Renesas Starter Kit+ User Manual Download

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Renesas Starter Kit+ for RX72N

7. Headers

R20UT4443EG0100 Rev. 1.00

Page 48 of 57

Nov 30, 19

7. Headers

7.1

Application Headers

This RSK+ board 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.

Table 7-1: Application Header JA1 Connections

Application Header JA1

Pin

Header Name

MCU Pin

Pin

Header Name

MCU Pin

Circuit Net Name

JA1-5V

GROUND

3V3

JA1-3V3

GROUND

AVCC

B2, C2

AVSS

B1, C1, A3

JA1-AVCC

JA1-AVSS

AVREF

ADTRG

E5, N5

JA1-VREFH

JA1-ADTRG

ADC0

ADC1

JA1-ADC0

JA1-ADC1

ADC2

ADC3

JA1-ADC2

JA1-ADC3

DAC0

DAC1

JA1-DAC0

JA1-DAC1

IO_0

A10

IO_1

D10

JA1-IO0

JA1-IO1

IO_2

D14

IO_3

F13

JA1-IO2

JA1-IO3

IO_4

E15

IO_5

E14

JA1-IO4

JA1-IO5

IO_6

F14

IO_7

F15

JA1-IO6

JA1-IO7

IRQd / IRQAEC / M2_HSIN0

E5 / NC / NC

IIC_EX

JA1-IRQd

IIC_SDA

IIC_SCL

JA1-SDA

JA1-SCL

Summary of Contents for Starter Kit+

Page 1: ...t to change by Renesas Electronics Corp without notice Please review the latest information published by Renesas Electronics Corp through various means including the Renesas Electronics Corp website http www renesas com RX72N Group Renesas Starter Kit for RX72N User s Manual Rev 1 00 Nov 2019 32 RENESAS 32 Bit MCU RX Family RX700 Series 32 www renesas com User s Manual ...

Page 2: ...ons failure or accident arising out of the use of Renesas Electronics products outside of such specified ranges 7 Although Renesas Electronics endeavors to improve the quality and reliability of Renesas Electronics products semiconductor products have specific characteristics such as the occurrence of failure at a certain rate and malfunctions under certain use conditions Unless designated as a hi...

Page 3: ...put signal during power off state as described in your product documentation 4 Handling of unused pins Handle unused pins in accordance with the directions given under handling of unused pins in the manual The input pins of CMOS products are generally in the high impedance state In operation with an unused pin in the open circuit state extra electromagnetic noise is induced in the vicinity of the ...

Page 4: ...e 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 ...

Page 5: ...ersions of these documents The 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 Renesas Starter Kit for RX72N User s Manual R20UT4443EG Tutorial Manual Provides a guide to setting up RSK environment running sample code and debugging pro...

Page 6: ...onnect Network MCU Micro controller Unit MII Media Independent Interface MTU Multi Function Timer Pulse Unit n a NA Not Applicable n c NC Not Connected NMI Non maskable Interrupt OTG On The Go PC Personal Computer PDC Parallel Data Capture Unit PLL Phase Locked Loop Pmod This is a Digilent Pmod Compatible connector Pmod is registered to Digilent Inc Digilent Pmod_Interface_Specification POE Port O...

Page 7: ... Peripheral Interface RSPI 25 5 14 Quad Serial Peripheral Interface QSPI 25 5 15 I2C Bus Inter IC Bus 25 5 16 SD Host Interface SDHI 26 5 17 Parallel Data Capture Unit Interface PDC 26 5 18 Serial Sound Interface Enhanced SSIE 26 5 19 Graphic LCD Controller GLCDC 27 5 20 Unused terminal 28 6 Configuration 29 6 1 Modifying the RSK 29 6 2 MCU Operating Modes 29 6 3 E1 E2 Lite Debugger Configuration ...

Page 8: ...n 45 6 22 SSIE Configuration 46 6 23 USB Configuration 46 6 24 Unused Terminal Configuration 47 7 Headers 48 7 1 Application Headers 48 8 Code Development 53 8 1 Overview 53 8 2 Compiler Restrictions 53 8 3 Mode Support 53 8 4 Debugging Support 53 8 5 Address Space 53 8 6 Note of Flash Access Window Setting Register 53 9 Additional Information 54 ...

Page 9: ...ual describes the technical details of the CPU Board hardware 1 2 Features This RSK provides an evaluation of the following features Renesas microcontroller programming User code debugging User circuitry such as switches LEDs and a potentiometer Sample applications Sample peripheral device initialisation code The RSK board contains all the circuitry required for microcontroller operation ...

Page 10: ...hernet Status green x 1 yellow x 1 Ethernet Connector RJ45 x 1 PHY Single Channel PHY x 1 SDHI 1 SD Card Slot 4 bit x 1 CAN Connector 2 54mm pitch 3 pin x 1 CAN Driver R2A25416SP 4 x 1 USB USB0 Function USB MiniB USB0 Host USB TypeA USB to Serial Converter Interface Connector USB MiniB Driver RL78 G1C Microcontroller Part No R5F10JBCANA Pmod PMOD1 Angle type 12 pin Connector PMOD2 2 Straight type ...

Page 11: ...equirements Connector Supply voltage PWR Input 5VDC 4 75V to 5 25V Table 2 2 Main Power Supply Requirements J17 1 Setting Supply Source Board_5V UC_VCC Open PWR connector JA1 5V Unregulated_VCC 5V 3 3V Shorted VBUS0 5V 3 3V 1 The connector is not fitted to the RSK 2 2 Power Up Behaviour When the RSK is purchased the RSK board has the Release build of the example tutorial software pre programmed in...

Page 12: ...ard Interfaces Application Headers CAN Connector DC PWR IN 5V User Switches PMOD1 Connector Power LEDs 5V_PWR GREEN 3V3_PWR GREEN Reset Switch Potentiometer USB Function RL78 USB0 Host USB0 Function PHY IC PDC Header LED3 LED2 LED1 LED0 User LEDs Application Board Interfaces Application Headers SW1 SW2 SW3 USB to Serial Port Ethernet LED Link Activity Ethernet LED Speed E1 E2Lite Solder Side Compo...

Page 13: ...mm 10 0mm 85 01mm 90 0mm 97 71mm 180 0mm 7mm PMOD2 5V_PWR LED LED0 LED1 LED2 LED3 JA1 JA2 JA3 123 11mm PMOD1 SD Slot SDHI PDC 5 54mm E1 E2 Lite Solder Side Component 105 33mm Board Cut Out Corners x 4 1 0 mm radius 22 5mm 54 5mm 114 3mm ETHERNET0 Ethernet Connector PHY USB to Serial Port USB Func RL78 G1C 4 0mm 32 0mm 59 8mm 13 7mm ONTFT1 ONTFT2 52 75mm 29 0mm 31 62mm 36 09mm TFT Panel 3V3_PWR LED...

Page 14: ...R108 R105 R120 R116 R106 C28 R82 J12 J14 J15 R139 R140 R149 R150 R151 R152 R141 R142 R131 C39 R132 R157 R130 R113 R114 J16 C46 R164 R172 C47 R30 C9 J10 X2 X1 U1 R85 C36 R92 U3 R111 JA5 JA1 JA6 JA2 U11 U10 U4 PMOD2 C42 C41 R159 JA3 CAN C44 C45 GND3 R160 R161 R162 R163 R165 R166 R167 R168 R169 R170 LED0 LED1 LED2 LED3 R193 R176 R175 T21 T22 T23 T24 T25 T26 J17 J18 J19 GND2 GND1 5V PWR 3V3 PWR T15 T1...

Page 15: ...2 C74 C91 C106 R285 C101 C105 C99 C103 C77 C80 C87 C86 C98 C95 R298 R297 R316 R313 R335 R334 R333 R346 R345 R355 R354 R353 R352 R366 R368 R365 R364 C112 C111 R351 R350 R349 R363 R369 R342 R341 R340 R329 R326 R307 R306 R319 R383 R379 R378 R403 R402 R401 R400 R399 R398 R411 R413 R423 R424 R409 R408 R407 R406 R385 R390 R386 R410 C132 C133 C131 R417 C102 C57 C58 R236 R235 R234 GND4 GND5 GND6 GND1 GND2...

Page 16: ...ial Flash for QSPI Regulator IC Application Board Interface Application Header E1 E2 Lite Debug Interface CAN Ethernet PDC SSI Header USB0 Function Host USB Function RL78 G1C VBUS 5V Level shift 5V 3V3 TXD RXD I O VDD Potentiometer ADTRG IRQ SD Slot for SDHI ETHERNET Connector LEDs MII RMII PHY On board TFT for GLCDC 4 3 480x272 with capacitive touch screen In addition to DC PWR IN VBUS USB0 Funct...

Page 17: ...7 Nov 30 19 4 2 Debugger Connections Figure 4 2 below shows the connections between the CPU board E1 E2 Lite debugger and the host PC Host PC E1 Emulator or E2 Emulator Lite CPU Board User Interface Cable USB Cable 5V External Power LCD Display Figure 4 2 Debugger Connection Diagram ...

Page 18: ...low Table 5 1 Crystal Crystal Function Default Placement Frequency Device Package X1 Main MCU crystal for RX72N Fitted 24MHz Encapsulated SMT X2 Real time Clock for RX72N Fitted 32 768kHz Encapsulated SMT X3 Main MCU crystal for RL78 G1C Fitted 12MHz Encapsulated SMT X4 Crystal for Ethernet RMII Fitted 50MHz Encapsulated SMT 5 3 Switches There are five switches located on the CPU board The functio...

Page 19: ...10 LED3 Red User operated LED PL6 M12 ETHERNET Connector Green Ethernet LED Link with Activity 1 Link P93 D7 ETHERNET Connector Yellow Ethernet LED Speed 1 Activity NC NC 1 Default setting of PHY 5 5 Potentiometer A single turn potentiometer is connected as a potential divider to analog input AN000 pin D4 The potentiometer can be used to create a voltage between Board_3V3 and AVSS0 Refer to the ma...

Page 20: ...other connectors on the RSK designs Details can be found in the Digilent Pmod Interface Specification Revision November 20 2011 Figure 5 1 Digilent Pmod Compatible Header Pin Numbering Table 5 5 PMOD1 Header Connections Digilent Pmod Compatible Header Connections Pin Circuit Net Name MCU Pin Circuit Net Name MCU Port Pin Port Pin 1 PMOD1 CS PH3 L1 7 PMOD1 IO0 P17 P2 2 PMOD1 MOSI PH2 J6 8 PMOD1 IO1...

Page 21: ...ansion at present When the CPU board is first connected to a PC running Windows with the USB Serial connection the PC will look for a driver This driver is installed during the installation process so the PC should be able to find it The PC will report that it is installing a driver and then report that a driver has been installed successfully as shown in Figure 5 2 The exact messages may vary dep...

Page 22: ...ET1 ERXD0_RMII1RXD0 MII RMII Receive data 0 P94 B7 ET1 ERXD1_RMII1RXD1 MII RMII Receive data 1 P95 B8 ET1 ERXD2 MII Receive data 2 P96 A8 ET1 ERXD3 MII Receive data 3 P97 C9 ET1 COL MII Collision detect signal P91 B5 ET1 CRS MII Carrier sense PQ0 E7 ET1 LED0 MII RMII Link status input from the PHY LSI P93 D7 ET1 RXDV_RMII1CRSDV MII Receive data valid P90 C6 RMII Carrier sense receive data valid 1 ...

Page 23: ...nnection is a not available in the default RSK configuration refer to 6 for the required modifications 5 11 External Bus The RX72N features an external data bus which is connected to various devices on the CPU board Details of the devices connected to the external data bus are listed in Table 5 13 below Further details of the devices connected to the external bus can be found in the board schemati...

Page 24: ...hen accessing SDRAM on the CPU board make the following settings regardless of the operating frequency of the SDRAM clock Table 5 15 shows the On board SDRAM settings Table 5 15 On board SDRAM settings Register name Setting values Setting details External Bus Control Register 3 PFBCR3 SDCLKDRV 0b0 Use the pin with the SDCLK set for a frequency no higher than 60 MHz Drive Capacity Control Register ...

Page 25: ...e out data PK2 N11 5 14 Quad Serial Peripheral Interface QSPI The RX72N features one Quad Serial Peripheral Interface module QSPI Table 5 17 below details the connected device and its connection to the MCU Table 5 17 QSPI Connections QSPI signal Function MCU Port Pin QSPI CS Chip Select PN5 J11 QSPI CLK Clock PN4 L12 QSPI IO0 I O Data0 PJ3 H7 QSPI IO1 I O Data1 PJ5 G5 QSPI IO2 I O Data2 P00 E3 QSP...

Page 26: ...9 Pin Circuit Net Name MCU Pin Circuit Net Name MCU Port Pin Port Pin 1 Board_5V 2 Board_3V3 3 GROUND 4 GROUND 5 PDC PCKO 1 P33 H4 6 PDC RESn RESn G7 PL5 1 M11 7 GROUND 8 PDC PIXCLK P24 L4 9 PDC VSYNC 1 P32 H5 10 PDC HSYNC P25 M3 11 PDC PIXD7 P23 M2 12 PDC PIXD6 1 P22 N1 13 PDC PIXD5 1 P21 R1 14 PDC PIXD4 1 P20 P3 15 PDC PIXD3 1 P17 P2 16 PDC PIXD2 P87 R2 17 PDC PIXD1 P86 N3 18 PDC PIXD0 1 P15 J7 ...

Page 27: ...T G3 P54 R7 17 OnTFT G4 P11 P8 18 OnTFT G5 P83 M9 19 OnTFT G6 PC7 N9 20 OnTFT G7 PC6 R9 21 OnTFT B5 B0 2 P84 M6 22 OnTFT B6 B1 2 P57 P7 23 OnTFT B7 B2 2 P56 N7 24 OnTFT B3 PJ0 M5 25 OnTFT B4 P85 N4 26 OnTFT B5 P84 M6 27 OnTFT B6 P57 P7 28 OnTFT B7 P56 N7 29 GROUND 30 OnTFT CLK P14 P4 31 OnTFT DISP PK4 F4 32 OnTFT HSYNC PJ2 L6 33 OnTFT VSYNC P13 N5 34 OnTFT DEN PJ1 N6 35 NC 36 GROUND 37 NC 38 NC 39...

Page 28: ...oard are connected to the header J6 Table 5 24 shows the connection of unused pins Table 5 24 Unused terminal Unused terminal J6 Pin Circuit Net Name MCU Pin Circuit Net Name MCU Port Pin Port Pin 1 P60TERM P60 C10 2 P72TERM P72 K15 3 P74TERM P74 R14 4 P75TERM P75 R13 5 P76TERPM P76 N12 6 P77TERM P77 L11 7 P92TERM P92 A5 8 PH5TERM PH5 K4 9 PK5TERM PK5 F5 10 PK6TERM PK6 F7 ...

Page 29: ...ounted on the board 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 RX72N Group User s Manual Hardware and CPU board schematics for further information In the table in this section pin expression is omit...

Page 30: ...7 JA2 RXDa R123 R338 R339 JA2 8 PF1 L3 PF1 EMU TCK R385 R11 R164 E1 1 JA2 SCKa R164 R11 R385 JA2 10 PF0 K5 PF0 EMU TDO_TXD R344 R343 R126 E1 5 SERIAL TXD R343 R344 R126 U17 3 R51 R52 JA2 TXDa R126 R344 R343 JA2 6 RESn G7 EMU RESn E1 13 SW RESn RES1 Switch JA2 RESn JA2 1 PDC RESn R137 R138 J19 6 R175 OnTFT RESn R128 R129 ONTFT2 6 R320 EMLE F6 EMU EMLE E1 4 JP EMLE J16 2 R111 MD_FINED G4 EMU MD_FINE...

Page 31: ...o VBATT R83 R84 U1 J13 connected to VBATT of MCU R84 R83 U1 1 J13 is a power connector for VBATT not a jumper Do not short circuit J13 Pin 1 and Pin 2 because the power supply is directly connected to ground Table 6 5 below details the function of the jumpers associated with the Power Supply Configuration Table 6 5 Power Supply Configuration Jumper Settings Reference Jumper Position Configuration ...

Page 32: ...3 R109 R108 JA1 12 JA1 ADC2 B3 P42 JA1 ADC2 JA1 11 P41 A4 P41 SDHI POWFLT R120 R121 U6 5 JA1 ADC1 R121 R120 JA1 10 P40 D4 P40 RV1 ADC R116 R117 RV1 JA1 ADC0 R117 R116 JA1 9 PE5 C13 PE5 SDRAM D13 R56 R57 U12 50 JA3 D13 JA3 34 JA5 ADC7 R57 R56 JA5 4 PE4 B14 PE4 SDRAM D12 R53 R54 U12 48 JA3 D12 JA3 33 JA5 ADC6 R54 R53 JA5 3 PE3 D12 PE3 SDRAM D11 R65 R66 U12 47 JA3 D11 JA3 32 JA5 ADC5 R66 R65 JA5 2 PE...

Page 33: ... R140 R352 R353 JA3 26 R150 R366 JA3 WRLn R352 R140 R353 JA3 48 R156 R360 PMOD2 MOSI R353 R140 R352 PMOD2 2 P67 D15 P67 SDRAM DQMH R350 R349 U12 39 JA3 DQMH R349 R350 JA3 47 R359 R157 P66 C15 P66 SDRAM DQML R146 R147 U12 15 JA3 DQML R147 R146 JA3 48 R360 R156 P65 C14 P65 SDRAM CKE R144 R145 U12 37 JA3 CKE R145 R144 JA3 46 R155 R361 P64 C11 P64 SDRAM WEn R355 R354 U12 16 JA3 WEn R354 R355 JA3 26 R3...

Page 34: ...14 PB0 SDRAM A8 U12 32 JA3 A8 JA3 9 PC6 R9 PC6 JA3 A22 R278 R279 JA3 43 OnTFT G7 R279 R278 ONTFT1 14 ONTFT1 20 PC5 R10 PC5 JA3 A21 R272 R273 JA3 42 OnTFT R3 R273 R272 ONTFT1 8 PC4 P11 PC4 OnTFT R7 R302 R296 R301 R90 ONTFT1 7 ONTFT1 12 JA3 A20 R301 R296 R302 R90 JA3 41 JA2 M1POE R90 R296 R302 R301 JA2 24 JA3 A19 R11 PC3 JA3 A19 JA3 40 JA3 A18 P13 PC2 JA3 A18 JA3 39 PC1 N14 PC1 JA3 A17 R32 R31 JA3 3...

Page 35: ...A5 2 PE2 B13 PE2 SDRAM D10 R61 R62 U12 45 JA3 D10 JA3 31 JA5 ADC4 R62 R61 JA5 1 PE1 A14 PE1 SDRAM D9 U12 44 JA3 D9 JA3 30 PE0 D11 PE0 SDRAM D8 U12 42 JA3 D8 JA3 29 PF5 G6 PF5 SSI LRCK R351 R143 J18 11 JA3 WAIT R143 R351 JA3 45 R154 R15 6 8 CAN Configuration Table 6 11 below details the function of the option links associated with CAN Configuration Table 6 11 CAN Configuration Option Links Signal n...

Page 36: ...ET1 RXDV_RMII1CRSDV R276 R39 R42 U13 18 ET1 CRS R42 R39 R276 U13 29 Table 6 13 Ethernet Configuration Option Links Signal name MCU MCU Peripheral Selection Destination Selection Pin Port Signal Fit DNF Interface Function Fit DNF P15 J7 P15 ET INTn R336 R118 R119 U13 21 JA2 IRQb M1HSIN1 R118 R336 R119 JA2 9 PDC PIXD0 R119 R336 R118 J19 18 P31 J4 P31 ET MDC R218 R3 U13 12 JA2 CTSaRTSa R3 R218 JA2 12...

Page 37: ...ils the function of the option links associated with GLCDC Configuration Table 6 16 GLCDC Configuration Option Links 1 Signal name MCU MCU Peripheral Selection Destination Selection Pin Port Signal Fit DNF Interface Function Fit DNF P14 P4 P14 OnTFT CLK R294 R299 R74 J12 open ONTFT1 30 JA2 M1TRCCLK R74 R299 R294 J12 open JA2 25 USB0 OVRCURA J12 short R299 R294 R74 R282 U9 3 J10 2 3pin short or R26...

Page 38: ...pen R40 JA2 26 JA6 TXDc R40 J11 open R275 JA6 9 PC6 R9 PC6 JA3 A22 R278 R279 JA3 43 OnTFT G7 R279 R278 ONTFT1 14 ONTFT1 20 PC5 R10 PC5 JA3 A21 R272 R273 JA3 42 OnTFT R3 R273 R272 ONTFT1 8 PC4 P11 PC4 OnTFT R7 R302 R296 R301 R90 ONTFT1 7 ONTFT1 12 JA3 A20 R301 R296 R302 R90 JA3 41 JA2 M1POE R90 R296 R302 R301 JA2 24 OnTFT HSYNC L6 PJ2 OnTFT HSYNC ONTFT1 32 OnTFT DEN N6 PJ1 OnTFT DEN ONTFT1 34 OnTFT...

Page 39: ...itch Configuration Table 6 20 IRQ Switch Configuration Option Links 1 Signal name MCU MCU Peripheral Selection Destination Selection Pin Port Signal Fit DNF Interface Function Fit DNF P07 1 E5 P07 SW3 R88 R124 R89 SW3 JA1 ADTRG R124 R88 R89 JA1 8 R124 R292 JA1 IRQd R89 R88 R124 JA1 23 P03 D3 P03 SERIAL CTS R105 R106 U15 2 JA1 DAC0 R106 R105 JA1 13 PMOD1 IO1 D6 P02 PMOD1 IO1 PMOD1 8 P00 E3 P00 QSPI...

Page 40: ...links associated with MTU POE Configuration Table 6 22 MTU POE Configuration Option Links 1 Signal name MCU MCU Peripheral Selection Destination Selection Pin Port Signal Fit DNF Interface Function Fit DNF P16 R3 P16 USB0 VBUS J7 1 2 short J9 1 2 short or R7 R115 USB0_2 1 J8 1 2 short R2 USB0 VBUSEN J7 2 3 short R115 U7 4 JA2 M1UD R115 J7 Open JA2 11 P15 J7 P15 ET INTn R336 R118 R119 U13 21 JA2 IR...

Page 41: ... JA2 21 P86 N3 P86 PDC PIXD1 R308 R34 R102 R94 J19 17 JA6 RXDc R34 R308 R102 R94 JA6 12 JA2 M1WN R102 R308 R34 R94 JA2 18 JA2 TIMIN1 R94 R308 R34 R102 JA2 22 P81 L9 P81 OnTFT R5 R321 R107 ONTFT1 5 ONTFT1 10 JA2 M1UN R107 R321 JA2 14 PC7 N9 PC7 OnTFT G6 J11 1 2pin short R275 R40 ONTFT1 13 ONTFT1 19 EMU UB J11 2 3pin short R275 R40 E1 10 DSW UB SW4 2 JA2 M1TRDCLK R275 J11 open R40 JA2 26 JA6 TXDc R4...

Page 42: ...R64 R68 R59 J18 5 JA2 M1UP R68 R60 R282 R64 R286 R59 JA2 13 JA6 DREQ R59 R60 R282 R64 R286 R68 JA6 1 P21 R1 P21 E2P SCL R75 R79 R78 U3 6 JA1 SCL JA1 26 PDC PIXD5 R78 R75 R79 J19 13 P20 P3 P20 E2P SDA R72 R73 R69 R70 U3 5 JA1 SDA JA1 25 PDC PIXD4 R69 R72 R73 R70 J19 14 JA2 M1ENC R70 R72 R73 R69 JA2 23 R91 R86 P33 H4 P33 CAN1RX R46 R48 R43 R49 U4 4 PDC PCKO R43 R48 R46 R49 J19 5 JA5 CAN1RX R49 R48 R...

Page 43: ...MOD1 4 PMOD1 IO2 P1 PK7 PMOD1 IO2 PMOD1 9 PMOD1 IO3 H11 PL0 PMOD1 IO3 PMOD1 10 6 17 PMOD2 Configuration Table 6 27 below details the function of the option links associated with PMOD2 Configuration Table 6 27 PMOD2 Configuration Option Links Signal name MCU MCU Peripheral Selection Destination Selection Pin Port Signal Fit DNF Interface Function Fit DNF P00 E3 P00 QSPI IO2 R324 R323 U11 3 PMOD2 IO...

Page 44: ... 29 RSPI Configuration Option Links Signal name MCU MCU Peripheral Selection Destination Selection Pin Port Signal Fit DNF Interface Function Fit DNF RSPI CS J9 PK3 RSPI CS U10 1 RSPI MISO N11 PK2 RSPI MISO U10 2 RSPI MOSI K9 PK1 RSPI MOSI U10 5 RSPI CLK M10 PK0 RSPI CLK R21 U10 6 6 20 SDHI Configuration Table 6 30 below details the function of the option links associated with SDHI Configuration T...

Page 45: ...303 R98 J19 8 JA2 M1VP R104 R99 R304 R303 R98 JA2 15 JA6 SCKb R303 R99 R304 R104 R98 JA6 10 JA2 TIMOUT0 R98 R99 R304 R104 R303 JA2 19 P31 J4 P31 ET MDC R218 R3 U13 12 JA2 CTSaRTSa R3 R218 JA2 12 P43 E4 P43 SERIAL RTS R108 R109 U17 2 JA1 ADC3 R109 R108 JA1 12 P86 N3 P86 PDC PIXD1 R308 R34 R102 R94 J19 17 JA6 RXDc R34 R308 R102 R94 JA6 12 JA2 M1WN R102 R308 R34 R94 JA2 18 JA2 TIMIN1 R94 R308 R34 R10...

Page 46: ... 11 JA3 WAIT R143 R351 JA3 45 R154 R15 PJ5 G5 PJ5 QSPI IO1 R298 R82 R297 U11 2 PMOD2 CS R82 R298 R297 PMOD2 1 SSI RXD R297 R298 R82 J18 10 6 23 USB Configuration Table 6 33 below details the function of the option links associated with the USB Configuration Table 6 33 USB Configuration Option Links Signal name MCU MCU Peripheral Selection Destination Selection Pin Port Signal Fit DNF Interface Fun...

Page 47: ...24 Unused Terminal Configuration Table 6 35 below details the function of the option links associated with the Unused Terminal Configuration Table 6 35 Unused Terminal Configuration Option Links Signal name MCU MCU Peripheral Selection Destination Selection Pin Port Signal Fit DNF Interface Function Fit DNF P60TERM C10 P60 P60TERM J6 1 P77TERM L11 P77 P77TERM J6 6 P76TERM N12 P76 P76TERM J6 5 P75T...

Page 48: ...1 Pin Header Name MCU Pin Pin Header Name MCU Pin Circuit Net Name Circuit Net Name 1 5V 2 0V JA1 5V GROUND 3 3V3 4 0V JA1 3V3 GROUND 5 AVCC B2 C2 6 AVSS B1 C1 A3 JA1 AVCC JA1 AVSS 7 AVREF A2 8 ADTRG E5 N5 JA1 VREFH JA1 ADTRG 9 ADC0 D4 10 ADC1 A4 JA1 ADC0 JA1 ADC1 11 ADC2 B3 12 ADC3 E4 JA1 ADC2 JA1 ADC3 13 DAC0 D3 14 DAC1 C3 JA1 DAC0 JA1 DAC1 15 IO_0 A10 16 IO_1 D10 JA1 IO0 JA1 IO1 17 IO_2 D14 18 ...

Page 49: ... GROUND 5 WDT_OVF NC 6 SCIaTX K5 NC JA2 TXDa 7 IRQa WKUP M1_HSIN0 H2 8 SCIaRX J2 JA2 IRQa_M1HSIN0 JA2 RXDa 9 IRQb M1_HSIN1 J7 10 SCIaCK L3 JA2 IRQb_M1HSIN1 JA2 SCKa 11 M1_UD R3 12 CTSaRTSa J4 JA2 M1UD JA2 CTSaRTSa 13 M1_UP N1 14 M1_UN L9 JA2 M1UP JA2 M1UN 15 M1_VP L4 16 M1_VN M3 JA2 M1VP JA2 M1VN 17 M1_WP J5 18 M1_WN N3 JA2 M1WP JA2 M1WN 19 TimerOut0 L4 20 TimerOut1 M3 JA2 TIMOUT0 JA2 TIMOUT1 21 T...

Page 50: ...C7 JA3 D0 JA3 D1 19 D2 A7 20 D3 A9 JA3 D2 JA3 D3 21 D4 B9 22 D5 D9 JA3 D4 JA3 D5 23 D6 B10 24 D7 A11 JA3 D6 JA3 D7 25 RDn L8 26 WR SDWE K8 C11 JA3 RDn JA3 26PIN 27 CSa H10 28 CSb 1 A12 JA3 CSa JA3 CSb 29 D8 D11 30 D9 A14 JA3 D8 JA3 D9 31 D10 B13 32 D11 D12 JA3 D10 JA3 D11 33 D12 B14 34 D13 C13 JA3 D12 JA3 D13 35 D14 E13 36 D15 B15 JA3 D14 JA3 D15 37 A16 M14 38 A17 N14 JA3 A16 JA3 A17 39 A18 P13 40...

Page 51: ...ircuit Net Name Circuit Net Name 1 ADC4 B13 2 ADC5 D12 JA5 ADC4 JA5 ADC5 3 ADC6 B14 4 ADC7 C13 JA5 ADC6 JA5 ADC7 5 CAN1TX H5 6 CAN1RX H4 JA5 CAN1TX JA5 CAN1RX 7 CAN2TX NC 8 CAN2RX NC NC NC 9 IRQe M2_EncZ M2HSIN1 NC NC NC 10 IRQf M2_HSIN2 NC NC NC NC 11 M2_UD NC 12 M2_Uin NC NC NC 13 M2_Vin NC 14 M2_Win NC NC NC 15 M2_Toggle NC 16 M2_POE NC NC NC 17 M2_TRCCLK NC 18 M2_TRDCLK NC NC NC 19 M2_UP NC 20...

Page 52: ... DREQ N1 2 DACK M2 JA6 DREQ JA6 DACK 3 TEND NC 4 STBYn NC NC NC 5 RS232TX NC 6 RS232RX NC JA6 RS232TX JA6 RS232RX 7 SCIbRX M3 8 SCIbTX P2 JA6 RXDb JA6 TXDb 9 SCIcTX N9 10 SCIbCK L4 JA6 TXDc JA6 SCKb 11 SCIcCK M9 12 SCIcRX N3 JA6 SCKc JA6 RXDc 13 M1_Toggle N14 14 M1_Uin R4 JA6 M1TOGGLE JA6 M1UIN 15 M1_Vin P8 16 M1_Win K7 JA6 M1VIN JA6 M1WIN 17 EXT_USB_VBUS NC 18 Reserved NC NC NC 19 EXT_USB_BATT NC...

Page 53: ...ired can be found in 6 2 All other MCU operating modes are configured within the MCU s registers which are listed in the RX72N Group User s Manual Hardware 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 E1 Emulator or E2 Emulator Lite as supplied with this RSK supports break points event po...

Page 54: ...f the Quick Start Guide General information on Renesas microcontrollers can be found on the Renesas website at https 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 thi...

Page 55: ...C 1 REVISION HISTORY RX72N Group Renesas Starter Kit for RX72N User s Manual Rev Date Description Page Summary 1 00 Nov 30 2019 First Edition issued ...

Page 56: ...RX72N Group Renesas Starter Kit for RX72N User s Manual Publication Date Rev 1 00 Nov 30 2019 Published by Renesas Electronics Corporation ...

Page 57: ...R20UT4443EG0100 RX72N Group ...

Page 58: ...Mouser Electronics Authorized Distributor Click to View Pricing Inventory Delivery Lifecycle Information Renesas Electronics RTK5572NNDS00000BE ...

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