2 Grand Century Place 193 Prince Edward Road West Mongkok Kowloon Hong Kong Tel 852 2886 9318 Fax 852 2886 9022 9044 Renesas Electronics Taiwan Co Ltd 7F No 363 Fu Shing North Road Taipei Taiwan Tel 886 2 8175 9600 Fax 886 2 8175 9670 Renesas Electronics Singapore Pte Ltd harbourFront Avenue 06 10 keppel Bay Tower Singapore 09863
50. nection Bus Interrupt Request Liquid Crystal Display Light Emitting Diode Micro controller Unit Multifunction Timer Unit On The Go Program Counter Phase Locked Loop Pulse Width Modulation Renesas Starter Kit Renesas Serial Peripheral Interface Synchronous Dynamic Random Access Memory Special Function Register Serial Peripheral Interface Static Random Access Memory Thin Film Transistor Universal Asynchronous Receiver Transmitter Universal Serial Bus Table of Contents sOYOVICN SS E AA Satan ak o laek UR Rada iets ne 8 1 1 PUDO i rn OO O OM onl TO PO OO NN 8 1 2 ROO 8 2 Power AO NEI ID EINA INN AO 9 2 1 O O ear 9 22 PowerUpBe h aVIout sus sss e NU ees I 9 RR TA 10 3 1 Component Layout sisisi itio ee a ceived E SLO DO ENK Seva Sin E Kreolo emen cote 10 32 Board DIMENSION A eR re 11 3 3 Component Placements vers E ASN po o e mech poko esenee la e ast E 12 A GONMECLIVIDI a sup a KN SN ald atc cal a a 14 4 1 Internal RSK Conector codo t 14 42 Debugger Connections tcs 15 A A SN 16 5 1 RESELCICUI S 22 sse cP SE SL to cara SNO I Path ss RS dE NES lel dia UN ANS oman eko ad 16 E Clock Circuit More rr remo re p re Mo ro rm OO MO rm nO eri 16 5 3 syr o o mop rmo nn rn ra renon mu re pr p rm p on OO Oo 16 sas D sse fats ske ka e teko A A EAA TA RN 17 DD MP OLENMOMSte eis e E et Sere Ao PO p rm ro o Ni A E EARN 17 67
51. nections between the RSK El debugger and the host PC User Interface 7 ou Cable USB Cable l H li li nl al a E1 Emulator J RSK yji l l l A N A Host PC Figure 4 2 Debugger Connection Diagram REJ10J2198 0201 Rev 2 01 RENESAS Page 15 of 54 Nov 30 2011 RSK RX62N 5 User Circuitry 5 User Circuitry 5 1 Reset Circuit A reset control circuit is fitted to the RSK to generate the required reset signal and is triggered from the RES switch Refer to the RX62N hardware manual for details regarding the reset signal timing requirements and the RSK RX62N board schematics for information regarding the reset circuitry in use on the RSK 5 2 Clock Circuit A clock circuit is fitted to the RSK to generate the required clock signal to drive the MCU and associated peripherals Refer to the RX62N hardware manual for details regarding the clock signal requirements and the RSK RX62N board schematics for information regarding the clock circuitry in use on the RSK Details of the oscillators fitted to the RSK are listed in Table 5 1 below Crystal Function Default Placement Frequency Dev
52. nects AO_MTIOC6A MCU pin F14 Disconnects AO_MTIOC6A MCU R106 R225 to header JA1 pin 23 via R225 pin F14 from header JA1 pin 23 via R225 R108 Connects A1_MTIOC6B MCU pin Disconnects A1_MTIOC6B MCU pin R109 G15 to the external address bus G15 from the external address bus R109 Connects A1 MTIOC6B MCU pin G15 Disconnects A1_MTIOC6B MCU R108 R241 to header JA5 pin 9 via R241 pin G15 from header JA5 pin 9 via R241 R110 Connects A2_MTIOC6C MCU pin Disconnects A2_MTIOC6C MCU pin R111 H13 to the external address bus H13 from the external address bus R111 Connects A2 MTIOCEC MCU pin H13 Disconnects A2_MTIOC6C MCU R110 to header JAS pin 10 pin H13 from header JAS pin 10 R112 Connects A4 MTIOCZA MCU pin Disconnects A4_MTIOC7A MCU pin R113 H14 to the external address bus H14 from the external address bus Table 6 15 MTU Option Links Part 2 REJ10J2198 0201 Rev 2 01 TENES AS Page 36 of 54 Nov 30 2011 RSK RX62N 6 Configuration Reference Link Fitted Configuration Link Removed Configuration Related Ref R113 Connects A4_MTIOC7A MCU pin H14 Disconnects A4 MTIOC7A MCU R112 R240 to header JA5 pin 9 via R240 pin H14 from header JA5 pin 9 via R240 R114 Connects ETRXDV_MTCLKE A MCU Disconnects ETRXDV R115 pin N12 to the Ethernet transceiver _MTCLKE A MCU pin N12 from the U15 pin 19 via line buf
53. nects ETCOL_MTIC11U A MCU Disconnects ETCOL R123 pin R12 to the Ethernet transceiver _MTIC11U A MCU pin R12 from U15 pin 36 the Ethernet transceiver U15 pin 36 R123 Connects ETCOL_MTIC11U A MCU Disconnects ETCOL R122 pin R12 to header JA5 pin 12 _MTIC11U A MCU pin R12 from header JAS pin 12 R128 Connects D5 MTIC5W B MCU pin Disconnects D5 _MTIC5W B MCU R129 C10 to the external data bus pin C10 from the external data bus R129 Connects D5 MTIC5W B MCU pin Disconnects D5_MTIC5W B MCU R128 C10 to header JA6 pin 16 pin C10 from header JA6 pin 16 R130 Connects D6_MTIC5V B MCU pin Disconnects D6 _MTIC5V B MCU R131 B10 to the external data bus pin B10 from the external data bus R131 Connects D6_MTIC5V B MCU pin Disconnects D6_MTIC5V B MCU R130 B10 to header JA6 pin 15 pin B10 from header JA6 pin 15 R132 Connects D7 MTIC5U B MCU pin Disconnects D7 MTIC5U B MCU R133 A12 to the external data bus pin A12 from the external data bus R133 Connects D7 MTIC5U B MCU pin Disconnects D7 MTIC5U B MCU R132 A12 to header JAG pin 14 pin A12 from header JA6 pin 14 R224 Connects IRQ10 A MCU pin B1 to Disconnects IRQ10 A MCU pin B1 R42 R225 header JA1 pin 23 via R42 from header JA1 pin 23 via R42 Table 6 16 MTU Option Links Part 3 REJ10J2198 0201 Rev 2 01 TENESAS Page 37 of 54 Nov 30 2011 RSK RX62N 6 Configuration
54. nfiguration Link Removed Configuration Related Ref R32 Connects OEn pin U2 pin 19 to Disconnects OEn pin U2 pin 19 J2 GROUND bypassing J2 from GROUND still connectable via J2 R35 Connects TxD6 A_IRQ8 A MCU pin Disconnects TXD6 A_IRQ8 A MCU R36 R37 C1 to switch SW1 via R37 pin C1 from switch SW1 via R37 R226 R36 Connects TxD6 A_IRQ8 A MCU pin Disconnects TxD6 A_IRQ8 A MCU R35 R217 C1 to the RS232 transceiver U11 pin pin C1 from the RS232 transceiver 12 via R217 U11 pin 12 via R217 R37 Connects IRQ8 A MCU pin C1 to the Disconnects IRQ8 A MCU pin C1 R35 switch SW1 via R35 from the switch SW1 R38 Connects RxD6 A_IRQ9 A MCU pin Disconnects RxD6 A_IRQ9 A MCU R39 R40 D2 to switch SW2 via R40 pin D2 from switch SW2 via R40 R39 Connects RxD6 A_IRQ9 A MCU pin Disconnects RxD6 A_IRQ9 A R38 R218 D2 to the RS232 transceiver U11 pin MCU pin D2 from the RS232 10 via R218 transceiver U11 pin 10 via R218 R40 Connecis IRQ9 A MCU pin D2 to Disconnects IRQ9 A MCU pin D2 R38 switch SW2 via R38 from switch SW2 via R38 R41 Connects LEDO SCK6 A Disconnects LEDO SCK6 A IRQ10 A R42 R43 _IRQ10 A MCU pin B1 to LEDO MCU pin B1 from LEDO R42 Connects LEDO SCK6 A Disconnects LEDO SCK6 A R41 R43 _IRQ10 A MCU pin B1 to header JA1 _IRQ10 A MCU pin B1 from R224 pin 23 via R224 header JA1 pin 23 via R224 R43 Connects LEDO SCK6 A Disconnects LEDO SCK6 A R42
55. o the USBO connector and the RSK is correctly configured refer to 6 This will limit the current consumption of the RSK to 500mA USB maximum therefore full functionality can not be achieved whilst being powered from the USB VBUS 2 2 Power Up Behaviour When the RSK is purchased the RSK board has the Release or stand alone code from the example tutorial code pre programmed into the Renesas microcontroller On powering up the board the user LEDs will start to flash After 200 flashes or after pressing any switch the LEDs will flash at a rate controlled by the potentiometer REJ10J2198 0201 Rev 2 01 RENESAS Page 9 of 54 Nov 30 2011 RSK RX62N 3 Board Layout 3 Board Layout 3 1 Component Layout Figure 3 1 below shows the top component layout of the board Ethernet Status LEDs Application Headers USB Host USB OTG Ethernet Interface RS232 Serial Application Board Interface Debug LCD Header CAN Header Power Jack TFT Display Header V RACED Application Board Interface 3 3V Rail LED DIP Switch MONIS Analog Potentiometer Reset Switch User LEDs E20 Interface E1 Interface User Switches Figure 3 1 Board Layout REJ10J2198 0201 Rev 2 01 LENESAS Page 10 of 54 Nov 30 2011 RSK RX62N 3 Board Layout 3 2 Board Dimensions Figure 3 2 below gives the board dimensions and connector positions All the through hole connectors are on a common 0 1 inch grid for easy interfacing TA 3 00mm 4
56. on Links Continued Overleaf REJ10J2198 0201 Rev 2 01 TENESAS Page 33 of 54 Nov 30 2011 RSK RX62N 6 Configuration Reference Link Fitted Configuration Link Removed Configuration Related Ref R313 Connects LINK PHYAD1 U15 pin 10 Disconnects LINK PHYAD1 U15 to ground pin 10 from ground R314 Connects ACTIVITY PHYAD2 U15 pin Disconnects ACTIVITY 11 to ground PHYAD2 U15 pin 11 from ground R315 Connects FDUPLEX PHYAD3 MCU Disconnects FDUPLEX pin 12 to ground PHYAD3 MCU pin 12 FROM ground R317 Connects CAP connector Disconnects CAP connector ETHERNET pin 10 to GROUND ETHERNET pin 10 from GROUND Table 6 13 Ethernet Option Links Continuation REJ10J2198 0201 Rev 2 01 TENESAS Page 34 of 54 Nov 30 2011 RSK RX62N 6 9 Multi Function Timer Pulse Unit MTU Configuration 6 Configuration Table 6 14 to Table 6 17 on the following pages detail the function of option links related to configuring the MCU s MTU pins Reference Link Fitted Configuration Link Removed Configuration Related Ref R33 Connects OEn pin U3 pin 19 to Disconnects OEn pin U3 pin 19 J3 GROUND bypassing J3 from GROUND still connectable via J3 R34 Connects OEn pin U4 pin 19 to Disconnects OEn pin U4 pin 19 J4 GROUND bypassing J4 from GROUND still connectable via J4 R49 Connects USB1OVRCURA Di
57. pin 2 pin A4 from header JAS pin 2 R84 Connects AN6 XINPUT2 MCU pin Disconnects AN6 XINPUT2 MCU R85 A5 to header TFT pin 45 pin A5 from header TFT pin 45 R85 Connects AN6 XINPUT2 MCU pin A5 Disconnects AN6 XINPUT2 MCU R84 to header JAS pin 3 pin A5 from header JAS pin 3 R86 Connects AN7 YINPUT2 MCU pin Disconnects AN7_YINPUT2 MCU R87 B5 to header TFT pin 46 pin B5 from header TFT pin 46 R87 Connects AN7 YINPUT2 MCU pin B5 Disconnects AN7_YINPUT2 MCU R86 to header JAS pin 4 pin B5 from header JAS pin 4 R220 Connects VREFL MCU pin B3 to Disconnects VREFL MCU pin B3 R16 R17 CON_AVSS from CON_AVSS R18 R20 Table 6 3 ADC Option Links Continuation 6 4 RS232 Serial Port Configuration Table 6 5 below details the function of the option links associated with serial port configuration Reference Link Fitted Configuration Link Removed Configuration Related Ref R36 Connects TxD6 A_IRQ8 A MCU pin Disconnects TxD6 A_IRQ8 A MCU R35 R217 C1 to the RS232 transceiver U11 pin pin C1 from the RS232 transceiver 12 via R217 U11 pin 12 via R217 R39 Connects RxD6 A_IRQ9 A MCU pin Disconnects RxD6 A_IRQ9 A R38 R218 D2 to the RS232 transceiver U11 pin MCU pin D2 from the RS232 10 via R218 transceiver U11 pin 10 via R218 R209 Connects T20UT U11 pin 8 to the Disconnects T20UT U11 pin 8 R217 serial socket pin 8 from the serial socket pin 8 R210 Connects R2IN U11 pin 9
58. pplied with an El debugger The debugger is able to power the RSK board with up to 200mA When the RSK is connected to another system then that system should supply power to the RSK All RSK and RSK boards have an optional centre positive supply connector using a 2 0mm barrel power jack This RSK supports a wide range of voltage inputs and requires specific configuration for different inputs Details of the external power supply connections are shown in Table 2 1 below Connector Supply Voltages J10 Setting J11 Setting PWR1 Regulated 5V DC Shorted Shorted Unregulated 7 to 15V DC Open Open Table 2 1 Main Power Supply Requirements The main power supply connected to PWR1 should supply a minimum of 5W to ensure full functionality This RSK features an independent USB power supply which allows a user to power the USB host OTG modules from a second external power supply Connections for the external USB power supply are detailed in Table 2 2 below Connector Supply Voltages PWR2 Regulated 3 3V DC PWR3 Regulated 5V DC Table 2 2 USB Power Supply Requirements The USB power supplies connected to PWR2 and PWR3 should both supply a minimum of 600MA to ensure full USB host functionality Note The OTG module is limited to supply a maximum of 200mA when operating as host The RSK can also be powered directly from the USB VBUS when a suitable host device is connected t
59. ration Related Ref R109 Connects A1_MTIOC6B MCU pin G15 Disconnects A1_MTIOC6B MCU R108 R241 to header JAS pin 9 via R241 pin G15 from header JA5 pin 9 via R241 R110 Connects A2_MTIOC6C MCU pin Disconnects A2_MTIOC6C MCU pin R111 H13 to the external address bus H13 from the external address bus R111 Connects A2_MTIOC6C MCU pin H13 Disconnects A2_MTIOC6C MCU R110 to header JA5 pin 10 pin H13 from header JA5 pin 10 R112 Connects A4 MTIOC7A MCU pin Disconnects A4_MTIOC7A MCU pin R113 H14 to the external address bus H14 from the external address bus R113 Connects A4_MTIOC7A MCU pin H14 Disconnects A4 MTIOC7A MCU R112 R240 to header JA5 pin 9 via R240 pin H14 from header JA5 pin 9 via R240 R124 Connects D0_POE7n MCU pin A7 to Disconnects DO_POE7n MCU pin R125 external data bus A7 from external data bus R125 Connects DO_POE7n MCU pin A7 to Disconnects D0_POE7n MCU pin R124 header JA5 pin 16 A7 from header JA5 pin 16 R126 Connects D4 POE3n MCU pin A10 Disconnects D4 POE3n MCU pin R127 to the external data bus A10 from the external data bus R127 Connects D4_POE3n MCU pin A10 to Disconnects D4_POE3n MCU pin R126 header JA2 pin 24 A10 from header JA2 pin 24 R128 Connects D5 MTIC5SW B MCU pin Disconnects D5 MTIC5W B MCU R129 C10 to the external data bus pin C10 from the external data bus R129 Connects D5 MTIC5W B MCU pin Disconnects D5_MTIC5W B MCU R
60. required modifications 5 8 Controller Area Network CAN A CAN transceiver IC is fitted to the RSK and is connected to the CAN MCU peripheral For further details regarding the CAN protocol and supported modes of operation please refer to the RX62N hardware manual The connections for the CAN microcontroller signals are listed in Table 5 7 below CAN Signal Function MCU Connection CTXO CAN Data Transmission P32 Pin J2 CRXO CAN Data Reception P33 Pin K1 CANEN CAN Transceiver Device Enable Control P42 Pin A3 CANERRn CAN Error and Power Status P43 Pin D5 CANSTBn CAN Standby Mode Control P41 Pin D4 Table 5 6 CAN Connections REJ10J2198 0201 Rev 2 01 TENESAS Page 18 of 54 Nov 30 2011 RSK RX62N 5 User Circuitry 5 9 Ethernet When running any Ethernet software a unique MAC address should be used A unique Renesas allocated MAC address is attached to the RSK RX62N PCB as a sticker and should be always be used with this device ensured to ensure full compatibility when using other Renesas hardware on a common Ethernet connection An Ethernet controller IC is fitted to the RSK and is connected to the Ethernet MCU peripheral The RX62N MCU supports full duplex 10Mb s and 100Mb s transmission and reception The Ethernet status LEDs LED6 9 are detailed in 5 4 The connections for the Ethernet controller are listed in Table 5 7 below
61. s registers which are listed in the RX62N group hardware manual Only ever change the MCU operating mode whilst the RSK is in reset or turned off otherwise the MCU may become damaged as a result 8 4 Debugging Support The El emulator as supplied with this RSK supports break points event points including mid execution insertion and basic trace functionality It is limited to a maximum of 8 on chip event points 256 software breaks and 256 branch cycle trace For further details refer RX Family E1 E20 Emulator User s Manual REJ10J2089 0100 REJ10J2198 0201 Rev 2 01 2 AS Page 48 of 54 Nov 30 2011 ENES RSK RX62N 8 Code Development 8 5 Address Space Figure 8 1 below details the address space of MCU in its different operating modes For further details refer to the RX62N group hardware manual On chip ROM enabled On chip ROM disabled Single chip mode extended mode extended mode 0000 0000h On chip RAM 0000 0000h On chip RAM On chip RAM 0001 7FFFh PESNI EENI 0001 7FFFh TI REALE OVI 0001 7FFFh LI RENE EEN 0008 0000h 0008 0000h Peripheral I O registers Peripheral I O registers Peripheral I O registers 0010 0000h On chip ROM 0010 0000h On chip ROM data flash data flash EU cn PEZ 007F 8000h FCU RAM 007F 8000h 007F AOOOh 007F AOOOh m77 GULA 007F FCOOh Peripheral O registers Peripheral I O registers EE I VOF8 0000h On chip ROM program ROM O0F8 0000h On
62. s JA6 pin 2 and pin 23 TFT pin 23 R98 Connects ETTXEN MTIOC3B B MCU Disconnects ETTXEN R99 pin R13 to the Ethernet transceiver MTIOC3B B MCU pin R13 from U15 pin 6 the Ethernet transceiver U15 pin 6 R99 Connects ETTXEN MTIOC3B B MCU Disconnects ETTXEN R98 pin R13 to header JA2 pin 13 _MTIOC3B B MCU pin R13 from header JA2 pin 13 R100 Connects ETTXDO MTIOC3D B MCU Disconnects ETTXDO R101 pin M11 to the Ethernet transceiver MTIOC3D B MCU pin M11 from U15 pin 23 the Ethernet transceiver U15 pin 23 R101 Connects ETTXDO_MTIOC3D B MCU Disconnects ETTXDO R100 pin M11 to header JA2 pin 14 _MTIOC3D B MCU pin M11 from header JA2 pin 14 R102 Connects ETTXD1_MTIOC4A B MCU Connects ETTXD1_MTIOC4A B R103 pin P11 to the Ethernet transceiver MCU pin P11 to the Ethernet U15 pin 24 transceiver U15 pin 24 R103 Connects ETTXD1_MTIOC4A B MCU Connects ETTXD1 R102 pin P11 to header JA2 pin 15 _MTIOC4A B MCU pin P11 to header JA2 pin 15 R104 Connects ETCRS_MTIOC4C B MCU Disconnects ETCRS R105 pin R11 to the Ethernet transceiver _MTIOC4C B MCU pin R11 from U15 pin 3 the Ethernet transceiver U15 pin 3 R105 Connects ETCRS_MTIOC4C B MCU Disconnects ETCRS R104 pin R11 to header JA2 pin 16 _MTIOC4C B MCU pin R11 from header JA2 pin 16 R106 Connects AO MTIOC6A MCU pin Disconnects AO_MTIOC6A MCU pin R107 F14 to the external address bus F14 from the external address bus R107 Con
63. s the different configurations and functions of the MTU jumpers Reference Position One Position Two Position Three Related Ref J3 Pins 1 and 2 shorted All pins open R33 Connecis OEn U3 pin Disconnects OEn U3 19 to GROUND pin 19 from GROUND bypassed by R33 still connectable via R33 J4 Pins 1 and 2 shorted All pins open R34 Connects OEn U4 pin Disconnects OEn U4 19 to GROUND pin 19 from GROUND bypassed by R34 still connectable via R34 J22 Pins 1 and 2 shorted Pins 2 and 3 shorted All pins open Discon R62 Connects USBOVBUS Connects USBOVBUS nects both lines EN A_MTIOC4A A EN A_MTIOC4A A _MTCLKA A to USB IC _MTCLKA A to header U13 pin 4 TFT pin 27 J23 Pins 1 and 2 shorted Pins 2 and 3 shorted All pins open Discon R67 R242 Connects CTOX_IRQ2 A _MTIOCOC to the CAN transceiver U12 pin 1 via R242 Connects CTOX _IRQ2 A_MTIOCOC to header TFT pin 24 nects both lines Table 6 18 MTU Jumpers By default this jumper is not fitted to the RSK Therefore the default configuration is all pins open REJ10J2198 0201 Rev 2 01 Nov 30 2011 TENESAS Page 38 of 54 RSK RX62N 6 10 IRQ amp General I O Pin Configuration 6 Configuration Table 6 19 below details the function of the option links associated with IRQ and general I O pin configuration Reference Link Fitted Co
64. sconnects CON_5V from the main supply power supply R174 Connects Board_5V to the main 5V Disconnects Board_5V from the main power supply 5V power supply R175 Connects the 3 3V regulator to the Disconnects the 3 3V regulator from R176 R177 main 3 3V connections the main 3 3V connections R176 Connects CON 3V3 to the main 3 3V Disconnects CON 3V3 from the main R175 power supply via R175 3 3V power supply via R175 R177 Connects UC VCC to the main 3 3V Connects UC VCC to the main 3 3V R175 power supply bypassing J13 via power supply bypassing J13 via R175 R175 R325 Connects 3V3USB to CON 3V3USB Disconnects 3V3USB from R326 R327 CON 3V3USB R328 R326 Connects 3V3USB to Board VCC Disconnects 3V3USB from R325 R327 Board VCC R328 R327 Connects 5VUSB to CON 5VUSB Disconnects 5VUSB from R325 R326 CON_5VUSB R327 R328 Connects 5VUSB to Board_5V Disconnects 5VUSB from Board 5V R325 R326 R327 Table 6 21 Power Supply Option Links Table 6 22 below details the function of the jumpers associated with power supply configuration Reference Position One Position Two Position Three Related Ref J10 amp J11 Pins 1 and 2 shorted on All pins open on both All other combinations both jumpers Power jumpers Power supply is are unsupported and supply regulated is used allowing an may cause damage to bypassed to allow a unregulated 7 15V supply the RSK regulated 5V supply to be to be used used J12 Pins 1 and 2 shorted
65. sconnects USB1OVRCURA R50 R51 _P15_MTIOCOB MCU pin N5 to USB P15 MTIOCOB MCU pin N5 from IC U14 pin 2 USB IC U14 pin 2 R50 Connects USB1OVRCURA P15 Connects USB1OVRCURA R49 R51 _MTIOCOB MCU pin N5 to header _P15_MTIOCOB MCU pin N5 to R252 TFT pin 32 header TFT pin 32 R51 Connects USB1OVRCURA P15 Connects USB1OVRCURA R49 R50 _MTIOCOB MCU pin N5 to header _P15_MTIOCOB MCU pin N5 to R229 JA2 pin 9 via R229 header JA2 pin 9 via R229 R52 Connects USB1BUSEN B Disconnects USB1BUSEN B R53 _MTIOCOB MCU pin N4 to USB IC _MTIOCOB MCU pin N4 from USB U14 pin 1 IC U14 pin 1 R53 Connects USB1BUSEN B Disconnects USB1BUSEN B R52 _MTIOCOB MCU pin N4 to header _MTIOCOB MCU pin N4 from JAG pin 13 header JA6 pin 13 R54 Connects USBOID_TMRIO Disconnects USBOID_TMRIO R55 R56 B_MTIOC1A MCU pin N3 to USB IC B MTIOC1A MCU pin N3 to USB U13 pin 3 IC U13 pin 3 R55 Connects USBOID TMRIO B MTIOC1A Disconnects USBOID TMRIO R54 R55 MCU pin N3 to header JA2 pin 22 B MTIOC1A MCU pin N3 from header JA2 pin 22 R56 Connects USBOID TMRIO B MTIOC1A Disconnects USBOID TMRIO R55 R56 MCU pin N3 to header JA2 pin 23 via B_MTIOC1A MCU pin N3 from R231 R231 header JA2 pin 23 via R231 R62 Connects USBOVBUSEN A Disconnects USBOVBUSEN J22 _MTIOC4A A_MTCLKA A MCU pin A MTIOC4A A MTCLKA A MCU P1 to header JA2 pin 25 pin P1 from header JA2 pin 25
66. the Disconnects CTRO MCU pin K1 CAN transceiver U12 from the CAN transceiver U12 pin 4 pin 4 R247 Connects WAKE U12 pin 9 to Disconnects WAKE U12 pin 9 from ground ground R248 Connects VBAT U12 pin 10 to Disconnects VBAT U12 pin 10 from J17 Board_5V bypassing J17 Board_5V still connectable via J17 Table 6 7 CAN Option Links Table 6 8 below details the different configurations and functions of the CAN jumpers Reference Position One Position Two Position Three Related Ref J17 Pins 1 and 2 shorted Pins 2 and 3 shorted All pins open Discon R248 Connects VBAT U12 pin Connects VBAT U12 nects both lines 10 to Board_5V pin 10 to bypassed by R248 Unregulated_VCC J23 Pins 1 and 2 shorted Pins 2 and 3 shorted All pins open Discon R67 R242 Connects CTOX _IRQ2 A_MTIOCOC to the CAN transceiver U12 pin 1 via R242 Connects CTOX _IRQ2 A_MTIOCOC to header TFT pin 24 necis both lines Table 6 8 CAN Jumpers By default this jumper is not fitted to the RSK Therefore the default configuration is all pins open REJ10J2198 0201 Rev 2 01 Nov 30 2011 TENESAS Page 27 of 54 RSK RX62N 6 6 External Bus Configuration 6 Configuration Table 6 9 below details the function of option links related to configuring the MCU s external bus Reference Link Fitted Configuration Lin
67. to the serial Connects R2IN U11 pin 9 to the R218 socket pin 7 serial socket pin 7 R213 Connects T1IN U11 pin 13 to the Disconnects T1IN U11 pin 13 J15 R215 header JA6 pin 5 from the header JAG pin 5 R214 Connects R1OUT U11 pin 15 to the Disconnects R1OUT U11 pin 15 J16 R216 header JA6 pin 6 from the header JAG pin 6 R215 Connects TxD2 A MCU pin P5 to the Disconnects TxD2 A MCU pin P5 J15 R213 RS232 transceiver U11 pin 13 from the RS232 transceiver U11 bypassing J15 pin 13 still connectable via J15 R216 Connects RxD2 A MCU pin P5 to the Disconnects RxD2 A MCU pin P5 J16 R214 RS232 transceiver U11 pin 15 from the RS232 transceiver U11 bypassing J16 pin 15 still connectable via J16 Table 6 5 RS232 Serial Port Option Links Continued Overleaf REJ10J2198 0201 Rev 2 01 TENESAS Page 25 of 54 Nov 30 2011 RSK RX62N 6 Configuration Reference Link Fitted Configuration Link Removed Configuration Related Ref R217 Connects TxD6 A MCU pin C1 to the Disconnects TxD6 A MCU pin C1 R36 R209 RS232 transceiver U11 pin 12 via from the RS232 transceiver U11 R36 pin 12 via R36 R218 Connects RxD6 A MCU pin D2 to the Disconnects RxD6 A MCU pin D2 R39 R210 RS232 transceiver U11 pin 12 via from the RS232 transceiver U11 R39 pin 12 via R39 R221 Connects TDO_TxD1 B MCU pin K3
68. uipment communications equipment test and measurement equipment audio and visual equipment home electronic appliances machine tools personal electronic equipment and industrial robots High Quality Transportation equipment automobiles trains ships etc traffic control systems anti disaster systems anti crime systems safety equipment and medical equipment not specifically designed for life support Specific Aircraft aerospace equipment submersible repeaters nuclear reactor control systems medical equipment or systems for life support e g artificial life support devices or systems surgical implantations or healthcare intervention e g excision etc and any other applications or purposes that pose a direct threat to human life You should use the Renesas Electronics products described in this document within the range specified by Renesas Electronics especially with respect to the maximum rating operating supply voltage range movement power voltage range heat radiation characteristics installation and other product characteristics Renesas Electronics shall have no liability for malfunctions or damages arising out of the use of Renesas Electronics products beyond such specified ranges Although Renesas Electronics endeavors to improve the quality and reliability of its products semiconductor products have specific characteristics such as the occurrence of failure at a certain rate and malfunctions under certa
69. urations are made by modifying link resistors or headers with movable jumpers or by configuration DIP switches A link resistor is a OQ surface mount resistor which is used to short or isolate parts of a circuit Option links are listed in the following sections detailing their function when fitted or removed Bold blue text indicates the default configuration that the RSK is supplied with Refer to the component placement diagram 3 to locate the option links jumpers and DIP switches When removing soldered components always ensure that the RSK is not exposed to a soldering iron for intervals greater than 5 seconds This is to avoid damage to nearby components mounted on the RSK When modifying a link resistor always check the related option links to ensure there is no possible signal contention or short circuits Because many of the MCU s pins are multiplexed some of the peripherals must be used exclusively Refer to the RX62N hardware manual and RSK RX62N board schematics for further information 6 2 MCU Configuration Table 6 1 below details the option links associated with configuring the MCU operating modes and emulator support Reference Link Fitted Configuration Link Removed Configuration Related Ref R190 Connects RESn MCU pin H4 to the Connects RESn MCU pin H4 to the reset IC U10 pin 6 reset IC U10 pin 6 R324 Connects EMLE MCU pin D1 to Disconnects EMLE MCU pin D1 Ji GROUND
70. via R24 bypassing J1 from GROUND via R24 Still connectable via J1 Table 6 1 MCU Option Links Table 6 2 below details the function of the jumpers associated with configuring the MCU operating modes and emulator support Reference Pin 1 Pin 2 Operating Mode Related Ref SW4 OFF OFF Single chip mode ON OFF Boot mode OFF ON USB boot mode ON ON DO NOT SET Reference Pin 3 Pin 4 Operating Mode Related Ref SW4 OFF X Big endian ON X Little endian Xx OFF USB boot mode bus powered J12 J21 Xx ON USB boot mode self powered J12 J21 Table 6 2 MCU Setting DIP Switches x Mode selection is irrespective of this pin changing i e Don t care To configure the device to power from the USB VBUS see the USB configuration section 6 7 REJ10J2198 0201 Rev 2 01 RENESAS Page 23 of 54 Nov 30 2011 RSK RX62N 6 Configuration Table 6 3 below details the different configurations and functions of the MCU operating mode jumpers Board_VCC bypassed to GROUND via R324 R324 GROUND bypassed by Reference Position One Position Two Position Three Related Ref J1 Pins 1 and 2 shorted Pins 2 and 3 shorted All pins open EMLE is left R324 Connects EMLE to Connects EMLE to to float DO NOT SET Table 6 3 MCU Operating Mode Jumpers By default this jumper is not fitted to the RSK R324 is fitted b
71. y default therefore EMLE is connected to GROUND 6 3 ADC Configuration Table 6 4 below details the function of the option links associated with the Analogue to Digital circuit Reference Link Fitted Configuration Link Removed Configuration Related Ref R16 Connects VREFL MCU pin B3 to Disconnects VREFL MCU pin B3 R17 R18 GROUND from GROUND R220 R17 Connects UC_VCC to VREFH MCU Disconnects UC_VCC from VREFH R16 R18 pin B2 MCU pin B2 R220 R18 Connects CON_VREFH to VREFH Disconnects CON_VREFH from R16 R17 MCU pin B2 VREFH MCU pin B2 R220 R19 Connects AVSS MCU pin A1 to Disconnects AVSS MCU pin A1 R20 GROUND from GROUND R20 Connects AVSS MCU pin A1 to Disconnects AVSS MCU pin A1 R19 R220 CON_AVSS from CON_AVSS R21 Connects AVCC MCU pin A2 to Disconnects AVCC MCU pin A2 R22 UC_VCC from UC_VCC R22 Connects AVCC MCU pin A2 to Disconnects AVCC MCU pin A2 R21 CON_AVCC from CON_AVCC R72 Connects ANO_ADPOT MCU pin C5 Disconnects ANO_ADPOT MCU pin R73 to the potentiometer RV1 C5 from the potentiometer RV1 R73 Connects ANO ADPOT MCU pin C5 Disconnects ANO_ADPOT MCU R72 to header JA1 pin 9 pin C5 from header JA1 pin 9 R74 Connects AN1 CANSTBn MCU pin Disconnects AN1 CANSTBn MCU R75 D4 to CAN transceiver U12 pin 14 pin D4 from CAN transceiver U12 pin 14 R75 Connects AN1 CANSTBn

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