SH726B CPU Board R0K5726B0C000BR User's Manual

User’s M

anual

SH726B CPU Board

R0K5726B0C000BR User’s Manual

Rev.1.00 Mar. 2013

Renesas 32-Bit RISC Microcomputer SuperHTM RISC engine Family / SH7260 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).

32

www.renesas.com

Notice 1. 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.

2. Renesas Electronics has used reasonable care in preparing the information included in this document, but 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.

3. 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 granted hereby under any patents, copyrights or other intellectual property rights of Renesas Electronics or others.

4. You should not alter, modify, copy, or otherwise misappropriate any Renesas Electronics product, whether in whole or in part. Renesas Electronics assumes no responsibility for any losses incurred by you or third parties arising from such alteration, modification, copy or otherwise misappropriation of Renesas Electronics product.

5. Renesas Electronics products are classified according to the following two quality grades: “Standard” and “High Quality”. The recommended applications for each Renesas Electronics product depends on the product’s quality grade, as indicated below. “Standard”: Computers; office equipment; communications equipment; test and measurement equipment; audio and visual

equipment; home electronic appliances; machine tools; personal electronic equipment; and industrial robots etc. “High Quality”: Transportation equipment (automobiles, trains, ships, etc.); traffic control systems; anti-disaster systems; anti-

crime systems; and safety equipment etc. Renesas Electronics products are neither intended nor authorized for use in products or systems that may pose a direct threat to human life or bodily injury (artificial life support devices or systems, surgical implantations etc.), or may cause serious property damages (nuclear reactor control systems, military equipment etc.). 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 for which it is not intended. 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 which the product is not intended by Renesas Electronics.

6. 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.

7. 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 certain 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 of a 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 systems manufactured by you.

8. 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.

9. 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. You should not use Renesas Electronics products or 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. When exporting the Renesas Electronics 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.

10. It is the responsibility of the buyer or distributor of Renesas Electronics products, who distributes, disposes of, or otherwise places the product with a third party, to notify such third party in advance of the contents and conditions set forth in this document, Renesas Electronics assumes no responsibility for any losses incurred by you or third parties as a result of unauthorized use of Renesas Electronics products.

11. This document may not be reproduced or duplicated in any form, in whole or in part, without prior written consent of Renesas Electronics.

12. Please contact a Renesas Electronics sales office if you have any questions regarding the information contained in this document or Renesas Electronics 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.

(2012.4)

WEEE Directive Renesas development tools and products are directly covered by the European Union's Waste Electrical and Electronic Equipment, (WEEE), Directive 2002/96/EC. As a result, this equipment, including all accessories, must not be disposed of as household waste but through your locally recognised recycling or disposal schemes. As part of our commitment to environmental responsibility Renesas also offers to take back the equipment and has implemented a Tools Product Recycling Program for customers in Europe. This allows you to return equipment to Renesas for disposal through our approved Producer Compliance Scheme. To register for the program, click here "http://www.renesas.com/weee".

This page is intentionally left blank.

About This Manual

1. Purpose and Target Readers This manual is designed to provide the user with an understanding of the functions and operating specifications of this CPU board. A basic knowledge of electrical circuits, logical circuits, and microcomputers (MCUs) is necessary in order to use this manual.

This manual is composed of an overview of the CPU board; its functional and operating specifications. Carefully read all notes described in the body of text in the manual.

The Revision History summarizes the modifications and additions to the previous versions. Refer to the text of the manual for details.

The following documents apply to the SH726B CPU Board R0K5726B0C000BR.

Document Type Description Document Title Document No.

User’s Manual Describes functions (devices, memory maps, electrical characteristics), and operating specifications (connectors, and switches)

SH726B CPU Board R0K5726B0C000BR User’s Manual

This publication

Installation Manual Describes how to set up hardware and software

SH726B CPU Board R0K5726B0C000BR Installation Manual

R20UT0603EJ

The following documents apply to the SH726B Group. Make sure to refer to the latest versions of these documents. The newest versions of the documents listed may be obtained from the Renesas Electronics website.

Document Type Description Document Title Document No.

User’s manual: Hardware Hardware specifications (pin assignments, memory maps, peripheral function specifications, electrical characteristics, timing charts) and operation description Note: The method for using peripheral functions is described in the application notes.

SH726A Group, SH726B Group User’s manual: Hardware

R01UH0202EJ

Software manual Description of CPU instruction set SH-2A, SH2A-FPU Software manual

R01US0031EJ

Application note Applications, sample programs

Renesas technical update Product specifications, updates on documents, etc.

Available from the Renesas Electronics website.

2. Frequently Used Abbreviations and Acronyms ACIA Asynchronous Communication Interface Adapter

bps Bits per second

CRC Cyclic Redundancy Check

DMA Direct Memory Access

DMAC Direct Memory Access Controller

GSM Global System for Mobile Communications

Hi-Z High Impedance

IEBus Inter Equipment bus

I/O Input/Output

IrDA Infrared Data Association

LSB Least Significant Bit

MSB Most Significant Bit

NC Non-Connection

PLL Phase Locked Loop

PWM Pulse Width Modulation

SFR Special Function Registers

SIM Subscriber Identity Module

UART Universal Asynchronous Receiver/Transmitter

VCO Voltage Controlled Oscillator

All trademarks and registered trademarks are the property of their respective owners.

Table of Contents

1. Overview................................................................................................................................................... 1-1

1.1 Overview .......................................................................................................................................... 1-1

1.2 System Configuration....................................................................................................................... 1-2

1.3 External Specification....................................................................................................................... 1-3

1.4 Exterior Appearance ........................................................................................................................ 1-4

1.5 Block Diagram.................................................................................................................................. 1-5

1.6 Parts Layout ..................................................................................................................................... 1-6

1.7 Memory Map .................................................................................................................................... 1-8

1.8 Absolute Maximum Ratings ............................................................................................................. 1-9

1.9 Operating Conditions........................................................................................................................ 1-9

2. Functional Specification......................................................................................................................... 2-1

2.1 Functions Overview.......................................................................................................................... 2-1

2.2 CPU.................................................................................................................................................. 2-2

2.2.1 SH726B Overview.................................................................................................................... 2-2

2.2.2 SH726B Pin Functions............................................................................................................. 2-2

2.2.3 R0K5726B0C000BR Module Combination Availability............................................................ 2-7

2.2.4 SH726B Multiplexed Pins ........................................................................................................ 2-8

2.3 Memory .......................................................................................................................................... 2-13

2.3.1 SH726B On-Chip RAM .......................................................................................................... 2-13

2.3.2 SDRAM Interface ................................................................................................................... 2-14

2.3.3 Serial Flash Memory Interface ............................................................................................... 2-17

2.4 USB Interfaces ............................................................................................................................... 2-18

2.5 Serial Port Interface........................................................................................................................ 2-19

2.6 I/O Ports ......................................................................................................................................... 2-20

2.7 Interrupt Switches........................................................................................................................... 2-21

2.8 Clock Modules................................................................................................................................ 2-22

2.9 Reset Modules ............................................................................................................................... 2-23

2.10 Power Modules............................................................................................................................... 2-24

2.11 H-UDI ............................................................................................................................................. 2-25

2.12 CAN Interface................................................................................................................................. 2-26

2.13 Character LCD Module .................................................................................................................. 2-27

2.14 Audio Modules................................................................................................................................ 2-28

2.15 CD Deck Interface.......................................................................................................................... 2-30

2.16 SD Card Interface........................................................................................................................... 2-31

2.17 LAN Interface ................................................................................................................................. 2-32

2.18 External Expansion Connector 1 (J22) Interface ........................................................................... 2-33



3. Operational Specification ....................................................................................................................... 3-1

3.1 Connector Overview......................................................................................................................... 3-1

3.1.1 Application Headers (JA1, JA2, JA3, JA5 and JA6) ................................................................ 3-2

3.1.2 Common Ring Connectors (J1, J2, J3 and J4)........................................................................ 3-9

3.1.3 DC Power Jack (J5) ............................................................................................................... 3-13

3.1.4 H-UDI Port Connector (J6)..................................................................................................... 3-14

3.1.5 Character LCD connector (J7) ............................................................................................... 3-15

3.1.6 USB Connector (J8, J9 and J10) ........................................................................................... 3-16

3.1.7 SD Card Slot (J11) ................................................................................................................. 3-18

3.1.8 Serial Port Connector (J12) ................................................................................................... 3-19

3.1.9 External Power Supply Connectors (J13, J14, J15, J16 and J20) ........................................ 3-20

3.1.10 Line-out Pin Jacks (J17 and J19)........................................................................................... 3-22

3.1.11 Microphone Input Pin Jack (J18) ........................................................................................... 3-23

3.1.12 CD Deck Connector (J21)...................................................................................................... 3-24

3.1.13 LAN Connector (J23) ............................................................................................................. 3-25

3.1.14 CAN Port Connector (J24) ..................................................................................................... 3-26

3.1.15 External Expansion Connector 1 (J22) .................................................................................. 3-27



3.2 Operation Parts Layout .................................................................................................................. 3-30

3.2.1 Push Switches........................................................................................................................ 3-31

3.2.2 LEDs ...................................................................................................................................... 3-31

3.2.3 Potentiometer......................................................................................................................... 3-31

3.3 Dimensions..................................................................................................................................... 3-32

SH726B CPU Board R0K5726B0C000BR 1. Overview

R20UT0601EJ0100 Rev.1.00 1-1 Mar. 12, 2013

1. Overview

1.1 Overview

The R0K5726B0C000BR is a CPU Board to evaluate function s and performance of the Renesas electronics Corp. RISK microcomputer, SH726B, and to develop and evaluate application software. The features of the SH726B CPU Board are described below. • Generally includes a 16MB SDRAM (16-bit bus connection) and two 16MB serial flash memories. • Generally includes an RS-232C connector, a USB connector, a CAN connector and an SD card slot as the SH726B

peripheral function interfaces. • Includes audio interfaces such as an audio DAC and an audio CODEC, and a CD deck interface and a character type

LCD module connector, which enable advanced development for audio system. • The USB connector generally includes series A receptacles. This board has a Mini-B receptacle in substrate

configuration that can be mounted for evaluation of the USB host/function module. • Generally includes a LAN connector to enable software development and evaluation using the Ethernet. • Generally includes sixteen key input switches (4 pieces×4 AD input) which can be used as user interfaces. • The pins for the SH726B on-chip peripheral function are connected to the Renesas starter kit (RSK) common ring

connector and application headers, which enable timing evaluation for the peripheral devices using measurement hardware, and development for adequate expansion board.

• Enables to connect the on-chip emulator E10A-USB (Renesas Electronics Corp.).


R20UT0601EJ0100 Rev.1.00 1-2 Mar. 12, 2013

1.2 System Configuration Figure 1.1 shows the R0K5726B0C000BR System Configuration.

H-UDI port connector

SH726B CPU boardR0K5726B0C000BR

USB

＊:The devices should be prepared by users.

Debugger

Host computer *E10A-USB*

High-performance Embedded Workshop

SuperH RISC engine C/C++ compiler package

Serial port

SH726B

Application headerSD card

LAN

CD deck

MicrophoneHeadphone

Speaker

RCANport

Character LCD

**

AC adapter attached to CPU board

Application header

External expansion

connector 2

Eternal expansion

connector 3

External expansion connector 1

Figure 1.1 R0K5726B0C000BR System Configuration


R20UT0601EJ0100 Rev.1.00 1-3 Mar. 12, 2013

1.3 External Specification Table 1.1 lists the R0K5726B0C000BR External Specifications. Table 1.1 R0K5726B0C000BR External Specifications

Item Description CPU SH726B

• Input (XIN) clock: 12MHz

• CPU clock (Iφ): Up to 216MHz

• Bus clock (Bφ): Up to 72MHz

• Peripheral clock (Pφ): Up to 36MHz

• On-chip memory

High-speed on-chip RAM 64KB

Large capacity on-chip RAM: 125MB

Operand cache: 8KB

• Power voltage:

- Internal: 1.25V

- I/O: 3.3V

• 144-pin QFP 0.5mm pitch (package code: PLQP0144KA-A) Memories • SDRAM: 16MB

• Serial flash memories: 16MB×2 Connectors • Common ring connector (all CPU signals), optional

• Application header (bus, I/O, VCC and GND), optional

• Serial port connector (D-sub 9-pin)

• CAN port connector (3-pin, pin header)

• Character LCD interface connector (14-pin)

• USB series A receptacle×2, included as standard

(Mini-B receptacle is available only for the port 0)

• LAN connector (RJ-45)

• SD card slot

• CD deck connector

• External expansion connector, optional

• Line-out pin jack (HP and SPK)

• Mic-in pin jack

• DC power jack LEDs, Potentiometer • Power LED: 1

• User LEDs: 4

• Potentiometer (10KΩ): 1 Switches, Jumper • Reset switch: 1

• User switches: 3 (NMI, IRQ2 (connectable to ACTRG#), and PINT7) Board specification • Dimensions: 150mm×180mm

• Mounting form: 4-layer, double-sided

• Number of board: 1


R20UT0601EJ0100 Rev.1.00 1-4 Mar. 12, 2013

1.4 Exterior Appearance Figure 1.2 shows the R0K5726B0C000BR Exterior Appearance.

Figure 1.2 R0K5726B0C000BR Exterior Appearance


R20UT0601EJ0100 Rev.1.00 1-5 Mar. 12, 2013

1.5 Block Diagram Figure 1.3 shows the R0K5726B0C000BR Block Diagram.

SH726B(216MHz)

Switch(NMI, IRQ2, PINT7)

H-UDI port connector(14-pin)

Serial port connector

BSC

USB

PIOH-UDI SCIF

INTC

VBUS control

Ether -Controller

Ethernet controller

PeriperalI/O

Expansion connector

16 bits

SD card slot

( 16M B × 2)(16MB × 2)

シリアルフラッシュ

Serial flash RSPI

RQSPI

SDHI

FS × 2USB

connector

SDIOExternal expansion

connector 3

SSIF

SSIF

RSPILine-outMic-in

IIC3

SCIF

SSIFLine-out

AK4353

WM8978

TxD, RxD

ADCKey input4 × 4

SCIFTxD, RxD, RTS, CTS,

TxD, RxD, RTS, CTSExternal

expansion connector 2

RJ-45

SDRAM( 16 MB)

SDRAM(16MB)EEPROM

(MAC)

EEPROM(MAC)

DAC

DAC/ADC

RCANLevel shifter

and CAN driverHA13721

SSIF

RSPI

CD connector8V

CD deckpower supply

(8V)

Expansion connector

CAN connector

External expansion

connector 1

RCAN

Character LCD

16 bits

16 bits16 bits

Figure 1.3 R0K5726B0C000BR Block Diagram


R20UT0601EJ0100 Rev.1.00 1-6 Mar. 12, 2013

1.6 Parts Layout Figure 1.4 shows the R0K5726B0C000BR Parts Layout.

J5: 5

V in

put A

C a

dapt

er ja

ck

PW1: Power supply LED

J12: Serial port connector

SW

17: R

eset

sw

itch

U1SH726B

U2SDRAM

J6: H-UDI port connector

J24:

CAN

con

nect

or

J25:

Ext

erna

l exp

ansi

on

conn

ecto

r 2

J26:

Ext

erna

l exp

ansi

on

conn

ecto

r 3

J7: C

hara

cter

LC

D c

onne

ctor

J21: CD deck connector

J19: Line-out pin jack

J18: Mic-in pin jack

J22: External expansion connector 1

J23: LAN connector


U21: Audio CODEC

U20: Audio DAC

SW1

to S

W16

: U

ser s

witc

h

J8, J

10:

USB

con

nect

or

J9: U

SB

conn

ecto

r

J1 to J4: Common ring connector

JA1 to JA3, JA5, JA6: Application header

U4:

Ser

ial f

lash

mem

ory

2

SW19

: IR

Q2

switc

h

SW

18: N

MI s

witc

h

SW

20: P

INT7

sw

itch

X4: LAN controller resonator(25MHz)

U17: LAN controller

X2:

EXT

AL/X

TAL

reso

nato

r (1

2MH

z)

X3:

Aud

io o

scill

ator

(1

1.28

96M

Hz)

X1:

EXT

AL o

scill

ator

(48M

Hz)

LED1 to LED4: User LED

<Top view of the component side>

U11

: Res

et IC

U3:

Ser

ial f

lash

mem

ory

2

J11:

SD

car

d sl

ot

<Top view of the solder side>

Figure 1.4 R0K5726B0C000BR Parts Layout


R20UT0601EJ0100 Rev.1.00 1-7 Mar. 12, 2013

Table 1.2 lists the R0K5726B0C000BR Main Parts. Table 1.2 R0K5726B0C000BR Main Parts

Part No. Part name Model (Manufacturer) Recommended optional parts

U1 CPU SH726B (Renesas) U2 SDRAM EDS1216AATA (Elpida) U3, U4 Serial flash memory S25FL129P (Spansion) U17 LAN controller LAN9211 (SMSC) U13 RS-232C transceiver MAX3222CPW (TI) U14 CAN transceiver HA13721RPJE (Renesas) U9 3.3V regulator LMS1587CS-ADJ (NS) U10, U12 1.25V and 1.8V regulator LM2734XMK (NS) U11 Reset IC RNA51957BFP (Renesas) X2 XIN resonator (crystal) HCM49-12.000MABJ (Citizen) X1 XIN oscillator (with socket) Optional SG-8002DC (Epson) J1 to J4 Common ring connector Optional 18 pins×dual row pin headerJA1, JA2 Application header Optional 13 pins×dual row pin headerJA3 Application header Optional 25 pins×dual row pin headerJA5, JA6 Application header Optional 12 pins×dual row pin headerJ5 DC power jack KLDX-SMT2-0202-A (Kycon) J6 H-UDI port connector (14-pin) HTST-107-01-L-DV (Samtec) J23 LAN connector (RJ-4) J3011G21DNL (Pulse) J8, J9 USB series A receptacle UBA-4R-D14T-4D (JST) J10 USB Mini-B receptacle Optional 54819-0572 (MOLEX) J11 SD card slot DM1B-DSF-PEJ (HRS) J12 Serial port connector 154188 (ERNI) J24 CAN port connector B3P-SHF-1AA (JST) J7 Character LCD connector SSM-107-LM-DV-P (Samtec) J13 to J16, J20 External power supply connector Optional A2-2PA-2.54DSA (HRS) PW1 Power LED Blue LED1 to LED4 User LED Green, Orange, Red, Red VR1 Potentiometer CT-6ETV10KΩ (Nidec Copal) SW17 Reset switch B3S-1000 (Omron) SW18 to SW20 NMI, IRQ2, PINT7 switch B3S-1000 (Omron) X4 LAN controller resonator HCM49-25.000MABJ (Citizen) X3 Audio oscillator SG8002JF_11.2896MHz J17, J19 Line-out pin jack HSJ1456-010320 (Hosiden) J18 Mic-in pin jack HSJ1456-010320 (Hosiden) J21 CD deck connector IMSA-9617S-22 (IRISO Electronics) J22, J25, J26 External expansion connector Optional TST-110-01-T-D (Samtec)


R20UT0601EJ0100 Rev.1.00 1-8 Mar. 12, 2013

1.7 Memory Map Figure 1.5 shows the R0K5726B0C000BR Memory Mapping.

Figure 1.5 R0K5726B0C000BR Memory Mapping

Logical address

SH726B Logical space R0K5726B0C000BR

Memory mapping H'0000 0000

LAN controller (256B) 16-bit bus

H'0000 0100

CS0 space: 64MB

User area

H'0400 0000

CS1 space: 64MB User area

H'0800 0000

CS2 space: 64MB User area

H'0C00 0000

SDRAM (16MB) 16-bit bus

H'0D00 0000

CS3 space: 64MB

User area

H'1000 0000

CS4 space: 64MB User area User area

H'1400 0000

Reserved area (access disable)

H'1800 0000

SPI multi I/O bus space (16MB)

H'1900 0000

User area

H'1C00 0000

Large capacity on-chip RAM: 1.25MB

H'1C14 0000

Others: 192MB


H'2000 0000

CS0 to CS4 space, others (cache invalid space)

CS0 to CS4 space, others (cache invalid space)

H'4000 0000



H'8000 0000



H'FFF8 0000

High-speed on-chip RAM: 64KB High-speed on-chip RAM: 64KB

H'FFF9 0000

On-chip RAM, reserved (access disable)

On-chip RAM, reserved (access disable)

H'FFFC 0000

H'FFFF FFFF On-chip peripheral module, reserved On-chip peripheral module, reserved


R20UT0601EJ0100 Rev.1.00 1-9 Mar. 12, 2013

1.8 Absolute Maximum Ratings Table 1.3 lists the R0K5726B0C000BR Absolute Maximum Ratings. Table 1.3 R0K5726B0C000BR Absolute Maximum Ratings

Symbol Item Rated value Remarks 5VCC 5V system power supply voltage -0.3V to 6.0V Vss reference

3VCC *1 3.3V system power supply -0.3V to 4.0V Vss reference AVCC *2 Analog 3.3V system power

supply voltage -0.3V to 4.0V AVss reference

1.25VCC *3 1.25V system power supply -0.3V to 1.7V Vss reference Topr Operating ambient temperature *4 0°C to 50°C Do not expose to condensation or corrosive gases.Tstg Storage ambient temperature *4 -10°C to 60°C Do not expose to condensation or corrosive gases.

[Notes] *1. Scale when providing 3.3V system power supply directly from the external power supply connector. *2. Scale when providing analog 3.3V system power supply directly from the external power supply connector. *3. Scale when providing 1.25V system power supply directly from the external power supply connector. *4. The ambient temperature is the air temperature immediate to the board.

1.9 Operating Conditions Table 1.4 lists the R0K5726B0C000BR Operating Conditions. Table 1.4 R0K5726B0C000BR Operating Conditions

Symbol Item Rated value Remarks 5VCC 5V system power supply voltage 4.75V to 5.25V Vss reference

3VCC *1 3.3V system power supply 3.15V to 3.45V Vss reference AVCC *2 Analog 3.3V system power

supply voltage 3.15V to 3.45V Vss reference

1.25VCC *3 1.25V system power supply 1.19V to 1.31V Vss reference - Maximum consumption voltage

super Up to 1.5A Total of 5V, 3.3V, and 1.25V power supplies

Topr Operating ambient temperature *4 0°C to 40°C Do not expose to condensation or corrosive gases.

[Notes] *1. Scale when providing 3.3V system power supply directly from the external power supply connector. *2. Scale when providing analog 3.3V system power supply directly from the external power supply connector. *3. Scale when providing 1.25V system power supply directly from the external power supply connector. *4. The ambient temperature is the air temperature immediate to the board.


R20UT0601EJ0100 Rev.1.00 1-10 Mar. 12, 2013

This page intentionally left blank.

SH726B CPU Board R0K5726B0C000BR 2. Functional Specification

R20UT0601EJ0100 Rev.1.00 2-1

Mar. 12, 2013

2. Functional Specification

2.1 Functions Overview

Table 2.1.1 lists the R0K5726B0C000BR Function Modules. Table 2.1.1 R0K5726B0C000BR Function Modules

Section Function Description

2.2 CPU SH726B • Input (XIN) clock: 12MHz • Bus clock: Up to 72MHz • CPU clock: Up to 216MHz

2.3 Memory On-chip memory • High-speed on-chip RAM: 64KB • Large capacity on-chip RAM: 1.25MB

SDRAM: 16MB • Elpida EDS1216AATA-75E×1

Serial flash memory: 16MB • Spansion S25FL129P×2

2.4 USB Interface Connects the SH726B USB 2.0 host/function module to the USB connecter. 2.5 Serial Port Interface Connects the SH726B FIFO on-chip serial communication interface (SCIF) to the

serial port connector. 2.6 I/O Port Connects the SH726B I/O ports to the LED, the A/D converter and the user

switches (4×4). 2.7 Interrupt Switch Connects the SH726B NMI pin, IRQ2 pin and PINT7 pin to the push switch. 2.8 Clock Module Controls the system clock

Controls the peripheral I/O clock 2.9 Reset Module Executes reset control for the device embedded in the R0K5726B0C000BR.

2.10 Power Module Controls the R0K5726B0C000BR system power supply. 2.11 H-UDI Connects the SH726B user debug interface to the H-UDI port connector. 2.12 CAN Interface Connects the SH726B controller area network (RCAN) to the CAN transceiver. 2.13 Character LCD Module Connects the SH726B I/O ports to the character LCD module. 2.14 Audio Module Connects the SH726B to the D/A converter and the audio CODEC.

- includes a 96KHz 24-bit D/A converter - includes a stereo with speaker driver

2.15 CD Deck Interface Connects the SH726B Renesas serial peripheral interface (RSPI) and the serial sound interface (SSIF) to the CD deck.

2.16 SD Card Interface Connects the SH726B SD host interface (SDHI) to the SD card slot. 2.17 LAN Interface Connects the SH726B to the Ethernet controller. 2.18 External Expansion

Connector 1 (J22) Interface

Connects the SH726B FIFO on-chip serial communication interface (SCIF), the serial sound interface (SSIF) and the general purpose port to the external expansion connector 1 (J22).

2.19 External Expansion Connector 2 (J25) Interface

Connects the SH726B FIFO on-chip serial communication interface (SCIF), the serial sound interface (SSIF), the I2C bus interface (IIC3) and the general purose port to the external expansion connector 2 (J25).

2.20 External Expansion Connector 3 (J26) Interface

Connects the SH726B FIFO on-chip serial communication interface (SCIF) and the general purpose port to the external expansion connector 3 (J26).

- Operating Specifications Chapter 3 describes the details of connectors, switches and LEDs.


R20UT0601EJ0100 Rev.1.00 2-2

Mar. 12, 2013

2.2 CPU

2.2.1 SH726B Overview The R0K5726B0C000BR includes a 32-bit RISC microcomputer, SH726B which runs at a maximum CPU clock frequency of 216MHz.

2.2.2 SH726B Pin Functions Table 2.2.1 to Table 2.2.5 list the SH726B pin functions used on the R0K5726B0C000BR. Table 2.2.1 SH726B Pin Functions (1)

Pin No.

Pin name Function Description Expansion connector Remarks

1 PD14 / D14 / SD_D3 D14 Data bus JA3-35 2 PD15 / D15 / SD_D2 D15 Data bus JA3-36 3 PVcc 4 PB1 / A1 / SSISCK3 A1 Address bus JA3-2 5 Vss 6 PB2 / A2 / SSIWS3 A2 Address bus JA3-3 7 PB3 / A3 / SSIDATA3 A3 Address bus JA3-4 8 PB4 / A4 / CTS0# A4 Address bus JA3-5

SD_D3 Connected to the SD card slot JA2-8 9

PJ6 / SD_D3 / CS4# / RxD1 / AUDATA2 RxD1 Connected to the external expansion connector 1 (J22)

SD_D2 Connected to the SD card slot JA2-6 10

PJ7 / SD_D2 / BS# / TxD1 / AUDATA3 TxD1 Connected to the external expansion connector 1 (J22)

11 PVcc 12 PB5 / A5 / RTS0# A5 Address bus JA3-6 13 Vss 14 PB6 / A6 / SCK0 / SSISCK2 A6 Address bus JA3-7 15 Vcc 16 PB7 / A7 / RxD0 A7 Address bus JA3-8 17 PB8 /A8 / TxD0 A8 Address bus JA3-9 18 PB9 / A9 / SCK1 / SSIWS2 A9 Address bus JA3-10

19 PJ8 / TIOC3A / A23 / SCK2 / SSISCK2 / TEND0

SSISCK2 Connected to the D/A converter (AK4353) JA6-3

20 PJ9 / TIOC3B / A24 / RxD2 / SSIWS2 / DREQ0

SSIWS2 Connected to the D/A converter (AK4353) JA2-13 JA6-1

21 PJ10 / TIOC3C / A25 / TxD2 / SSIDATA2 / DACK0

SSIDATA2 Connected to the D/A converter (AK4353) JA6-2

22 PVcc A10 Address bus JA3-11

23 PB10 / A10 / RxD1

RxD1 Connected to the external expansion connector 2 (J25) 24 Vss

A11 Address bus JA3-12 25

PB11 / A11 / TxD1 TxD1 Connected to the external expansion connector 2 (J25)

26 Vcc

27 PB12 / A12 / SCK2 / SSIDATA2 A12 Address bus JA6-10

JA3-13


PB13 / A13 / RxD2 RxD2 Connected to the external expansion connector 3 (J26) JA3-14

: 3.3V system power supply, : 1.25V system power supply, : GND


R20UT0601EJ0100 Rev.1.00 2-3

Mar. 12, 2013

Table 2.2.2 SH726B Pin Functions (2)

Pin No.

Pin name Function Description Expansion connector

Remarks


PB14 / A14 / TxD2 TxD2 Connected to the external expansion connector 3 (J26) JA3-15

30 PB15 / A15 / RSPCK0 / TIOC0B RSPCK0 Connected to the serial flash memory 2, the CD deck

interface and the audio CODEC (WM8978) JA2-9 JA3-16

31 PB16 / A16 / SSL00 / TIOC1B SSL00 Connected to the serial flash memory 2 as a select

signal JA2-19 JA3-37

32 PB17 / A17 / MOSI0 / TIOC2B MOSI0 Connected to the serial flash memory 2, the CD deck

interface and the audio CODEC (WM8978) JA3-38

33 PB18 / A18 / MISO0 / TIOC3B MISO0 Connected to the serial flash memory 2, the CD deck

interface and the audio CODEC (WM8978) JA3-39

34 PVcc

35 PB19 / A19 / SSISCK0 / TIOC0C SSISCK0 Connected to the audio CODEC (WM8978) JA2-23

JA3-40

36 Vss 37 PB20 / A20 / SSIWS0 / TIOC0D SSIWS0 Connected to the audio CODEC (WM8978) JA3-41 38 PB21 / A21 / SSIRxD0 / TIOC3C SSIRxD0 Connected to the audio CODEC (WM8978) JA3-42 39 PB22 / A22 / SSITxD0 TIOC3D SSITxD0 Connected to the audio CODEC (WM8978) JA3-43 40 PK0 / SCK3 / RTC_X1 PK0 Connected to the PDN# of D/A converter (AK4353) JA6-11 41 PK1 / TxD3 / RTC_X2 TxD3 Connected to the serial port connector JA6-9 42 PF6 / IRQ2 / RxD3 IRQ2 Connected to the interrupt switch JA2-7

43 PF7 / IRQ3 / RxD4 PF7 Connected to the audio CODEC (WM8978) as a select

signal

44 PVcc 45 CKIO CKIO Connected to CLK pin of the SDRAM JA3-44 46 Vss 47 RES# RES# Reset input JA2-1 48 Vss 49 PLLVcc 50 NMI NMI Non-maskable interrupt JA2-3 51 Vcc 52 EXTAL EXTAL JA2-2 53 XTAL XTAL

Connects the 12MHz crystal resonator

54 Vss 55 PG2 / DM1 / PINT2 DM1 USB channel 1 differential signal D- data 56 PG3 / DP1 / PINT3 DP1 USB channel 1 differential signal D+ data 57 Vss 58 PVcc 59 PG0 / DM0 / PINT0 DM0 USB channel 0 differential signal D- data 60 PG1 / DP0 / PINT1 DP0 USB channel 0 differential signal D+ data 61 ASEMD# ASEMD# ASE mode select 62 PH0 / AN0 / IRQ0 / VBUS VBUS VBUS input JA1-9 63 PH1 / AN1 / IRQ1 / RxD0 AN1 Connected to the analog input of key matrix JA1-10

64 PH2 / AN2 / IRQ2 / WAIT# AN2 Connected to the analog input of key matrix JA1-11

JA3-45

65 PH3 / AN3 / IRQ3 AN3 Connected to the analog input of key matrix JA1-12

66 PH4 / AN4 / PINT4 / RxD1 AN4 Connected to the analog input of key matrix JA2-9

JA5-1



R20UT0601EJ0100 Rev.1.00 2-4

Mar. 12, 2013


Pin No.


Remarks

67 PH5 / AN5 / PINT5 / RxD2 PINT5 Ethernet controller interrupt input JA2-23

JA5-2

68 AVss JA1-6

69 PH6 / AN6 / PINT6 / RxD3 RxD3 Connected to the serial port connector JA5-3

JA6-12

70 AVcc

71 PH7 / AN7 / PINT7 / RxD4 PINT7 Connected to the CD deck interface and the external

expansion connector 1 (J22) JA5-4

72 AVref AVref ADC analog reference voltage JA1-7 73 TRST# TRST# Initialization signal input port

74 ASEBRKAK#/ASEBRK# ASEBRKA

K#/ ASEBRK#

Break mode acknowledge/Break request

75 TD0 TD0 Test data output

76 TD1 TD1 Test data input

77 TMS TMS Test mode select

78 TCK TCK Test clock 79 AUDIO_X2 AUDIO_X2 Open 80 AUDIO_X1 AUDIO_X1 Connects the audio external clock 81 PVcc

PF0 Connected to the character LCD module JA1-15 82

PF0 / RSPCK0 / SPBCLK SPBCLK Connected to the serial flash memory 1

83 Vss PF1 Connected to the character LCD module JA1-16

84 PF1 / SSL00 / SPBSSL

SPBSSL Connected to the serial flash memory 1 PF2 Connected to the character LCD module JA1-17

85

PF2 / MOSI0 / SPBMO_0/SPBIO0_0 SPBMO_0

/ SPBIO0_0

Connected to the serial flash memory 1


PF3 / MISO0 / SPBMI_0/SPBIO1_0 SPBMI_0/

SPBIO1_0Connected to the serial flash memory 1

87 PJ11 / TIOC3D / IRQ0 / SCK4 / CRx0 / IERxD / RSPCK2

PJ11 Connected to the CD deck interface as a select signal JA1-23 JA2-14

88 PJ12 / SSISCK3 / A0 / TxD4 / CTx0 / IETxD / SSL20

SSISCK3 Connected to the CD deck interface and the external expansion connector 1 (J22)

JA3-1

89 PVcc PF4 Connected to the character LCD module JA1-19

90 PF4 / SPBIO2_0

SPBIO2_0 Connected to the serial flash memory 1 91 Vss


PF5 / SPBIO3_0 SPBIO3_0 Connected to the serial flash memory 1

93 Vcc PA0 Connected to the test pin (TH3)

94 PA0 / MD_CLK

MD_CLK Connected to the DIPSW as a clock mode input PA1 D+ pull-up resistor control pin while the USB channel 0

function is in operation

95 PA1 / MD_BOOT

MD_BOOT Connected to the DIPSW as a boot mode input SSIWS3 Connected to the CD deck interface and the external


96 PJ13 / SSIWS3 / IRQ1 / RxD4 / CRx1 / CRx0/CRx1 / MOSI2

CRx1 Connected to the CAN transceiver



R20UT0601EJ0100 Rev.1.00 2-5

Mar. 12, 2013


Pin No.


Remarks

SSIDATA3 Connected to the CD deck interface and the external expansion connector 1 (J22)

JA2-5 JA5-7

97

PJ14 / SSIDATA3 / WDTOVF# / CTx1 / CTx0&CTx1 / MISO2

CTx1 Connected to the CAN transceiver PJ0 Connected to the external expansion connector 1 (J22) JA5-9

98 PJ0 / SD_CD / IRQ4

SD_CD Connected to the SD card slot

99 PC0 / CS0# / TIOC4A / AUDIO_XOUT

CS0# Connected to the Ethernet controller JA2-15 JA3-27

100 PVcc RD# Connected to the Ethernet controller JA2-17

101 PC1 / RD# / TIOC4B / SPDIF_IN

PC1 Connected to the external expansion connector 3 (J26) JA3-25 102 Vss

RD/WR# Connected to the SDRAM JA2-16 103

PC2 / RD/WR# / TIOC4C / SPDIF_OUT PC2 Connected to the external expansion connector 3 (J26) JA3-26

104 Vcc WE0# /DQML

Connected to the SDRAM JA2-18 105

PC3 / WE0# /DQML / TIOC4D

PC3 Connected to the external expansion connector 3 (J26) JA3-48 WE1#/DQMU

Connected to the SDRAM JA3-47 106

PC4 / WE1#/DQMU / WDTOVF#

PC4 Connected to the external expansion connector 3 (J26) RAS# Connected to the SDRAM JA5-6 CRx0 Connected to the JA connector JA3-50 107

PC5 / RAS# / IRQ4 / CRx0 / IERxD

PC5 Connected to the external expansion connector 3 (J26) CAS# Connected to the SDRAM JA5-5 CTx0 Connected to the JA connector JA3-49 108

PC6 / CAS# / IRQ5 / CTx0 / IETxD

PC6 Connected to the external expansion connector 3 (J26) 109 PE0 / SCL0 / IRQ0 PE0 Enable signal of the character LCD

110 PE1 / SDA0 / IRQ1 PE1 Connected to the CD deck interface and the external

expansion connector 1 (J22)

111 PE2 / SCL1 / AUDIO_CLK AUDIO_C

LK Connected to the external expansion connector 2 (J25)

112 PE3 / SDA1 / ADTRG# PE3 Connected to the CD deck interface and the external


113 PE4 / SCL2 / TCLKA SCL2 Connected to the D/A converter (AK4353) and the

external expansion connector 2 (J25) JA2-21

114 PE5 / SDA2 / TCLKB SDA2 Connected to the D/A converter (AK4353) and the

external expansion connector 2 (J25) JA2-22

115 PE6 / SCL3 / TCLKC SCL3 Connected to the test pin (TH6) JA1-26

JA2-25

116 PE7 / SDA3 / TCLKD SDA3 Connected to the test pin (TH7) JA1-25

JA2-26

PC7 Connected to the external expansion connector 2 (J25) JA3-46 117

PC7 / CKE / IRQ6 / CRx1 / CRx0/CRx1 CKE Connected to the SDRAM

118 Vss 119 PVcc

120 PC8 / CS3# / IRQ7 / CTx1 / CTx0&CTx1

CS3# Connected to the SDRAM JA3-45

D0 Data bus JA3-17 121

PD0 / D0 / SSISCK1 / SIOFSCK / SPBMO_1/SPBIO0_1 SSISCK1 Connected to the external expansion connector 2 (J25)


PD1 / D1 / SSIWS1 / SIOFSYNC / SPBMI_1/SPBIO1_1 SSIWS1 Connected to the external expansion connector 2 (J25)



R20UT0601EJ0100 Rev.1.00 2-6

Mar. 12, 2013


Pin No.


Remarks


PD2 / D2 / SSIRxD1 / SIOFRxD / SPBIO2_1 SSIRxD1 Connected to the external expansion connector 2 (J25)

PJ1 Connected to the external expansion connector 1 (J22) JA5-10 JA3-28

124

PJ1 / SD_WP / CS2# / IRQ5 / AUDIO_XOUT

SD_WP Connected to the SD card slot PJ2 Connected to the external expansion connector 1 (J22) JA1-21

125 PJ2 / SD_D1 / IRQ6 / AUDCK

SD_D1 Connected to the SD card slot 126 PVcc


PD3 / D3 / SSITxD1 / SIOFTxD / SPBIO3_1 SSITxD1 Connected to the external expansion connector 2 (J25)

128 Vss D4 Data bus JA3-21

129 PD4 / D4 / RSPCK1 / SCK3 / CTS1# CTS1# Connected to the external expansion connector 2 (J25)

130 Vcc D5 Data bus JA3-22

131 PD5 / D5 / SSL10 / TxD3 / RTS1#

RTS1# Connected to the external expansion connector 2 (J25) D6 Data bus JA3-23

132 PD6 / D6 / MOSI1 / SCK4 / CTS2# CTS2# Connected to the external expansion connector 3 (J26)

PJ3 Connected to the exernal expansion connector 1 (J22) JA1-22 133

PJ3 / SD_D0 / IRQ7 / AUDSYNC# SD_D0 Connected to the SD card slot

134 PJ4 / SD_CLK / CS1# / AUDATA0

SD_CLK Connected to the SD card slot JA2-11

SD_CMD Connected to the SD card slot JA2-10 135

PJ5 / SD_CMD / SCK1 / AUDATA1 SCK1 Connected to the external expansion connector 1 (J22)

136 PVcc D7 Data bus JA3-24

137 PD7 / D7 / MISO1 / TxD4 / RTS2#

RTS2# Connected to the external expansion connector 3 (J26) 138 Vss

139 PD8 / D8 / SD_CD / TIOC0A D8 Data bus JA2-7

JA3-29

140 PD9 / D9 / SD_WP / TIOC1A D9 Data bus JA2-23

JA3-30

141 PD10 / D10 / SD_D1 / TIOC2A D10 Data bus JA2-20

JA3-31

142 PD11 / D11 / SD_D0 / TIOC3A D11 Data bus JA6-13

JA3-32

143 PD12 / D12 / SD_CLK / IRQ2 D12 Data bus JA3-33 144 PD13 / D13 / SD_CMD / IRQ3 D13 Data bus JA3-34



R20UT0601EJ0100 Rev.1.00 2-7

Mar. 12, 2013

2.2.3 R0K5726B0C000BR Module Combination Availability Table 2.2.6 list the R0K5726B0C000BR Module Combination Availability. The symbol of "Y" on the table indicates that both modules can be used in combination, and the "N" indicates that combination use is not available. Table 2.2.6 R0K5726B0C000BR Module Combination Availability

SH726BPeripheralfunction

Module name S

DR

AM

Ser

ial f

lash

mem

ory

1

Ser

ial f

lash

mem

ory

2

USB

Ser

ial p

ort

Use

r sw

itch

(4×4

)

LE

D (×

4)

NM

I sw

itch

IRQ

2 sw

itch

H-U

DI (

14-p

in)

CAN

tran

scei

ver

Cha

ract

er L

CD

mod

ule

D/A

con

verte

r (A

K435

3)

Aud

io C

OD

EC

(WM

8978

)

CD

dec

k in

terfa

ce*3

SD

car

d

LA

N in

terfa

ce

Ext

erna

l ext

pans

ion

conn

ecto

r 1 *3

Ext

erna

l exp

ansi

on c

onne

ctor

2

Ext

erna

l exp

ansi

on c

onne

ctor

3

BSC SDRAM Y Y Y Y Y N Y Y Y Y Y Y Y Y Y Y Y N NSPIBSC Serial flash memory 1 (U3) Y Y Y Y Y Y Y Y Y Y *1 Y Y Y Y Y Y Y YRSPI_0 Serial flash memory 2 (U4) Y Y Y Y Y Y Y Y Y Y Y Y *2 *2 Y Y Y Y YUSB USB Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y YSCIF_3 Serial port Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y YADC User Switch (4×4) Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y YI/O port LED (×4) N Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y YINTC NMI switch Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y YINTC IRQ2 switch Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y YH-UDI H-UDI (14-pin) Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y YRCAN_1 CAN transceiver Y Y Y Y Y Y Y Y Y Y Y Y Y N Y Y N Y YI/O port Character LCD module Y *1 Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y YIIC3_2, SSIF_2 D/A converter (AK4353) Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y YRSPI_0, SSIF_0 Audio CODEC (WM8978) Y Y *2 Y Y Y Y Y Y Y Y Y Y Y N Y Y Y YRSPI_0, SSIF_3 CD deck interface*3 Y Y *2 Y Y Y Y Y Y Y N Y Y Y Y Y N Y YSDHI SD card Y Y Y Y Y Y Y Y Y Y Y Y Y N Y Y N Y YBSC LAN interface Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y N N SCIF_1, SSIF_3 External expansion connector 1 *3 Y Y Y Y Y Y Y Y Y Y N Y Y Y N N Y Y YSCIF_1, SSIF_1, IIC3_2 External expansion connector 2 N Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y N Y YSCIF_2 External expansion connector 3 N Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y N Y Y

*1: Either one can be use.*2: Make sure the select signal is under the software control when these devices are used together.*3: A zero-ohm resistor must be mounted when using the CD deck interface or the external expansion connector 1.

R0K5726B0C000BR

R0K

5726

B0C

000B

R


R20UT0601EJ0100 Rev.1.00 2-8

Mar. 12, 2013

2.2.4 SH726B Multiplexed Pins Table 2.2.7 to Table 2.2.18 list the SH726B multiplexed pins functions used for the R0K5726B0C000BR. The initial values of these pins are set to port input pins. The MD bit of the port control register must be set to use the peripheral functions (except I/O ports). Table 2.2.7 SH726B Multiplexed Pins Functions (BSC1)

SH726B port control register Peripheral function

Pin name Register name

MD bit setting value SH726B

Multiplexed pin name

BSC CS0# PCCR0 PC0MD[1:0] = B'01 PC0 / CS0# / TIOC4A / AUDIO_XOUT CS3# PCCR2 PC8MD[2:0] = B'001 PC8 / CS3# / IRQ7 / CTx1 / CTx0&CTx1 RD# PCCR0 PC1MD[1:0] = B'01 PC1 / RD# / TIOC4B / SPDIF_IN WE0#/DQMLL PCCR0 PC3MD[1:0] = B'01 PC3 / WE0#/DQMLL / TIOC4D WE1#/WE#/DQMLU PCCR1 PC4MD[1:0] = B'01 PC4 / WE1#/DQMLU / WDTOVF# RAS# PCCR2 PC5MD[2:0] = B'001 PC5 / RAS# / IRQ4 / CRx0 / IERxD CAS# PCCR2 PC6MD[2:0] = B'001 PC6 / CAS# / IRQ5 / CTx0 / IETxD CKE PCCR2 PC7MD[2:0] = B'001 PC7 / CKE / IRQ6 / CRx1 / CRx0/CRx1 RD/WR# PCCR0 PC2MD[1:0] = B'01 PC2 / RD/WR# / TIOC4C / SPDIF_OUT A14 PBCR3 PB14MD[1:0] = B'01 PB14 / A14 / TxD2 A13 PBCR3 PB13MD[1:0] = B'01 PB13 / A13 / RxD2 A12 PBCR3 PB12MD[1:0] = B'01 PB12 / A12 / SCK2 / SSIDATA2 A11 PBCR2 PB11MD[1:0] = B'01 PB11 / A11 / TxD1 A10 PBCR2 PB10MD[1:0] = B'01 PB10 / A10 / RxD1 A9 PBCR2 PB9MD[1:0] = B'01 PB9 / A9 / SCK1 / SSIWS2 A8 PBCR2 PB8MD[1:0] = B'01 PB8 / A8 / TxD0 A7 PBCR1 PB7MD[1:0] = B'01 PB7 / A7 / RxD0 A6 PBCR1 PB6MD[1:0] = B'01 PB6 / A6 / SCK0 / SSISCK2 A5 PBCR1 PB5MD[1:0] = B'01 PB5 / A5 / RTS0# A4 PBCR1 PB4MD[1:0] = B'01 PB4 / A4 / CTS0# A3 PBCR0 PB3MD[1:0] = B'01 PB3 / A3 / SSIDATA3 A2 PBCR0 PB2MD[1:0] = B'01 PB2 / A2 / SSIWS3 A1 PBCR0 PB1MD[1:0] = B'01 PB1 / A1 / SSISCK3 D15 PDCR3 PD15MD[1:0] = B'01 PD15 / D15 / SD_D2 D14 PDCR3 PD14MD[1:0] = B'01 PD14 / D14 / SD_D3 D13 PDCR3 PD13MD[1:0] = B'01 PD13 / D13 / SD_CMD / IRQ3 D12 PDCR3 PD12MD[1:0] = B'01 PD12 / D12 / SD_CLK / IRQ2 D11 PDCR2 PD11MD[1:0] = B'01 PD11 / D11 / SD_D0 / TIOC3A D10 PDCR2 PD10MD[1:0] = B'01 PD10 / D10 / SD_D1 / TIOC2A D9 PDCR2 PD9MD[1:0] = B'01 PD9 / D9 / SD_WP / TIOC1A D8 PDCR2 PD8MD[1:0] = B'01 PD8 / D8 / SD_CD / TIOC0A D7 PDCR1 PD7MD[2:0] = B'001 PD7 / D7/ MISO1 / TxD4 / RTS2# D6 PDCR1 PD6MD[2:0] = B'001 PD6 / D6 / MOSI1 / SCK4 / CTS2# D5 PDCR1 PD5MD[2:0] = B'001 PD5 / D5 / SSL10 / TxD3 / RTS# D4 PDCR1 PD4MD[2:0] = B'001 PD4 / D4 / RSPCK1 / SCK3 / CTS1# D3 PDCR0 PD3MD[2:0] = B'001 PD3 / D3 / SSITxD1 / SIOFTxD / SPBIO3_1 D2 PDCR0 PD2MD[2:0] = B'001 PD2 / D2 / SSIRxD1 / SIOFRxD / SPBIO2_1 D1 PDCR0 PD1MD[2:0] = B'001 PD1 / D1 / SSIWS1 / SIOFSYNC / SPBMI_1/SPBIO1_1 D0 PDCR0 PD0MD[2:0] = B'001 PD0 / D0 / SISCK1 / SIOFSCK / SPBMO_1/SPBIO0_1

Note: Bold letters indicate setting function.


R20UT0601EJ0100 Rev.1.00 2-9

Mar. 12, 2013

Table 2.2.8 SH726B Multiplexed Pins Functions (INTC)





INTC IRQ2 PFCR1 PF6MD[1:0] = B'10 PF6 / IRQ2 / RxD3 PINT5 PHCR1 PH5MD[1:0] = B'10 PH5 / AN5 / PINT5 / RxD2 PINT7 PHCR1 PH7MD[1:0] = B'10 PH7 / AN7 / PINT7 / RxD4

Note: Bold letters indicate setting function. Table 2.2.9 SH726B Multiplexed Pins Functions (SCIF)





SCIF SCK1 PJCR1 PJ5MD[1:0] = B'11 PJ5 / SD_CMD / SCK1 PJCR1 PJ6MD[1:0] = B'11 PJ6 / SD_D3 / CS4# / RxD1 RxD1 PBCR2 PB10MD[1:0] = B'10 PB10 / A10 / RxD1 PJCR1 PJ7MD[1:0] = B'11 PJ7 / SD_D2 / BS# / TxD1 TxD1 PBCR2 PB11MD[1:0] = B'10 PB11 / A11 / TxD1

CTS1# PDCR1 PD4MD[2:0] = B'100 PD4 / D4 / RSPCK1 / SCK3 / CTS1# RTS1# PDCR1 PD5MD[2:0] = B'100 PD5 / D5 / SSL10 / TxD3 / RTS1# RxD2 PBCR3 PB13MD[1:0] = B'10 PB13 / A13 / RxD2 TxD2 PBCR3 PB14MD[1:0] = B'10 PB14 / A14 / TxD2 CTS2# PDCR1 PD6MD[2:0] = B'100 PD6 / D6 / MOSI1 / SCK4 / CTS2# RTS2# PDCR1 PD7MD[2:0] = B'100 PD7 / D7 / MISO1 / TxD4 / RTS2# RxD3 PHCR1 PH6MD[1:0] = B'11 PH6 / AN6 / PINT6 / RxD3 TxD3 PKCR0 PK1MD = 1 PK1/RTC_X2 / TxD3

Note: Bold letters indicate setting function. Table 2.2.10 SH726B Multiplexed Pins Functions (IIC3)





IIC3 SDA3 PECR1 PE7MD[1:0] = B'01 PE7 / SDA3 / TCLKD SCL3 PECR1 PE6MD[1:0] = B'01 PE6 / SCL3 / TCLKC SDA2 PECR1 PE5MD[1:0] = B'01 PE5 / SDA2 / TCLKB SCL2 PECR1 PE4MD[1:0] = B'01 PE4 / SCL2 / TCLKA

Note: Bold letters indicate setting function. Table 2.2.11 SH726B Multiplexed Pins Functions (RCAN)





RCAN CTx0 PCCR2 PC6MD[2:0] = B'011 PC6 / CAS# / IRQ5 / CTx0 / IETxD CRx0 PCCR2 PC5MD[2:0] = B'011 PC5 / RAS# / IRQ4 / CRx0 / IERxD CTx1 PJCR4 PJ14MD[2:0] = B'100 PJ14 / SSIDATA3 / WDTOVF# / CTx1 / CTx0&CTx1 / MISO2 CRx1 PJCR3 PJ13MD[2:0] = B'100 PJ13 / SSIWS3 / IRQ1 / RxD4 / CRx1 / CRx0/CRx1 / MOSI2



R20UT0601EJ0100 Rev.1.00 2-10

Mar. 12, 2013

Table 2.2.12 SH726B Multiplexed Pins Functions (RSPI)





RSPI MISO0 PBCR4 PB18MD[1:0] = B'10 PB18 / A18 / MISO0 / TIOC3B MOSI0 PBCR4 PB17MD[1:0] = B'10 PB17 / A17 / MOSI0 / TIOC2B SSL00 PBCR4 PB16MD[1:0] = B'10 PB16 / A16 / SSL00 / TIOC1B RSPCK0 PBCR3 PB15MD[1:0] = B'10 PB15 / A15 / RSPCK0 / TIOC0B

Note: Bold letters indicate setting function. Table 2.2.13 SH726B Multiplexed Pins Functions (SPIBSC)





RQSPI SPBIO3_0 PFCR1 PF5MD[1:0] = B'10 PF5 / SPBIO3_0 SPBIO2_0 PFCR1 PF4MD[1:0] = B'10 PF4 / SPBIO2_0 SPBMI_0/SPBIO1_0 PFCR0 PF3MD[1:0] = B'10 PF3 / MISO0 / SPBMI_0/SPBIO1_0 SPBMO_0/SPBIO0_0 PFCR0 PF2MD[1:0] = B'10 PF2 / MOSI0 / SPBMO_0/SPBIO0_0 SPBSSL PFCR0 PF1MD[1:0] = B'10 PF1 / SSL00 / SPBSSL SPBCLK PFCR0 PF0MD[1:0] = B'10 PF0 / RSPCK0 / SPBCLK

Note: Bold letters indicate setting function. Table 2.2.14 SH726B Multiplexed Pins Functions (SDHI)





SDHI SD_D2 PJCR1 PJ7MD[1:0] = B'01 PJ7 / SD_D2 / BS# / TxD1 SD_D3 PJCR1 PJ6MD[1:0] = B'01 PJ6 / SD_D3 / CS4# / RxD1 SD_CMD PJCR1 PJ5MD[1:0] = B'01 PJ5 / SD_CMD / SCK1 SD_CLK PJCR1 PJ4MD[1:0] = B'01 PJ4 / SD_CLK / CS1# SD_D0 PJCR0 PJ3MD[1:0] = B'01 PJ3 / SD_D0 / IRQ7 SD_D1 PJCR0 PJ2MD[1:0] = B'01 PJ2 / SD_D1 / IRQ6 SD_WP PJCR0 PJ1MD[2:0] = B'001 PJ1 / SD_WP / CS2# / IRQ5 / AUDIO_XOUT SD_CD PJCR0 PJ0MD[1:0] = B'01 PJ0 / SD_CD / IRQ4



R20UT0601EJ0100 Rev.1.00 2-11

Mar. 12, 2013

Table 2.2.15 SH726B Multiplexed Pins Functions (SSIF)





SSIF SSITxD0 PBCR5 PB22MD[1:0] = B'10 PB22 / A22 / SSITxD0 / TIOC3D SSIRxD0 PBCR5 PB21MD[1:0] = B'10 PB21 / A21 / SSIRxD0 / TIOC3C SSIWS0 PBCR5 PB20MD[1:0] = B'10 PB20 / A20 / SSIWS0 / TIOC0D SSISCK0 PBCR4 PB19MD[1:0] = B'10 PB19 / A19 / SSISCK0 / TIOC0D SSITxD1 PDCR0 PD3MD[2:0] = B'010 PD3 / D3 / SSITxD1 / SIOFTxD / SPBIO3_1 SSIRxD1 PDCR0 PD2MD[2:0] = B'010 PD2 / D2 / SSIRxD1 / SIOFRxD / SPBIO2_1 SSIWS1 PDCR0 PD1MD[2:0] = B'010 PD1 / D1 / SSIWS1 / SIOFSYNC / SPBMI_1/SPBIO1_1 SSISCK1 PDCR0 PD0MD[2:0] = B'010 PD0 / D0 / SSISCK1 / SIOFSCK / SPBMO_1/SPBIO0_1 SSIDATA2 PJCR2 PJ10MD[2:0] = B'100 PJ10 / TIOC3C / A25 / TxD2 / SSIDATA2 / DACK0 SSIWS2 PJCR2 PJ9MD[2:0] = B'100 PJ9 / TIOC3B / A24 / RxD2 / SSIWS2 / DREQ0 SSISCK2 PJCR2 PJ8MD[2:0] = B'100 PJ8 / TIOC3A / A23 / SCK2 / SSISCK2 / TEND0 SSIDATA3 PJCR4 PJ14MD[2:0] = B'001 PJ14 / SSIDATA3 / WDTOVF# / CTx1 / CTx0&CTx1 / MISO2 SSIWS3 PJCR3 PJ13MD[2:0] = B'001 PJ13 / SSIWS3 / IRQ1 / RxD4 / CRx1 / CRx0/CRx1 / MOSI2 SSISCK3 PJCR3 PJ12MD[2:0] = B'001 PJ12 / SSISCK3 / A0 / TxD4 / CTx0 / IETxD / SSL20

Note: Bold letters indicate setting function. Table 2.2.16 SH726B Multiplexed Pins Functions (ADC)





ADC AN4 PHCR1 PH4MD[1:0] = B'01 PH4 / AN4 / PINT4 / RxD1 AN3 PHCR0 PH3MD[1:0] = B'01 PH3 / AN3 / IRQ3 / AN2 PHCR0 PH2MD[1:0] = B'01 PH2 / AN2 / IRQ2 / WAIT# AN1 PHCR0 PH1MD[1:0] = B'01 PH1 / AN1 / IRQ1 / RxD0

Note: Bold letters indicate setting function. Table 2.2.17 SH726B Multiplexed Pins Functions (USB)





USB VBUS PHCR0 PH0MD[1:0] = B'11 PH0 / AN0 / IRQ0 / VBUS DP1 PGCR0 PG3MD[1:0] = B'01 PG3 / DP1 / PINT3 DM1 PGCR0 PG2MD[1:0] = B'01 PG2 / DM1 / PINT2 DP0 PGCR0 PG1MD[1:0] = B'01 PG1 / DP0 / PINT1 DM0 PGCR0 PG0MD[1:0] = B'01 PG0 / DM0 / PINT0



R20UT0601EJ0100 Rev.1.00 2-12

Mar. 12, 2013

Table 2.2.18 SH726B Multiplexed Pins Functions (PORT)





PORT PA1 - -*1 PA1 / MD_BOOT PA0 - -*1 PA0 / MD_CLK PC7 PCCR2 PC7MD[2:0] = B'000 PC7 / CKE / IRQ6 / CRx1 / CRx0/CRx1 PE0 PECR0 PE0MD[1:0] = B'00 PE0 / SCL0 / IRQ0 PE1 PECR0 PE1MD[1:0] = B'00 PE1 / SDA0 / IRQ1 PE3 PECR0 PE3MD[1:0] = B'00 PE3 / SDA1 / ADTRG#

*1: Always general purpose I/O function when RES# = H



R20UT0601EJ0100 Rev.1.00 2-13

Mar. 12, 2013

2.3 Memory The R0K5726B0C000BR includes the SH726B on-chip RAM, an external serial flash memory, and an external SDRAM. The details are described as follows.

2.3.1 SH726B On-Chip RAM The SH726B includes a high-speed accessible 64KB high-speed on-chip RAM and a 1.25MB large capacity on-chip RAM (128KB is shared with the RAM for data-retention).


R20UT0601EJ0100 Rev.1.00 2-14

Mar. 12, 2013

2.3.2 SDRAM Interface The R0K5726B0C000BR generally includes one external SDRAM (listed in Table 2.3.1). The SDRAM is controlled by the bus state controller (BSC) embedded in the SH726B. On the R0K5726B0C000BR, only 16-bit bus is accessible. Figure 2.3.1 shows the SDRAM Block Diagram. Table 2.3.1 SDRAM Overview

Spec. Contents

Part number EDS1216AATA-75E Composition 16MB (16 bit bus width)×1 Capacity 16MB Access time 7.5ns CAS latency 2 (when system clock is 72MHz) Refresh interval 4096 refresh cycles every 64ms Low address A11-A0 Column address A8-A0 Bank counts 4-bank operation controlled by BA0 and BA1

To Ethernet controller

EDS1216AATA-75E (U2)16MB

(2M×16bit×4bank)SH726B (U1)

PD6-PD7/D6-D7

8

DQ7-DQ62

DQ15-DQ8PD8-PD15/D8-D15

PD0-PD5/D0-D5

PB12/A12

PC8/CS3#/CTx1

PC5/RAS#/CRx0/IERxD

PC6/CAS#/CTx0/IETxD

PC7/CKE/CRx1

BA1-BA0

A11

RAS#

CAS#

CKE

CS#

CKIO

PC2/RD/WR#

PC3/WE0#/DQML

PC4/WE1#/DQMU

CLK

WE#

LDQM

UDQM3.3V

6

3.3V

3.3V

To external expansion connector 3 (J26)


DQ5-DQ0

2PB13-PB14/A13-A14

PB11-PB10/A11-A10 A10-A92

PB9-PB1/A9-A1 A8-A09

JA connector

JA connector

3.3V

3.3V

To user LED4

39

Note: The red letters indicate functions in use.

: Optional

Figure 2.3.1 SDRAM Block Diagram


R20UT0601EJ0100 Rev.1.00 2-15

Mar. 12, 2013

Figure 2.3.2 shows the Example of SDRAM Single Read/Write Timing, and Table 2.3.2 lists the bus state controller setting when the SH726B bus clock runs at the frequency of 72MHz.

Figure 2.3.2 Example of SDRAM Single Read/Write Timing

SDRAM SINGLE READ SDRAM SINGLE WRITE

Data DatatWDH2tOHZ

tOHtAC

tLZ

tAD1tAD1

tAD1tAD1tAD1

tAD1tAD1tAD1

tAD1tAD1tAD1

tAD1tAD1tAD1

tAD1tAD1tAD1

tDQMD1tDQMD1tDQMD1tDQMD1

tRWD1tRWD1

tCASD1tCASD1

tCASD1tCASD1

tRASD1tRASD1

tRASD1tRASD1

tCSD1tCSD1tCSD1tCSD1

tHItSI

tRDH2tRDS2

tHItSI

tHItSI

tHItSI

tHItSI

tRP

tDAL

tRCtRPtRAS

tDPLtDAL

tDPLtRCDtRAStRP

tRCtRC

tRCDtRPtRAS

tRCDtRAS

tRC

tRCD

ACT READA ACT WRITEA ACTTr Trw Tc1 Tcw Td1 Tde Tr Trw Tc1 Trw11 Trw12 TrTap Tap

CKIO

CKE

CS3#

RASL#

CASL#

RD/WR#

DQMUU-LL

A11-A2(A9-A0)

A12(A10/AP)

A15,A14(BA1,0)

D0-31


R20UT0601EJ0100 Rev.1.00 2-16

Mar. 12, 2013

Table 2.3.2 Bus State Controller Setting (SDRAM Read/Write)

User area Target device Bus state controller setting

CS3 EDS1216AATA-75E CS3 space bus control register (CS3BCR): Initial value: H'36DB 0400, Recommended setting value: H'0000 4400

- Memory specification: TYPE[2:0] = B'100; SDRAM

- Data bus width specification BSZ[1:0] = B'10; 16 bit bus width

CS3 space weight control register (CS3WCR): Initial value: H'0000 0500, Recommended setting value: H'0000 2892

- Wait cycles for precharge completion: WTRP[1:0] = B'01; 1 cycle - ACTV command→number of wait cycles between READ (A)/WRIT (A)

commands: WTRCD[1:0] = B'10; 2 cycles - Area 3 CAS latency: A3CL[1:0] = B'01; 2 cycles - Wait cycles for precharge operation: TRWL[1:0] = B'10; 2 cycles - REF command/self-refresh cancellation→number of idle cycles between

ACTV/REF/MRS commands: WTRC[1:0] = B'10; 5 cycles

SDRAM control register (SDCR): Initial value: H'0000 0000, Recommended setting value: H'0000 0809

- Refresh control: RFSH = B'1; Execute refresh - Refresh control: RMODE = B'0; Auto refresh - Bank active mode: BACTV = B'0; Auto precharge mode - Area 3 low address bits: A3ROW[1:0] = B'01; 12 bits - Area 3 column address bits: A3COL[1:0] = B'01; 9 bits

Refresh timer control/status register (RTCSR): Initial value: H'0000 0000, Recommended setting value: H'A55A 0010

- Clock select: CKS[2:0] = B'010; Bφ/16 - Times of refreshes: RRC[2:0] = B'000; 1 time

Refresh time constant register (RTCOR): Initial value: H'0000 0000, Recommended setting value: H'A55A 0046

- The interval of refresh request when the clock select is set as Bφ/16 is described as follows.

1 cycle: 222nsec (72MHz/16=4.5MHz) Interval of refresh request for this SDRAM: 15.625µsec/cycle 15.625µsec /222nsec = 70 (0x46) cycles/times of refreshes


R20UT0601EJ0100 Rev.1.00 2-17

Mar. 12, 2013

2.3.3 Serial Flash Memory Interface The R0K5726B0C000BR generally includes two serial flash memories (listed in Table 2.3.3). The Renesas serial peripheral interface (RSPI) or the SPI multi I/O bus controller (SPIBSC) which is embedded in the SH726B control the serial flash memories. In boot mode 1, the data (program) of serial flash memory 1 will be read. The serial flash memory 1 and 2 should be accessed by using the SPIBSC and the RSPI respectively. The RSPI will be used for the serial flash memory 1 only when booting. After boot completed, the serial flash memory 1 should be accessed by using the SPIBSC. Both of the serial flash memory 1 and 2 share the data pins with other devices. While the serial flash memories are not accessed, the pins of SSL00 and SPBSSL should not be asserted. Figure 2.3.3 shows the Serial Flash Memory Interface Block Diagram. Table 2.3.3 Serial Flash Memory Overview

Parts No. Model No. Connection interface for SH726B Capacity Package

U3 S25FL129P 6-wire system serial (SPIBSC) 16MB 16-pin SOIC U4 S25FL129P 4-wire system serial (RSPI) 16MB 16-pin SOIC

SH726B (U1)

To CD deck

Note: The red letters indicate functions in use.(The functions in blue are used for booting.)

PF0/RSPCK0/SPBCLK

PF1/SSL00/SPBSSL

PF2/MOSI0/SPBMO_0/SPBIO0_0

PF3/MISO0/SPBMI_0/SPBIO1_0

PF4/SPBIO2_0

PF5/SPBIO3_0

3.3V

3.3V

3.3V

3.3V

3.3V

3.3V

Serial flash memory 2 (U4) (16MB)

SCK

SI/IO0

W#/ACC/IO2

CS#

SO/IO1

HOLD#/IO3

3.3V

3.3V

3.3V

3.3V

3.3V

3.3V

PB15/A15/RSPCK0/TIOC0B

PB16/SSL00/TIOC1B

PB17/A17/MOSI0/TIOC2B

PB18/A18/MISO0/TIOC3B

3

SCK

W#/ACC/IO2

CS#

SI/IO0

SO/IO1

Serial flash memory 1 (U3) (16MB)

JA connector

HOLD#/IO3

To character LCD5

To audio CODEC (WM8978)2

JA connector

Figure 2.3.3 Serial Flash Memory Interface Block Diagram


R20UT0601EJ0100 Rev.1.00 2-18

Mar. 12, 2013

2.4 USB Interfaces The R0K5726B0C000BR generally includes two USB series A receptacles as USB connector. The board has a Mini-B receptacle that can be mounted in the channel 0 in its substrate configuration for the purpose of USB host/function module evaluation. When mounting the Mini-B receptacle, the USB series A receptacle must be removed, and the pull-up/down resistor must be changed for mounting. Figure 2.4.1 shows the USB Interface Block Diagram.

Vbus

D+

D-

GND

FRAME

Vbus

D+

D-

GND

FRAME

PH0/AN0/IRQ0/VBUS

PG0/DM0/PINT0

USB series A receptacle (J8)

BLM21PG600SN1

1 2

5 4 3

1 2

4 3

BLM21PG600SN1

HN6.2Z4MFA

1

3

2

4

1

3

2

5

6

5

Vbus

D+

D-

GND

FRAME

USB series A receptacle (J9)

1

3

2

4

5

1 2

4 3

Common mode choke

BLM21PG600SN1

1 2

5 4 3

HN6.2Z4MFA

BLM21PG600SN1

Port 0

SH726B (U1)

USB Mini-AB or Mini-B receptacle (J10)

FLG1

EN2

IN1

5V

0Ω

OUT2

VBUS power supply control ICMIC2026 (U6)

150µF

TP2

PG1/DP0/PINT1

PG2/DM1/PINT2Port 1

PG3/DP1/PINT3

JA connector

RF21.5kΩ

DP pull up

RH115kΩDM0

DP0

DM1

DP1 EN1FLG2

TP3

150µFTP1IN2

OUT1

DM0

DP0

DM1

DP1

RH50Ω

RF10Ω

RH215kΩ

RH315kΩ

RH415kΩ


: Optional

PA1/MD_BOOT

Common mode choke

The mounting shown below must be executed according to the host/function to be used.When selecting the host (initial state) RH1 to RH5= to be mounted, RF1 and RF2= unmountedWhen selecting the function RH1 to RH5= unmounted, RF1 and RF2= to be mounted

Note: When the function is selected, pull up control for DP0 pin will be executed at the port PA1.

Figure 2.4.1 USB Interface Block Diagram


R20UT0601EJ0100 Rev.1.00 2-19

Mar. 12, 2013

2.5 Serial Port Interface The SH726B embeds a FIFO on-chip serial communication interface (SCIF). On the R0K5726B0C000BR, the SH726B SCIF channel 3 is connected to the D-sub 9-pin connector via the RS-232C driver IC. Figure 2.5.1 shows the Serial Port Interface Block Diagram.

SH726B (U1)

PK1/TxD3

PH6/AN6/PINT6/RxD3

Serial port connector (J12)

VSS

54321

9876

Male plug with the crossover cable

Female socket with the straight cable

0Ω

Male plug with the crossover cable (optional with factory default setting)

Female socket with the straight cable (optional)

GND

0Ω×4 0Ω

0Ω

0Ω0Ω

12345

6789

GND

3.3VRS-232C driver (U13)

SHDN#

TIN

ROUT

RES#

3.3VRIN

TOUT

JA connector


: Optional

Figure 2.5.1 Serial Port Interface Block Diagram


R20UT0601EJ0100 Rev.1.00 2-20

Mar. 12, 2013

2.6 I/O Ports On the R0K5726B0C000BR, the SH726B I/O ports are connected to the switches and LEDs. The port PH1 to PH4 can be used as analog input pins (AN1 to AN4). Figure 2.6.1 shows the I/O Port Block Diagram.

AVcc

4.7kΩ

0Ω1.58kΩ4.7kΩ

SH726B (U1)

14kΩ3.3V × 14.0kR / (14.0kR + 4.7kR) = 2.47V3.3V × 4.70kR / (4.70kR + 4.7kR) = 1.65V3.3V × 1.58kR / (1.58kR + 4.7kR) = 0.83V3.3V × 0.00kR / (0.00kR + 4.7kR) = 0V

AVcc

4.7kΩ

0Ω1.58kΩ4.7kΩ14kΩ

AVcc

4.7kΩ


AVcc

4.7kΩ


PH1/AN1/IRQ1/RxD0

PA1/MD_BOOT

AVcc

AVcc

AVcc

AVcc


100kΩVR110kΩ

AVcc

0Ω0Ω

: Optional

PH2/AN2/IRQ2/WAIT#

PH3/AN3/IRQ3

PH4/AN4/PINT4/RxD1

JA connector

3.3V

PA0/MD_CLK To test pin (TH3)

User switch (4×4)

3.3V 3.3V

LED1Green

3.3V

LED2Orange

LED3Red

3.3V

LED4Red

PC2/RD/WR#/TIOC4C/SPDIF_OUT

PC4/WE1#/DQMU/WDTOVF#

PC5/RAS#/IRQ4/CRx0/IERxD

PC6/CAS#/IRQ5/CTx0/IETxD

To SDRAM, external expansion connector 3 (J26)

4

JA connector

3.3V

USB (DP0 pin) pull-up control

Figure 2.6.1 I/O Port Block Diagram


R20UT0601EJ0100 Rev.1.00 2-21

Mar. 12, 2013

2.7 Interrupt Switches The R0K5726B0C000BR include two types of push switches for interrupt signal input; the NMI switch and the IRQ2 switch), and a push switch for test signal; the Test switch. The Test switch is left open to be connected to any other pins. The Test switch and the IRQ2 switch can be connected to the PINT7 pin and the ADTRG# pin respectively by mounding a zero-ohm resistor. Figure 2.7.1 shows the Interrupt Switch Block Diagram.

SH726B (U1)

3.3V

+PF6/IRQ2/RxD3

3.3V

+NMI

NMI switch(SW18)

IRQ2 switch(SW19)

3.3V

+

Test switch(SW20)

TP10


JA connector

PE3/SDA1/ADTRG#

: Optional

To CD deck connector, external expansion connector 1 (J22)

PH7/AN7/PINT7

2

Figure 2.7.1 Interrupt Switch Block Diagram


R20UT0601EJ0100 Rev.1.00 2-22

Mar. 12, 2013

2.8 Clock Modules The following two types of clocks are input in the SH726B on the R0K5726B0C000BR. • SH726B input clock : 12MHz • SH726B audio clock : 11.2896MHz

Figure 2.8.1 shows the Clock Module Block Diagram.

SH726B (U1)

CKIO

AUDIO_X2

AUDIO_X1

3.3V

PA0/MD_CLK

EXTALCLK48MHz

XTAL

NC

CLK

SDRAM (U2)

MCLK

Audio CODEC (U21)

CK1

MCKI

D/A converter (U20)

CK2

CK3

PLL

4

CK4 NC

11.2896MHzCLK(X3)

: Optional


AUDIO_XTAL

JA connector

REF

CLKOUT

CLK1

CLK3CLK2

CLK4

Clock Buffer (U5)CK1CK2CK3CK4

CLK

External expansion connector 2 (J25)

PE2/SCL1/AUDIO_CLK


12MHz

Socket (X1)

(X2)

Figure 2.8.1 Clock Module Block Diagram


R20UT0601EJ0100 Rev.1.00 2-23

Mar. 12, 2013

2.9 Reset Modules On the R0K5726B0C000BR, the reset IC controls the reset signals connected to the SH726B, the Ethernet controller, the RS-232C driver and other peripheral I/O pins. The system reset has two types of resets; the power on reset and the reset by switch. Figure 2.9.1 shows the Reset Module Block Diagram.

H-UDI (14-pin)(J6)

RES#

SH726B (U1)

RES# PK0/SCK3 PDN#

nRESET

RS-232C driver (U13)

SHDN#

D/A converter (AK4353)(U20)

CD deck connector (J21)

CDRST#

Note: The red letters indicate function in use.

: Optional

Ethernet controller (U17)

JA connector

Reset switch (SW17)

100Ω

IN OUT

Cd

RNA51957B (U11)

0.1µF

15kΩ

10kΩ

• Reset IC output delay timetpd=0.34×Cd(pF)=34ms

• Reset IC output detection voltage1.20×(Ra+Rb)/Rb=1.20×(15kΩ+10kΩ)/10kΩ=3.0V

0Ω

4.7kΩ

3.3V3.3V

Figure 2.9.1 Reset Module Block Diagram


R20UT0601EJ0100 Rev.1.00 2-24

Mar. 12, 2013

2.10 Power Modules On the R0K5726B0C000BR, the regulator generates 3.3V, 1.8V and 1.25V by using the 5V power supply. The power of 8V for the CD deck is supplied from the external power source. This board has a configuration which allows the I/O power supply (3.3), the A/D converter power supply (3.3V) and the internal power supply (1.25V) for the SH726B to be supplied from external sources. Figure 2.10.1 shows the Power Supply Module Block Diagram.

DC5Vinput

J5DC power jack

5VCCExternal

power supplyJ13

VSS

VSS

VSS AVSS

J20

VSS

8VCCExternal

power supply

CD deck connector

Character LCD

8VCC

Audio CODEC: WM8978 (AVDD, SPKVDD)

Ethernet controller (VDD_A33)

SH726B (U1)

0ΩAVCC

External power supply

J16

VSS

0ΩAVCC

AVref

: Optional

A3VCC

3VCCExternal

power suplyJ14

VSS

0ΩPVCC

SH726B (U1)

SDRAMSerial flash memoryCAN transceiverRS-232CClock bufferD/A converter (AK4353)Audio CODEC: WM8978 (DBVDD,DCVDD)CD deck connectorSD card slotEhternet controller (VDD_IO)EEPROM

3.3V→1.8V Ethernet controller (VDD_A18,VDD_CORE)

3VCC

3.3V→1.25V

1.25VCCExternal

power supplyJ15

VSS

0ΩPLLVCC

VCC

SH726B (U1)

1.8VCC

1.25VCC

5V→3.3V

Figure 2.10.1 Power Supply Module Block Diagram


R20UT0601EJ0100 Rev.1.00 2-25

Mar. 12, 2013

2.11 H-UDI The R0K5726B0C000BR includes a 14-pin H-UDI port connector to connect with the E10A-USB. The AUD function cannot be used. Figure 2.11.1 shows the H-UDI Block Diagram.

1

2

3

4

5

6

7

11

3.3V

3.3V

RES#

3.3V

TRST#

TMS

TCK

TDI

TDO

ASEBRKAK#

ASEMD#

RES#

SH726B (U1)

*: For the details of connection, refer to the E10A-USB Emulator User's Manual.

TMS

TDI

TDO

N.C.

RES#

UVCC

9

10

12

13

14

TCK

TRST#

ASEBRKAK#/ASEBRK#

H-UDI connector (14-pin) (J6)

(GND)*

GND

GND

GND

GND

8

Figure 2.11.1 H-UDI Block Diagram


R20UT0601EJ0100 Rev.1.00 2-26

Mar. 12, 2013

2.12 CAN Interface The R0K5726B0C000BR includes a CAN transceiver IC, and enables CAN communication by using the CAN port connector. The port PC5 and PC6 are connected to the JA connector. The CAN communication for two channels can be executed by setting these pins to the RCAN channel 0. In this case, the SDRAM and the user LED cannot be used. Figure 2.12.1 shows the CAN Interface Block Diagram.

SH726B (U1)

PJ13/SSIWS3/IRQ1/RxD4/CRx1/CRx0/CRx1/MOSI2 1

23

CAN port connector(J24)

CANTransceiver ICHA13721RPJE

(U14)

22kΩ

CANH

CANL

RXD

VCCA VCCB

A B

DIR GND

22kΩ

PJ14/SSIDATA3/WDTOVF#/CTx1/CTx0&CTx1/MISO2


3.3V 5V5V

3.3V


JA connector

To SDRAM interfaceuser LED

TXD

To CD deck connector, external expansion connector 1 (J22)

2

0Ω

0Ω

0Ω0Ω

2


: Optional

Figure 2.12.1 CAN Interface Block Diagram


R20UT0601EJ0100 Rev.1.00 2-27

Mar. 12, 2013

2.13 Character LCD Module The R0K5726B0C000BR includes a 14-pin character LCD module. The character LCD is controlled by using the SH726B PE0, P0, and PF2 to PF5. The pins of PF0 and PF2 to PF5 are shared with the serial flash memory 1 on the board. The character LCD and the serial flash memory 1 cannot be used at the same time. Figure 2.13.1 shows the Character LCD Module Block Diagram.

SH726B (U1) Character LCD (J7)

R/W (fixed to write)


PF4/SPBIO2_0

PF5/SPBIO3_03.3V

PE0/SCL0/IRQ0

To serial flash memory 1

LCDD5

LCDD6

LCDD7

LCDE

PF0/RSPCK0/SPBCLK LCDRS

PF2/MOSI0/SPBMO_0/SPBIO0_0 LCDD4

5V

VCC

1kΩ

: OptionalJA connector


1.5kΩ

Figure 2.13.1 Character LCD Module Block Diagram


R20UT0601EJ0100 Rev.1.00 2-28

Mar. 12, 2013

2.14 Audio Modules The R0K5726B0C000BR includes a 96KHz 24-bit D/A converter with DIT, AK4353 by Asahi Kasei Microdevices Corp., and a stereo CODEC with speaker driver, WM8978 by Wolfson Microelectronics. <AK4353 D/A converter> Controlled by the SH726B IIC3, SSIF, and I/O ports. • SH726B IIC3 (channel 2) : Accesses to the AK4353 register to set up functions such as initialization of the AK4353,

data format, and attenuator setting • SH726B SSIF (channel 2) : Outputs audio data • SH726B I/O ports (PK0) : AK4353 power down is set at "Low" level, AK4353 power down is cancelled at "High"

level Figure 2.14.1 shows the D/A Converter Block Diagram.

SH726B (U1) D/A converter (AK4353) (U20)

PJ8/TIOC3A/A23/SCK2/SSISCK2/TEND0

PJ9/TIOC3B/A24/RxD2/SSIWS2/DREQ0

BICK

VCOM

AOUTL

AUDIO_X2AUDIO_X1

PE4/SCL2/TCLKA

PE5/SDA2/TCLKB

SDTI

LRCK

SCL/CCLK

SDA/CDTI

I2C

3.3V

CSN

CAD0CAD1 Chip address [1]

0.1µF 10µF+

+

10µF

27kΩ

220Ω

AOUTR +

10µF

27kΩ

220Ω

3.3V

2To external expansion connector 2 (J25)

PDN#PK0/SCK3

MCKI

NC

3.3V

3.3V


11.2896MHzCLK

J19

: Optional

PJ10/TIOC3C/A25/TxD2/SSIDATA2/DACK0

JA connector

Clock buffer (U5)

CLKOUT

CLK2

(X3)

Figure 2.14.1 D/A Converter Block Diagram


R20UT0601EJ0100 Rev.1.00 2-29

Mar. 12, 2013

<WM8978 Audio CODEC> Controlled by the SH726B RSPI, SSIF, and I/O ports. • SH726B RSPI (channel 0) : Accesses the WM8978 register to initialize the WM8979 and set the data format • SH726B I/O port (PF7) : Outputs select signals when using the WM8978 SPI in three-wire more (MODE= 'H') • SH726B SSIF (channel 0) : Inputs and outputs audio data The RSPI channel 0 is also used for the serial flash memory 2 and the CD deck interface on the R0K5726B0C000BR. When accessing to the audio CODEC, the select signal should be output at the port PF7. Figure 2.14.2 shows the Audio CODEC Block Diagram.

Audio CODEC (WM8978) (U21)

L2/GPIO2

R2/GPIO3

DBVDD

DCVDD

DGND

BCLK

DACDAT

LRC

ADCDAT

MODE

SCLK

SDIN

CSB/GPIO1

SPKVDD

SPKGND

LOUT1 ++

ROUT1

3.3V

A3V

AVDD

VMIDAGND

A3V

MCLK

3.3V

0ΩPE0/SCL0/AUDIO_CLK/IRQ0

SH726B (U1)

AUDIO_X2

AUDIO_X1

PB19/A19/SSISCK0/TIOC0C

PB20/A20/SSIWS0/TIOC0D

PB21/A21SSIRxD0/TIOC3C

PB22/A22/SSITxD0/TIOC3D

NC

: Optional



PF7/IRQ3/RxD4


JA connector

To serial flash memory 2, CD deck

11.2896MHz

CLK

Clock buffer (U5)

3.3V

(X3)

MICBIAS

+

Figure 2.14.2 Audio CODEC Block Diagram


R20UT0601EJ0100 Rev.1.00 2-30

Mar. 12, 2013

2.15 CD Deck Interface The R0K5726B0C000BR includes a CD deck interface connector. The CD deck is controlled by the serial sound interface (SSIF) embedded in the SH726B and the Renesas serial peripheral interface (RSPI) and the general purpose I/O ports. The SSIF channel 3 (PJ13 and PJ14) is shared with the CAN transceiver. When using the CD deck interface, the zero-ohm resistor should be changed. The CD deck interface and the CAN transceiver cannot be used at the same time. The RSPI channel 0 is also used to control the serial flash memory 2 and the audio CODEC on the R0K5726B0C000BR. When accessing to the CD deck interface, the select signal should be output at the port PJ11. The CD deck interface and the external expansion connector 1 (J22) cannot be used at the same time. Figure 2.15.1 shows the CD Deck Interface Block Diagram.

IIS_BCK

IIS_LRCK

IIS_DATA

CD deck connectorIMSA-9617S-22 (J21)

CDSO

CDFS

CDSI

CDCK

CDRSTRES#

To serial flash memory 23

TRANS

FLAG6

GND

P3.3V

DC8V

8V

3.3V

BLKCK

3.3V

3.3V

3.3V

3.3V

To audio CODEC (WM8978)2

JA connector

SH726B (U1)

PJ12/SSISCK3/A0/TxD4/CTx0/IExD/SSL02

PJ13/SSIWS3/IRQ1/RxD4/CRx1/CRx0/CRx1/MOSI2

PJ14/SSIDATA3/WDTOVF/CTx1/CTx0&CTx1/MISO2


PJ11/TIOC3D/IRQ0/SCK4/CRx0/IERxD/RSPCK2


PB18/A18/MISO0/TIOC3B


PE1/SDA0/IRQ1

PH7/AN7//PINT7/RxD4

3.3V

To CAN transceiver2

0Ω

0Ω

: Optional6


PE3/SDA1/ADTRG#

0Ω

0Ω

Figure 2.15.1 CD Deck Interface Block Diagram


R20UT0601EJ0100 Rev.1.00 2-31

Mar. 12, 2013

2.16 SD Card Interface The R0K5726B0C000BR includes an SD card slot which connects the SD host interface (SDHI) embedded in the SH726B and the SD card slot. The SDHI pins are connected to the external expansion connector 1 (J22). When using the SD card interface, the external expansion connector 1 (J22) interface cannot be used. Figure 2.16.1 shows the SD Card Interface Block Diagram.

SH726B (U1)

PJ7/SD_D2/TxD1

PJ6/SD_D3/RxD1

PJ5/SD_CMD/SCK1

PJ4/SD_CLK

PJ3/SD_D0

PJ2/SD_D1

PJ1/SD_WP

PJ0/SD_CD

SD card slot (J11)

CLK

CMD

DAT0

DAT1

DAT2

DAT3

EN0 OUT

LTC1470 (U8)

22kΩ

3.3V

22kΩ

VDD

WP

COMMON

CD

GND3.3V


When inserting the card: COMMON and CD are conducted.

When clearing card write protection: WP and COMMON are conducted.: Optional

22kΩ

MCVCC

22kΩ

22kΩ

22kΩ

22kΩ

22kΩ

JA connector


MCVCC

MCVCC

MCVCC

MCVCC

MCVCC

MCVCC

Figure 2.16.1 SD Card Interface Block Diagram


R20UT0601EJ0100 Rev.1.00 2-32

Mar. 12, 2013

2.17 LAN Interface The R0K5726B0C000BR includes an Ethernet controller, LAN9211 by SMSC, which enables the Ethernet communication with the SH726B bus state controller (BSC). Figure 2.17.1 shows the LAN Interface Block Diagram.

SH726B (U1)

PD5-PD0/D5-D0

PC0/CS0#/TIOC4A/AUDIO_XOUT

Ethernet controller (LAN9211) (U17)

TPO-

D[5:0]

A[7:1]

nRD

nWR

VSS

FIFO_SEL


: Optional

MagneticsJ3011G21DNLT

(J23)

EEPROM (U18)

nCS

IRQTPO+

TPI-

TPI+

EXRES1

GPIO2/nLED3

VDD_IO VDD_A33VDD_A18VDD_CORE

GPIO1/nLED2GPIO0/nLED1

EECLK/GPIO4/RX_DV/RX_CLK

EEDIO/GPIO3/TX_EN/TX_CLK

EECSXTAL1/CLKIN

XTAL2

nRESET

PME

AMDIX_EN

Reset signal

DI

CS

SK

1.8V 1.8V

Link

Duplex

PC1/RD#/TIOC4B/SPDIF_IN

PC3/WE0#/DQML/TIOC4D

PH5/AN5/PINT5/RxD2

PB7-PB1/A7-A1

PB8/A8/TxD0

3.3V3.3V

3.3V3.3V

6

7

3.3V

0Ω

25MHz

3.3V

12.4kΩ (1%)

3.3V

JA connector

NC

DO1kΩ (1/10W, 1%)

GND

VCC

3.3V

TD+

TD-RD+

RD-

TX+

TX-

RX+

RX-

49.9Ω,1%

CT

CT

15pF+0.022uF

10.0Ω, 1%

To SDRAM



PD7-PD6/D7-D6

PD15-PD8/D15-D828

D[7:6]

D[15:8]

Speed

3.3V 3.3V

: For the Electrical Characteristics of crystal oscillator, refer to the Ethernet controller manual.

X4*

Figure 2.17.1 LAN Interface Block Diagram


R20UT0601EJ0100 Rev.1.00 2-33

Mar. 12, 2013

2.18 External Expansion Connector 1 (J22) Interface The R0K5726B0C000BR has the pattern that enables an external expansion connector 1 (J22) to be mounted, and connects the SH726B serial communication interface (SCIF), the serial sound interface (SSIF) and the general purpose I/O port. The pins of the SCIF channel 1 are shared with the SD card interface. The SD card interface and the external expansion connector 1 (J22) cannot be used at the same time. The SSIF channel 3 (PJ13 and PJ14) are shared with the CAN transceiver. When using the external expansion connector 1 (J22) interface, the zero-ohm resistor should be changed. The external expansion connector 1 (J22) interface and the CAN transceiver cannot be used at the same time. The CD deck interface and the external expansion connector 1 (J22) interface cannot also be used at the same time. Figure 2.18.1 shows the External Expansion Connector 1 (J22) Interface Block Diagram.

SH726B (U1)

PH7/AN7/PINT7/RxD4

Note: the red letters indicate functions in use.

: Optional


PJ0/SD_CD/IRQ4

PJ1/SD_WP/AUDIO_XOUT

PJ2/SD_D1/IRQ6/AUDCK

PJ3/SD_D0/IRQ7/AUDSYNC#

PJ12/SSISCK3/TxD4/CTx0/IETxD/SSL02

PJ13/SSIWS3/IRQ1/RxD4/CRx1/MOSI2

PJ14/SSIDATA3/CTx1/MISO2

PJ5/SD_CMD/SCK1/AUDATA1

PJ6/SD_D3/CS4#/RxD1/AUDATA2

PJ7/SD_D2/BS#/TxD1/AUDATA3

To SD card7

2 To CAN transceiver

0Ω

0Ω

PE1

PE3

PJ3

PJ0

PJ1

PJ2

PINT7

PE1/SDA0/IRQ1

JA connector

SCK

RxD

TxD

SSISCK

SSIWS

SSIDATA

To CD deck connector

6

PE3/SDA1/ADTRG#

0Ω

0Ω

Figure 2.18.1 External Expansion Connector 1 (J22) Interface Block Diagram


R20UT0601EJ0100 Rev.1.00 2-34

Mar. 12, 2013

2.19 External Expansion Connector 2 (J25) Interface The R0K5726B0C000BR has the pattern that enables an external expansion connector 2 (J25) to be mounted, and connects the SH726B serial communication interface (SCIF), the serial sound interface (SSIF) and the I2C bus interface 3 (IIC3). The pins of the SCIF channel 1 and the SSIF channel 1 are shared with the SDRAM. The SDRAM and the external expansion connector 2 (J25) interface cannot be used at the same time. Figure 2.19.1 shows the External Expansion Connector 2 (J25) Interface Block Diagram.

SH726B (U1)

PB11/A11/TxD1

PB10/A10/RxD1



: Optional

PC7/CKE/CRx1

PD0/D0/SSISCK1

PD1/D1/SSIWS1

PD2/D2/SSIRxD1

PD3/D3/SSITxD1

PD4/D4/SCK3/CTS1#

PD5/D5/TxD3/RTS1#

PE4/SCL2

PE5/SDA2

To D/A converter (AK4353)(chip address 1)

2

3.3V

3.3V

To SDRAM9

PE2/SCL1/AUDIO_CLK

JA connector

11.2896MHzCLK(X3)

REF

CLKOUT

CLK1

CLK3CLK2

CLK4

Clock Buffer (U5)CK1CK2CK3CK4 AUDIO_XTAL

AUDIO_CLK

RxD

TxD

PORT

SSISCK

SSIWS

SSIRxD

SSITxD

CTS

RTS

SCL

SDA



R20UT0601EJ0100 Rev.1.00 2-35

Mar. 12, 2013

2.20 External Expansion Connector 3 (J26) Interface The R0K5726B0C000BR has the pattern that enables an external expansion connector 3 (J26) to be mounted, and connects the SH726B serial communication interface (SCIF) and the general purpose I/O ports (PC1 to PC6). The pins of the SCIF channel 2 and the port C are shared with the SDRAM and the LAN interface. The SDRAM or the LAN interface and the external expansion connector 3 (J26) interface cannot be used at the same time. Figure 2.20.1 shows the External Expansion Connector 3 (J26) Interface Block Diagram.

SH726B (U1)

PB13/A13/RxD2

PB14/A14/TxD2


: Optional


PC1/RD#/TIOC4B/SPDIF_IN

PC2/RD/WR#/TIOC4C/SPDIF_OUT

PC3/WE0#/DQML/TIOC4D

PC4/WE1#/DQMU/WDTOVF#



PD6/D6/MOSI1/SCK4/CTS2#

PD7/D7/MISO1/TxD4/RTS2#

To SDRAM9

To Ethernet controller4

JA connector

CTS

RTS

RxD

TxD

PC1

PC2

PC3

PC4

PC5

PC6

To user LED4



R20UT0601EJ0100 Rev.1.00 2-36

Mar. 12, 2013


SH726B CPU board R0K5726B0C000BR 3. Operational Specification

R20UT0601EJ0100 Rev.1.00 3-1 Mar. 12, 2013

3. Operational Specification

3.1 Connector Overview Figure 3.1 shows the R0K5726B0C000BR Connector Assignments.

J5: 5

V in

put

AC a

dapt

er ja

ck

J12: RS-232C connector

J6: H-UDI port connector

J24:

CAN

con

nect

or

J25:

Ext

erna

l exp

ansi

on

conn

ecto

r 2

J26:

Ext

erna

l exp

ansi

on

conn

ecto

r 3

J7: C

hara

cter

LC

D c

onne

ctor

J21: CD deck connector


J18: Mic-in pin jack

J22: External expansion connector 1

J23: LAN connector


J8, J

10: U

SB

conn

ecto

r

J9: U

SB c

onne

ctor

J1 to J4: Common ring connectors

JA1 to JA3, JA5, JA6:Application headers


J11: SD card slot

<Top view of the solder side>

Figure 3.1 R0K5726B0C000BR Connector Assignments


R20UT0601EJ0100 Rev.1.00 3-2 Mar. 12, 2013

3.1.1 Application Headers (JA1, JA2, JA3, JA5 and JA6) The R0K5726B0C000BR includes through-holes for mounting application headers (JA1, JA2, JA3, JA5 and JA6) connected to the SH726B I/O ports. These application headers can be used by connecting to an expansion board when mounting standard MIL connectors. Figure 3.2 shows the Application Header Pin Assignments (Top View of the Component Side).

JA5

JA1JA2

JA3

12

12

2526

24 23

12

2526

1

2

49

50

JA6

12

24 23

Figure 3.2 Application Header Pin Assignments (Top View of the Component Side)


R20UT0601EJ0100 Rev.1.00 3-3 Mar. 12, 2013

Table 3.1 lists the Application Header (JA1) Pin Descriptions. Table 3.1 Application Header (JA1) Pin Descriptions

Pin No. Signal name Function in use 1 5VCC 5VCC 2 GND GND 3 3VCC 3VCC 4 GND GND 5 AVcc AVcc 6 AVss AVss 7 AVref AVref 8 PE3/SDA1/ADTRG# ADTRG# 9 PH0/AN0/IRQ0/VBUS AN0 10 PH1/AN1/IRQ1/RxD0 AN1 11 PH2/AN2/IRQ2/WAIT# AN2 12 PH3/AN3/IRQ3 AN3 13 NC - 14 NC - 15 PF0/RSPCK0/SPBCLK PF0 16 PF1/SSL00/SPBSSL PF1 17 PF2/MOSI0/SPBMO_0/SPBIO0_0 PF2 18 PF3/MISO0/SPBMI_0/SPBIO1_0 PF3 19 PF4/SPBIO2_0 PF4 20 PF5/SPBIO3_0 PF5 21 PJ2/SD_D1/IRQ6/AUDCK PJ2 22 PJ3/SD_D0/IRQ7/AUDSYNC# PJ3 23 PJ11/TIOC3D/IRQ0/SCK4/CRx0/IERxD/RSPCK2 IRQ0 24 NC - 25 PE7/SDA3/TCLKD SDA3 26 PE6/SCL3/TCLKC SCL3


R20UT0601EJ0100 Rev.1.00 3-4 Mar. 12, 2013


Pin No. Signal name Function in use 1 RESET 2 EXTAL EXTAL 3 NMI NMI 4 GND GND 5 PJ14/SSIDATA3/WDTOVF#/CTx1/CTx0&CTx1/MISO2 WDTOVF# 6 PJ7/SD_D2/BS#/TxD1/AUDATA3 TxD1 7 PF6/IRQ2/RxD3,

PD8/D8/SD_CD/TIOC0A IRQ2, TIOC0A

8 PJ6/SD_D3/CS4#/RxD1/AUDATA2 RxD1 9 PH4/AN4/PINT4/RxD1,

PB15/A15/RSPCK0/TIOC0B PINT4, TIOC0B

10 PJ5/SD_CMD/SCK1/AUDATA1 SCK1 11 PJ4/SD_CLK/CS1#/AUDATA0 PJ4 12 NC - 13 PJ9/TIOC3B/A24/RxD2/SSIWS2/DREQ0 TIOC3B 14 PJ11/TIOC3D/IRQ0/SCK4/CRx0/IERxD/RSPCK2 TIOC3D 15 PC0/CS0#/TIOC4A/AUDIO_XOUT TIOC4A 16 PC2/RD/WR#/TIOC4C/SPDIF_OUT TIOC4C 17 PC1/RD#/TIOC4B/SPDIF_IN TIOC4B 18 PC3/WE0#/DQML/TIOC4D TIOC4D 19 PB16/A16/SSL00/TIOC1B TIOC1B 20 PD10/D10/SD_D1/TIOC2A TIOC2A 21 PE4/SCL2/TCLKA TCLKA 22 PE5/SDA2/TCLKB TCLKB 23 PH5/AN5/PINT5/RxD2,

PD9/D9/SD_WP/TIOC1A, PB19/A19/SSISCK0/TIOC0C

PINT5, TIOC1A, TIOC0C

24 NC - 25 PE6/SCL3/TCLKC TCLKC 26 PE7/SDA3/TCLKD TCLKD


R20UT0601EJ0100 Rev.1.00 3-5 Mar. 12, 2013

Table 3.3 and Table 3.4 list the Application Header (JA3) Pin Descriptions. Table 3.3 Application Header (JA3) Pin Descriptions (1)

Pin No. Signal name Function in use 1 PJ12/SSISCK3/A0/TxD4/CTx0/IETxD/SSL20 A0 2 PB1/A1/SSISCK3 A1 3 PB2/A2/SSIWS3 A2 4 PB3/A3/SSIDATA3 A3 5 PB4/A4/CTS0# A4 6 PB5/A5/RTS0# A5 7 PB6/A6/SCK0/SSISCK2 A6 8 PB7/A7/RxD0 A7 9 PB8/A8/TxD0 A8

10 PB9/A9/SCK1/SSIWS2 A9 11 PB10/A10/RxD1 A10 12 PB11/A11/TxD1 A11 13 PB12/A12/SCK2/SSIDATA2 A12 14 PB13/A13/RxD2 A13 15 PB14/A14/TxD2 A14 16 PB15/A15/RSPCK0/TIOC0B A15 17 PD0/D0/SSISCK1/SIOFSCK/SPBMO_1/SPBIO0_1 D0 18 PD1/D1/SSIWS1/SIOFSYNC/SPBMI_1/SPBIO1_1 D1 19 PD2/D2/SSIRxD1/SIOFRxD/SPBIO2_1 D2 20 PD3/D3/SSITxD1/SIOFTxD/SPBIO3_1 D3 21 PD4/D4/RSPCK1/SCK3/CTS1# D4 22 PD5/D5/SSL10/TxD3/RTS1# D5 23 PD6/D6/MOSI1/SCK4/CTS2# D6 24 PD7/D7/MISO1/TxD4/RTS2# D7 25 PC1/RD#/TIOC4B/SPDIF_IN RD# 26 PC2/RD/WR#/TIOC4C/SPDIF_OUT RD/WR# 27 PC0/CS0#/TIOC4A/AUDIO_XOUT CS0# 28 PJ1/SD_WP/CS2#/IRQ5/AUDIO_XOUT CS2# 29 PD8/D8/SD_CD/TIOC0A D8 30 PD9/D9/SD_WP/TIOC1A D9 31 PD10/D10/SD_D1/TIOC2A D10 32 PD11/D11/SD_D0/TIOC3A D11 33 PD12/D12/SD_CLK/IRQ2 D12 34 PD13/D13/SD_CMD/IRQ3 D13 35 PD14/D14/SD_D3 D14 36 PD15/D15/SD_D2 D15


R20UT0601EJ0100 Rev.1.00 3-6 Mar. 12, 2013

Table 3.4 Application Header (JA3) Pin Descriptions (2)

Pin No. Signal name Function in use 37 PB16/A16/SSL00/TIOC1B A16 38 PB17/A17/MOSI0/TIOC2B A17 39 PB18/A18/MISO0/TIOC3B A18 40 PB19/A19/SSISCK0/TIOC0C A19 41 PB20/A20/SSIWS0/TIOC0D A20 42 PB21/A21/SSIRxD0/TIOC3C A21 43 PB22/A22/SSITxD0/TIOC3D A22 44 CKIO CKIO 45 PC8/CS3#/IRQ7/CTx1/CTx0&CTx1,

PH2/AN2/IRQ2/WAIT# CS3#, WAIT#

46 PC7/CKE/IRQ6/CRx1/CRx0/CRx1 CKE 47 PC4/WE1#/DQMU/WDTOVF# WE1#,

DQMU 48 PC3/WE0#/DQML/TIOC4D WE0#,

DQML 49 PC6/CAS#/IRQ5/CTx0/IETxD CAS# 50 PC5/RAS#/IRQ4/CRx0/IERxD RAS#


R20UT0601EJ0100 Rev.1.00 3-7 Mar. 12, 2013


Pin No. Signal name Function in use 1 PH4/AN4/PINT4/RxD1 AN4 2 PH5/AN5/PINT5/RxD2 AN5 3 PH6/AN6/PINT6/RxD3 AN6 4 PH7/AN7/PINT7/RxD4 AN7 5 PC6/CAS#/IRQ5/CTx0/IETxD CTx0 6 PC5/RAS#/IRQ4/CRx0/IERxD CRx0 7 PJ14/SSIDATA3/WDTOVF#/CTx1/CTx0&CTx1/MISO2 CTx1 8 PJ13/SSIWS3/IRQ1/RxD4/CRx1/CRx0/CRx1/MOSI2 CRx1 9 PJ0/SD_CD/IRQ4 IRQ4 10 PJ1/SD_WP/CS2#/IRQ5/AUDIO_XOUT IRQ5 11 NC - 12 NC - 13 NC - 14 NC - 15 NC - 16 NC - 17 NC - 18 NC - 19 NC - 20 NC - 21 NC - 22 NC - 23 NC - 24 NC -


R20UT0601EJ0100 Rev.1.00 3-8 Mar. 12, 2013


Pin No. Signal name Function in use 1 PJ9/TIOC3B/A24/RxD2/SSIWS2/DREQ0 DREQ0 2 PJ10/TIOC3C/A25/TxD2/SSIDATA2/DACK0 DACK0 3 PJ8/TIOC3A/A23/SCK2/SSISCK2/TEND0 TEND0 4 NC - 5 - RS232TX 6 - RS232RX 7 PB13/A13/RxD2 RxD2 8 PB14/A14/TxD2 TxD2 9 PK1/TxD3/RTC_X2 TxD3 10 PB12/A12/SCK2/SSIDATA2 SCK2 11 PK0/SCK3/RTC_X1 SCK3 12 PH6/AN6/PINT6/RxD3 RxD3 13 PD11/D11/SD_D0/TIOC3A TIOC3A 14 NC - 15 NC - 16 NC - 17 NC - 18 NC - 19 NC - 20 NC - 21 NC - 22 NC - 23 - 5VCC 24 - GND


R20UT0601EJ0100 Rev.1.00 3-9 Mar. 12, 2013

3.1.2 Common Ring Connectors (J1, J2, J3 and J4) The R0K5726B0C000BR has through-holes (J1, J2, J3 and J4) for mounting common ring connectors which are connected to all signals of the SH726B. The through-holes can be connected to a standard MIL connector, and also used for monitoring the SH726B signals. Figure 3.3 shows the Common Ring Connector Pin Assignments (Top view of the component side), and Table 3.7 to Table 3.10 list the Common Ring Connector Pin Descriptions.

J1J3

J2J4

21

3635

3536

12

1 2

35 36 2 1

36 35

Figure 3.3 Common Ring Connector Pin Assignments (Top view of the component side)


R20UT0601EJ0100 Rev.1.00 3-10 Mar. 12, 2013

Table 3.7 Common Ring Connector (J1) Pin Descriptions

Pin Signal name Pin Signal name 1 PD14/D14/SD_D3 2 PD15/D15/SD_D2 3 PVcc 4 PB1/A1/SSISCK3 5 Vss 6 PB2/A2/SSIWS3 7 PB3/A3/SSIDATA3 8 PB4/A4/CTS0# 9 PJ6/SD_D3/CS4#/RxD1/AUDATA2 10 PJ7/SD_D2/BS#/TxD1/AUDATA3

11 PVcc 12 PB5/A5/RTS0# 13 Vss 14 PB6/A6/SCK0/SSISCK2 15 Vcc 16 PB7/A7/RxD0 17 PB8/A8/TxD0 18 PB9/A9/SCK1/SSIWS2 19 PJ8/TIOC3A/A23/SCK2/SSISCK2/TEND0 20 PJ9/TIOC3B/A24/RxD2/SSIWS2/DREQ0 21 PJ10/TIOC3C/A25/TxD2/SSIDATA2/DACK0 22 PVcc 23 PB10/A10/RxD1 24 Vss 25 PB11/A11/TxD1 26 Vcc 27 PB12/A12/SCK2/SSIDATA2 28 PB13/A13/RxD2 29 PB14/A14/TxD2 30 PB15/A15/RSPCK0/TIOC0B 31 PB16/A16/SSL00/TIOC1B 32 PB17/A17/MOSI0/TIOC2B 33 PB18/A18/MISO0/TIOC3B 34 PVcc 35 PB19/A19/SSISCK0/TIOC0C 36 Vss


Pin Signal name Pin Signal name 1 PB20/A20/SSIWS0/TIOC0D 2 PB21/A21/SSIRxD0/TIOC3C 3 PB22/A22/SSITxD0/TIOC3D 4 PK0/SCK3/RTC_X1 5 PK1/TxD3/RTC_X2 6 PF6/IRQ2/RxD3 7 PF7/IRQ3/RxD4 8 PVcc 9 CKIO 10 Vss

11 RES# 12 Vss 13 PLLVcc 14 NMI 15 Vcc 16 EXTAL *1 17 XTAL *1 18 Vss 19 PG2/DM1/PINT2 *1 20 PG3/DP1/PINT3 *1 21 Vss 22 PVcc 23 PG0/DM0/PINT0 *1 24 PG1/DP0/PINT1 *1 25 ASEMD# 26 PH0/AN0/IRQ0/VBUS 27 PH1/AN1/IRQ1/RxD0 28 PH2/AN2/IRQ2/WAIT# 29 PH3/AN3/IRQ3 30 PH4/AN4/PINT4/RxD1 31 PH5/AN5/PINT5/RxD2 32 AVss 33 PH6/AN6/PINT6/RxD3 34 AVcc 35 PH7/AN7/PINT7/RxD4 36 AVref

[Note] *1: These pins are connected to through-holes via zero-ohm resistor (Not installed by default)


R20UT0601EJ0100 Rev.1.00 3-11 Mar. 12, 2013


Pin Signal name Pin Signal name 1 TRST# 2 ASEBRKAK#/ASEBRK# 3 TDO 4 TDI 5 TMS 6 TCK 7 AUDIO_X2 *1 8 AUDIO_X1 *1 9 PVcc 10 PF0/RSPCK0/SPBCLK

11 Vss 12 PF1/SSL00/SPBSSL 13 PF2/MOSI0/SPBMO_0/SPBIO0_0 14 PF3/MISO0/SPBMI_0/SPBIO1_0

15 PJ11/TIOC3D/IRQ0/SCK4/CRx0/IERxD/ RSPCK2

16 PJ12/SSISCK3/A0/TxD4/CTx0/IETxD/SSL20

17 PVcc 18 PF4/SPBIO2_0 19 Vss 20 PF5/SPBIO3_0 21 Vcc 22 PA0/MD_CLK

23 PA1/MD_BOOT

24 PJ13/SSIWS3/IRQ1/RxD4/CRx1/ CRx0/CRx1/MOSI2

25 PJ14/SSIDATA3/WDTOVF#/CTx1/ CTx0&CTx1/MISO2

26 PJ0/SD_CD/IRQ4

27 PC0/CS0#/TIOC4A/AUDIO_XOUT 28 PVcc 29 PC1/RD#/TIOC4B/SPDIF_IN 30 Vss 31 PC2/RD/WR#/TIOC4C/SPDIF_OUT 32 Vcc 33 PC3/WE0#/DQML/TIOC4D 34 PC4/WE1#/DQMU/WDTOVF# 35 PC5/RAS#/IRQ4/CRx0/IERxD 36 PC6/CAS#/IRQ5/CTx0/IETxD

[Note] *1: These pins are connected to through-holes via zero-ohm resistor (Not installed by default) Table 3.10 Common Ring Connector (J4) Pin Descriptions

Pin Signal name Pin Signal name 1 PE0/SCL0/IRQ0 2 PE1/SDA0/IRQ1 3 PE2/SCL1/AUDIO_CLK 4 PE3/SDA1/ADTRG# 5 PE4/SCL2/TCLKA 6 PE5/SDA2/TCLKB 7 PE6/SCL3/TCLKC 8 PE7/SDA3/TCLKD 9 PC7/CKE/IRQ6/CRx1/CRx0/CRx1 10 Vss

11 PVcc 12 PC8/CS3#/IRQ7/CTx1/CTx0&CTx1 13 PD0/D0/SSISCK1/SIOFSCK/SPBMO_1/

SPBIO0_1 14 PD1/D1/SSIWS1/SIOFSYNC/SPBMI_1/

SPBIO1_1 15 PD2/D2/SSIRxD1/SIOFRxD/SPBIO2_1 16 PJ1/SD_WP/CS2#/IRQ5/AUDIO_XOUT 17 PJ2/SD_D1/IRQ6/AUDCK 18 PVcc 19 PD3/D3/SSITxD1/SIOFTxD/SPBIO3_1 20 Vss 21 PD4/D4/RSPCK1/SCK3/CTS1# 22 Vcc 23 PD5/D5/SSL10/TxD3/RTS1# 24 PD6/D6/MOSI1/SCK4/CTS2# 25 PJ3/SD_D0/IRQ7/AUDSYNC# 26 PJ4/SD_CLK/CS1#/AUDATA0 27 PJ5/SD_CMD/SCK1/AUDATA1 28 PVcc 29 PD7/D7/MISO1/TxD4/RTS2# 30 Vss 31 PD8/D8/SD_CD/TIOC0A 32 PD9/D9/SD_WP/TIOC1A 33 PD10/D10/SD_D1/TIOC2A 34 PD11/D11/SD_D0/TIOC3A 35 PD12/D12/SD_CLK/IRQ2 36 PD13/D13/SD_CMD/IRQ3


R20UT0601EJ0100 Rev.1.00 3-12 Mar. 12, 2013

3.1.3 DC Power Jack (J5) The R0K5726B0C000BR includes a DC power jack (J5). Figure 3.4 shows the DC Power Jack (J5) Pin Assignments. Table 3.11 lists the DC Power Jack (J5) Pin Descriptions.

G V

J5

VG

1

2

4

3

Board edge


Figure 3.4 DC Power Jack (J5) Pin Assignments

Table 3.11 DC Power Jack (J5) Pin Descriptions

Pin No. Signal name 1 GND 2 GND 3 +5V 4 +5V


R20UT0601EJ0100 Rev.1.00 3-13 Mar. 12, 2013

3.1.4 H-UDI Port Connector (J6) The R0K5726B0C000BR includes a14-pin H-UDI port connector (J6) to connect the E10A-USB emulator. Figure 3.5 shows the H-UDI Port Connector (J6) Pin Assignments, and Table 3.12 lists the 14-pin H-UDI Port Connector (J6) Pin Descriptions.

Board edge

8 1

J6

14 7


Figure 3.5 H-UDI Port Connector (J6) Pin Assignments

Table 3.12 14-pin H-UDI Port Connector (J6) Pin Descriptions

Pin No. Signal name Pin No. Signal name 1 TCK 8 NC 2 TRST# 9 ASEMD# 3 TDO 10 GND 4 ASEBRKAK#/ASEBRK# 11 +3.3V 5 TMS 12 GND 6 TDI 13 GND 7 RES# 14 GND


R20UT0601EJ0100 Rev.1.00 3-14 Mar. 12, 2013

3.1.5 Character LCD connector (J7) The R0K5726B0C000BR includes a character LCD connector (J7). Figure 3.6 shows the Character LCD Connector (J7) Pin Assignments, and Table 3.13 lists the Character LCD Connector (J7) Pin Descriptions.


Board edge

1

J7

1314

2

Figure 3.6 Character LCD Connector (J7) Pin Assignments

Table 3.13 Character LCD Connector (J7) Pin Descriptions

Pin No. Signal name Pin No. Signal name 1 GND 2 +5V 3 NC 4 LCDRS (PF0/RSPCK0/SPBCLK) 5 LCDR/W (pull down with 1kΩ) 6 LCDE (PE0/SCL0/IRQ0) 7 NC 8 NC 9 NC 10 NC 11 LCDD4

(PF2/MOSI0/SPBMO_0/SPBIO0_0) 12 LCDD5

(PF3/MISO0/SPBMI_0/SPBIO1_0) 13 LCDD6 (PF4/SPBIO2_0) 14 LCDD7 (PF5/SPBIO3_0)

Notes: Bold letter indicates setting functions.


R20UT0601EJ0100 Rev.1.00 3-15 Mar. 12, 2013

3.1.6 USB Connector (J8, J9 and J10) The R0K5726B0C000BR includes two Series A receptacles (J8 and J9). Also, it has a pattern which enables a Mini-B receptacle to be mounted. When mounting the Mini-B receptacle, the series A receptacle (J8) should be removed, and a resistor is required to be reconnected. For more details, please refer to Chapter2, Figure2.4.1. Regarding to the implementable mini-B receptacle parts, please refer to Chapter 1, Table 1.2. Figure 3.7 shows the Series A Receptacles (J8, J9) Pin Assignments. Table 3.14 and Table 3.15 list the pin descriptions for the series A receptacles and the Mini-B receptacle respectively.


J8

1 2 3 4

J9

1 2 3 4

<Side view>

Figure 3.7 Series A Receptacles (J8, J9) Pin Assignments

Table 3.14 Series A Receptacles (J8, J9) Pin Descriptions

Pin No. Signal name 1 VBUS (PH0/AN0/IRQ0/VBUS) 2 DM (J8: PG0/DM0/PINT0, J9: PG2/DM1/PINT2) 3 DP (J8: PG1/DP0/PINT1, J9: PG3/DP1/PINT3) 4 GND



R20UT0601EJ0100 Rev.1.00 3-16 Mar. 12, 2013

J10


1 2 3 4 5

<Side view>

Figure 3.8 Mini-B Receptacle (J10) Pin Assignments

Table 3.15 Mini-B Receptacle (J10) Pin Descriptions

Pin No. Signal name 1 VBUS (PH0/AN0/IRQ0/VBUS) 2 DM (PG0/DM0/PINT0) 3 DP (PG1/DP0/PINT1) 4 ID (connected to a test pin TP4) 5 GND



R20UT0601EJ0100 Rev.1.00 3-17 Mar. 12, 2013

3.1.7 SD Card Slot (J11) The R0K5726B0C000BR includes an SD card slot (J11). Figure 3.9 shows the SD Card Slot (J11) Pin Assignments. Table 3.16 lists the SD Card Slot (J11) Pin Descriptions.

J11

1 2 3 4 5 6 7 811

129

<Top view of the solder side>10

<Side view>

Figure 3.9 SD Card Slot (J11) Pin Assignments

Table 3.16 SD Card Slot (J11) Pin Descriptions

Pin No. Signal name Pin No. Signal name

1 DAT3 (PJ6/SD_D3/CS4#/RxD1/AUDATA2)

2 CMD (PJ5/SD_CMD/SCK1/AUDATA1)

3 GND 4 +3.3V 5 CLK (PJ4/SD_CLK/CS1#/AUDATA0) 6 GND 7 DAT0 (PJ3/SD_D0/IRQ7/AUDSYNC#) 8 DAT1 (PJ2/SD_D1/IRQ6/AUDCK)

9 DAT2 (PJ7/SD_D2/BS#/TxD1/AUDATA3)

10 WP (PJ1/SD_WP/CS2#/IRQ5/AUDIO_XOUT)

11 CD (PJ0/SD_CD/IRQ4） 12 COMMON (GND) Notes: Bold letter indicates setting functions.


R20UT0601EJ0100 Rev.1.00 3-18 Mar. 12, 2013

3.1.8 Serial Port Connector (J12) The R0K5726B0C000BR includes a serial port connector (J12). The cable connection to the serial port connector (J12) can be changed by shifting the zero-ohm resistor between a male crossover connector and a female straight connector. The resistor is mounted by default to switch the crossover cable connection of the male connector. Figure 3.10 shows the Serial Port Connector (J12) Pin Assignments. Table 3.17 lists the Serial Port Connector (J12) Pin Descriptions.

16

59

16

59

J12


Board edge

<Side view>

Board edge

Figure 3.10 Serial Port Connector (J12) Pin Assignments

Table 3.17 Serial Port Connector (J12) Pin Descriptions

Pin No. Signal name Pin No. Signal name 1 NC 6 DSR 2 RXD (PH6/AN6/PINT6/RxD3) 7 RTS 3 TXD (PK1/TxD3/RTC_X2) 8 CTS 4 DTR 9 NC 5 GND


The pins between 4 and 6, and the pins between 7 and 8 use loop back connection.


R20UT0601EJ0100 Rev.1.00 3-19 Mar. 12, 2013

3.1.9 External Power Supply Connectors (J13, J14, J15, J16 and J20) The R0K5726B0C000BR includes external power supply connectors to apply 5V digital, 3.3V digital, 3.3V analog and 1.25V digital power from external source directly without using the DC power jack (J5). The connectors from J13 to J16 are not included by default. The R0K5726B0C000BR can be operated by supplying 5V power from the external power supply connector (J13) instead of the DC power jack (J5) in a default setting. Additionally, it is possible to supply 3.3V digital, 1.25V digital and 3.3V analog power from the external power supply connectors (J14, J15 and J16) by changing the zero-ohm resistor connection to operate the R0K5726B0C000BR. The external power supply connector (J20) is required to be supplied 8V digital power for a CD deck. Figure 3.11 shows the External Power Supply Connectors (J13 to J16 and J20) Pin Assignments. Table 3.18 to Table 3.22 lists the External Power Supply Connectors (J13 to J16 and J20) Pin Descriptions.


Board edge

J142 1

Digital 3.3V

J15 Digital 1.25V

J16 Analog 3.3V

J20Digital 8V

Digital 5V12

J13

Figure 3.11 External Power Supply Connectors (J13 to J16 and J20) Pin Assignments

Table 3.18 External Power Supply Connector (J13) Pin Descriptions


1 5VCC 2 GND

Note: When supplying 5VCC from the external power supply connector (J13), please do not use the DC power jack (J5). If J5 and J13 are used for power supply at the same time, the R0K5726B0C000BR may be destroyed.



1 3VCC 2 GND

Note: When supplying 3VCC from the external power supply connector (J14), make sure that the zero-ohm resistor R143 is removed. If J14 supplies power without removing R143, the R0K5726B0C000BR may be destroyed.



1 1.25VCC 2 GND

Note: When supplying 1.25VCC from the external power supply connector (J15), make sure that the zero-ohm resistor R145 is removed. If J15 supplies power without removing R1435, the R0K5726B0C000BR may be destroyed.


R20UT0601EJ0100 Rev.1.00 3-20 Mar. 12, 2013



1 AVcc 2 GND

Note: When supplying AVcc from the external power supply connector (J16), make sure that the zero-ohm resistor R134 is removed. If J16 supplies power without removing R134, the R0K5726B0C000BR may be destroyed.



1 8VCC 2 GND


R20UT0601EJ0100 Rev.1.00 3-21 Mar. 12, 2013

3.1.10 Line-out Pin Jacks (J17 and J19) The R0K5726B0C000BR includes line-out pin jacks (J17 and J19). Figure 3.12 shows the Line-out Pin Jacks (J17 and J19) Pin Assignment. Table 3.23 lists the Line-out Pin Jacks (J17 and J19) Pin Descriptions.

31

24

31

24

31

24

J 19J 18J 17


Figure 3.12 Line-out Pin Jacks (J17 and J19) Pin Assignment

Table 3.23 Line-out Pin Jacks (J17 and J19) Pin Descriptions

Pin Signal name Pin Signal name 1 GND 2 AOUTL (D/A converter analog output L pin) 3 AOUTR (D/A converter analog output R pin) 4 NC


R20UT0601EJ0100 Rev.1.00 3-22 Mar. 12, 2013

3.1.11 Microphone Input Pin Jack (J18) The R0K5726B0C000BR includes a microphone-input pin jack (J18). Figure 3.13 shows the Microphone Input Pin Jack (J18) Pin Assignments. Table 3.24 lists the Microphone Input Pin Jack (J18) Pin Descriptions.

31

24

31

24

31

24

J19J18J17


Figure 3.13 Microphone Input Pin Jack (J18) Pin Assignments

Table 3.24 Microphone Input Pin Jack (J18) Pin Descriptions

Pin Signal name Pin Signal name 1 GND 2 AOUTL (D/A converter analog output L pin) 3 AOUTR (D/A converter analog output R pin) 4 NC


R20UT0601EJ0100 Rev.1.00 3-23 Mar. 12, 2013

3.1.12 CD Deck Connector (J21) The R0K5726B0C000BR includes a flexible CD connector. Figure 3.14 shows the CD Deck Flexible Connector (J21) Pin Assignments. Table 3.25 lists the CD Deck Flexible Connector (J21) Pin Descriptions.

1 22


J21

Figure 3.14 CD Deck Flexible Connector (J21) Pin Assignments

Table 3.25 CD Deck Flexible Connector (J21) Pin Descriptions

Pin No. Signal name Pin No. Signal name 1 GND 2 GND 3 +8V 4 +8V 5 FLAG6 (PE1/SDA0/IRQ1) 6 NC 7 CDRST (connects reset IC output) 8 GND 9 +3.3V 10 +3.3V 11 GND 12 CDFS (PJ11/TIOC3D/IRQ0/SCK4/CRx0/

IERxD/RSPCK2) 13 CDSI (PB17/A17/MOSI0/TIOC2B) 14 CDCK (PB15/A15/RSPCK0/TIOC0B) 15 CDSO (PB18/A18/MISO0/TIOC3B) 16 NC 17 IIS_BCK (PJ12/SSISCK3/A0/TxD4/CTx0/

IETxD/SSL20) 18 IIS_LRCK

(PJ13/SSIWS3/IRQ1/RxD4/CRx1/ CRx0&CRx1/MOSI2)

19 IIS_DATA (PJ14/SSIDATA3/WDTOVF/CTx1/ CTx0&CTx1/MISO2)

20 BLKCK (PH7/AN7/PINT7/RxD4)

21 TRANS (PE3/SDA1/ADTRG#) 22 NC Note: Bold letter indicates setting functions.


R20UT0601EJ0100 Rev.1.00 3-24 Mar. 12, 2013

3.1.13 LAN Connector (J23) The R0K5726B0C000BR includes a LAN connector (J23). Figure 3.15 shows the LAN Connector (J23) Pin Assignments, and Table 3.26 lists the LAN Connector (J23) Pin Descriptions.

<Top view of the component side>12 1

J23

<Side view>

Figure 3.15 LAN Connector (J23) Pin Assignments

Table 3.26 LAN Connector (J23) Pin Descriptions

Pin No. Signal name Pin No. Signal name 1 TX+ 2 TX- 3 RX+ 4 NC 5 NC 6 RX- 7 NC 8 NC 9 LED1-K 10 LED1-A 11 LED2-K 12 LED2-A


R20UT0601EJ0100 Rev.1.00 3-25 Mar. 12, 2013

3.1.14 CAN Port Connector (J24) The R0K5726B0C000BR includes a CAN port connector (J24) for CAN transmit and receive. Figure 3.16 shows the CAN Port Connector (J24) Pin Assignments, and Table 3.27 lists the CAN Port Connector (J24) Pin Descriptions.

31

J24

Board edge


Figure 3.16 CAN Port Connector (J24) Pin Assignments

Table 3.27 CAN Port Connector (J24) Pin Descriptions

Pin No. Signal name 1 CANH 2 GND 3 CANL


R20UT0601EJ0100 Rev.1.00 3-26 Mar. 12, 2013

3.1.15 External Expansion Connector 1 (J22) The R0K5726B0C000BR includes a through-hole to mount an external expansion connector 1 (J22). Figure 3.17shows the External Expansion Connector 1 (J22) Pin Assignments, and Table 3.28 lists the External Expansion Connector 1 (J22) Pin Descriptions.

2

1

20

19

J22

1 22


J21

Figure 3.17 External Expansion Connector 1 (J22) Pin Assignments

Table 3.28 External Expansion Connector 1 (J22) Pin Descriptions

Pin No. Signal name Pin No. Signal name 1 GND 2 GND 3 +5V 4 General purpose port

(PJ0/SD_CD/IRQ4) 5 General purpose port

(PE1/SDA0/IRQ1) 6 General purpose port

(PJ1/SD_WP/CS2#/IRQ5/AUDIO_XOUT) 7 General purposeport

(PJ3/SD_D0/IRQ7/AUDSYNC# ) 8 General purpose port

(PJ2/SD_D1/IRQ6/AUDCK) 9 +3.3V 10 +3.3V 11 GND 12 General purpose port

(PJ11/TIOC3D/IRQ0/SCK4/ CRx0/IERxD/RSPCK2)

13 TxD (PJ7/SD_D2/BS#/TxD1/AUDATA3) 14 SCK (PJ5/SD_CMD/SCK1/AUDATA1) 15 RxD (PJ6/SD_D3/CS4#/RxD1/AUDATA2) 16 SSISCK (PJ12/SSISCK3/A0/TxD4/CTx0/

IETxD/SSL20) 17 SSIWS (PJ13/SSIWS3/IRQ1/RxD4/CRx1/

CRx0&CRx1/MOSI2) 18 SSIDATA

(PJ14/SSIDATA3/WDTOVF/CTx1/ CTx0&CTx1/MISO2)

19 Interrupt input (PH7/AN7/PINT7/RxD4)

20 General purpose port (PE3/SDA1/ADTRG#)



R20UT0601EJ0100 Rev.1.00 3-27 Mar. 12, 2013

3.1.16 External Expansion Connector 2 (J25) The R0K5726B0C000BR includes a through-hole to mount an external expansion connector 2 (J25). Figure 3.18 shows the External Expansion Connector 2 (J25) Pin Assignments, and Table 3.29 lists External Expansion Connector 2 (J25) Pin Descriptions.

21

2019

J25





1 AUDIO_XOUT 2 GND 3 GND 4 AUDIO_CLK (PE2/SCL1/AUDIO_CLK) 5 SCL (PE4/SCL2/TCLKA) 6 +3.3V 7 SDA (PE5/SDA2/TCLKB) 8 General purpose port

(PC7/CKE/IRQ6/CRx1/CRx0/CRx1) 9 +3.3V 10 SSISCK (PD0/D0/SSISCK1/SIOFSCK/

SPBMO_1/SPBIO0_1) 11 SSIWS (PD1/D1/SSIWS1/SIOFSYNC/

SPBMI_1/SPBIO1_1) 12 SSIRxD

(PD2/D2/SSIRxD1/SIOFRxD/SPBIO2_1) 13 SSITxD

(PD3/D3/SSITxD1/SIOFTxD/SPBIO3_1) 14 +5V

15 +5V 16 CTS (PD4/D4/RSPCK1/SCK3/CTS1#) 17 RTS (PD5/D5/SSL10/TxD3/RTS1#) 18 RxD (PB10/A10/RxD1) 19 TxD (PB11/A11/TxD1) 20 GND



R20UT0601EJ0100 Rev.1.00 3-28 Mar. 12, 2013

3.1.17 External Expansion Connector 3 (J26) The R0K5726B0C000BR includes a through-hole to mount an external expansion connector 3 (J26). Figure 3.19 shows the External Expansion Connector 3 (J26) Pin Assignments, and Table 3.30 lists the External Expansion Connector 3 (J26) Pin Descriptions.

21

2019

J26




Pin No. Signal name Pin No. Signal name 1 GND 2 GND 3 General purpose port

(PC6/CAS#/IRQ5/CTx0/IETxD) 4 General purpose port

(PC5/RAS#/IRQ4/CRx0/IERxD) 5 General purpose port

(PC4/WE1#/DQMU/WDTOVF#) 6 General purpose port

(PC3/WE0#/DQML/TIOC4D) 7 General purpose port

(PC2/RD/WR#/TIOC4C/SPDIF_OUT) 8 General purpose port

(PC1/RD#/TIOC4B/SPDIF_IN) 9 +3.3V 10 +3.3V 11 CTS (PD6/D6/MOSI1/SCK4/CTS2#) 12 RTS (PD7/D7/MISO1/TxD4/RTS2#) 13 RxD (PB13/A13/RxD2) 14 TxD (PB14/A14/TxD2) 15 +5V 16 +5V 17 NC 18 NC 19 NC 20 NC



R20UT0601EJ0100 Rev.1.00 3-29 Mar. 12, 2013

3.2 Operation Parts Layout The R0K5726B0C000BR includes a push switch, LEDs and a potentiometer as operation parts. Figure 3.20 shows the R0K5726B0C000BR Operation Parts Layout.

PW1: Power supply LED

SW

17: R

eset

sw

itch

SW1

to S

W16

:U

ser s

witc

h

SW

19: I

RQ

2 sw

itch

SW

18: N

MI s

witc

h

SW

20: P

INT7

sw

itch

LED1 toLED4: User LED

VR

1: P

oten

tiom

eter

LED5:LAN-Speed display LED

J23 (green):LAN-Link/Ac display LED

J23 (yellow):LAN-Duplex display LED

Figure 3.20 R0K5726B0C000BR Operation Parts Layout


R20UT0601EJ0100 Rev.1.00 3-30 Mar. 12, 2013

3.2.1 Push Switches The R0K5726B0C000BR includes twenty push switches. Table 3.31 lists the R0K5726B0C000BR push switches. Table 3.31 R0K5726B0C000BR push switches

No. Function Remarks SW1-16 Key input switch Refer to Chapter 2.6 for the details SW17 Reset switch Refer to Chapter 2.9 for the details SW18 NMI switch Refer to Chapter 2.7 for the details SW19 IRQ2 switch Refer to Chapter 2.7 for the details SW20 PINT7 switch Refer to Chapter 2.7 for the details

3.2.2 LEDs The R0K5726B0C000BR includes eight LEDs. Table 3.32 lists the R0K5726B0C000BR LEDs. Table 3.32 R0K5726B0C000BR LEDs

No. Color Function PW1 Blue Power supply LED (lights up when 5V power is supplied) LED1 Green User LED (lights up when PC2 outputs low level signal) LED2 Orange User LED (lights up when PC4 outputs low level signal) LED3 Red User LED (lights up when PC5 outputs low level signal) LED4 Red User LED (lights up when PC6 outputs low level signal) LED5 Red LAN Speed display LED (lights up in 100Mbps communication)

J23 (yellow) Yellow LAN Duplex display LED (lights up in full duplex communication) J23 (green) Green LAN Link/Activity display LED (lights up when linking and communicating)

3.2.3 Potentiometer The R0K5726B0C000BR includes a potentiometer for evaluating AN1 input. Table 3.33 lists the Potentiometer model. Please refer to the data sheet issued by the manufacturer for more details. Table 3.33 Potentiometer

No. Model Manufacturer VR1 CT-6ETV10KΩ NIIDEC COPAL ELECTRONICS CORPORATION


R20UT0601EJ0100 Rev.1.00 3-31 Mar. 12, 2013

3.3 Dimensions Figure 3.21 and Figure 3.22 show the dimensions of top views of the component side on the R0K5726B0C000BR. Figure 3.23 shows the dimension of perspective view of the component side.

Figure 3.21 R0K5726B0C000BR Dimension 1 (Top view of the component side)


R20UT0601EJ0100 Rev.1.00 3-32 Mar. 12, 2013

Figure 3.22 R0K5726B0C000BR Dimensions 2 (Top view of the component side)


R20UT0601EJ0100 Rev.1.00 3-33 Mar. 12, 2013

Figure 3.23 R0K5726B0C000BR Dimensions 3 (Perspective view of the component side)


R20UT0601EJ0100 Rev.1.00 3-34 Mar. 12, 2013


SH726B CPU Board R0K5726B0C000BR Appendix

R20UT0601EJ0100 Rev.1.00 Appendix-1 Mar. 12, 2013

Appendix R0K5726B0C000BR Schematics

1

1

2

2

3

3

4

4

5

5

A A

B B

C C

D D

SH726B CPU board R0K5726B0C000BR SCHEMATICS

INDEXCPU SH726B, ClockMemory/Character LCD/USB/Port (SDRAM/Serial-flash/SD)Common Ring Connector/ Application HeaderH-UDI/Reset/Power/Serial/CANPush Switch/LAN/AudioCD/External Connector

PAGE

123

4

567

TITLE Note:

Digital GND (GND)

Analog GND (AVss)

Not mounted

5VCC = Digital 5V3VCC = Digital 3.3VPVcc = 3.3V for CPU1.2VCC = 1.25V1.25VCC = 1.25V for CPUPLLVcc = 1.25V for PLLAVcc = Analog 3.3VAVref = 3.3V for ADC Voltage ReferenceA3VCC = Analog 3.3V for WM89788VCC = 8V for CD Drive

R = Fixed ResistorsRA = Resistor ArrayC = Ceramic CapsCE = Tantalum Electrolytic CapsCP = Decoupling CapsL = Inductor

D-R0K5726B0C000BR_C-A-R03

Renesas Solutions Corp.

DATE

APPROVEDSCALE

DESIGNEDCHECKEDDRAWN

CHANGE ( / )1 7

13-02-19

R0K5726B0C000BRINDEX


DATE

APPROVEDSCALE


CHANGE ( / )1 7

13-02-19



DATE

APPROVEDSCALE


CHANGE ( / )1 7

13-02-19


1

1

2

2

3

3

4

4

5

5

A A

B B

C C

D D

Data bus

Interrupt

H-UDI

USB

ROHM

AEL

Serial

AK4353

A9A10A11A12

A1

A13A14A15A16A17A18A19A20A21

A2

A22

A3A4A5A6A7A8

PC2

D8

PC0

PC3

PC1

D1

D9D10

D2

D11

D1D2D3

D0

D3

D12

D4

D13

D0

D[15:0]

D5

D14

D6

D15

D7

PC4

PE2

PE4PE3

PE0

PE5

AN1AN2AN3

AN5AN4

D5D6

D4

D7

D8D9D10D11

D12D13D14D15

AN7

PE6PE7

PJ0PJ1PJ2PJ3PJ4

PJ8

PJ5PJ6PJ7

PJ12

PJ9PJ10PJ11

PJ13PJ14

PF2PF3PF4PF5PF6PF7

PF0PF1

AN0

PE1

AN6

PC5PC6PC7PC8

D12D13D14D15

D1D2D3

D0

D8D9D10D11

D5D6

D4

D7PD6

PD4PD5

PD7

PD10

PD8PD9

PD11

PD14

PD12PD13

PD15

PD2

PD0PD1

PD3

PA1PA0

A[22:1][3,4,5,6,7]

PC[8:0] [3,4,6,7]

NMI [4,6]

TDO [4,5]TDI [4,5]TMS [4,5]

ASEMD# [4,5]TRST# [4,5]

TCK [4,5]

ASEBRKAK# [4,5]

RES# [4,5,6,7]

PJ[0:14] [3,4,5,6,7]

DM0[3,4]DP0[3,4]

VBUS[3,4]

AUDIO_XTAL[7]

PD[15:0] [3,4,5,6,7]

PE[7:0][3,4,6,7]

AN[7:0][3,4,5,6,7]

CKIO_J2[4]CKIO_SD[3]

DA/AD_conv_XTAL[6]DA_conv_XTAL[6]

DM1[3,4]DP1[3,4]

PF[7:0] [3,4,6]

PDN#[4,6]

TxD3[4,5]

RXD3[4,5]

_EXTAL[4]_XTAL[4]

_AUDIO_X1[4]_AUDIO_X2[4]

PA[1:0][3,4,7]

CKIO_JA3[4]

JA1-15 [4]

3VCC

PLLVccPVcc 1.25VCC

3VCC

3VCC

3VCC

AVccAVref

3VCC

PLLVccPVcc 1.25VCCAVcc

AVref


DATE

APPROVED

SCALE


CHANGE

( / )2 7


13-02-19

R0K5726B0C000BRCPU SH726B, Clock


DATE

APPROVED

SCALE


CHANGE

( / )2 7


13-02-19



DATE

APPROVED

SCALE


CHANGE

( / )2 7


13-02-19


CP6

0.1µ

FC

P60.

1µF

CP30.1µFCP30.1µF

R15 _0ΩR15 _0Ω

X1

_SG-8002DC_48.00MHz

X1

_SG-8002DC_48.00MHz

OUT3

VCC4

GND2

OE1

C1

22pF

C1

22pF

R4 22ΩR4 22Ω

R110ΩR110Ω

R14 22ΩR14 22Ω

CP7

0.1µ

FC

P70.

1µF

R7 _0ΩR7 _0Ω

R10 1MΩR10 1MΩ

+

CE2

4.7µ

F

+

CE2

4.7µ

F

CP20.1µFCP20.1µF

CP10.1µFCP10.1µF

R6 22ΩR6 22Ω

R8 _0ΩR8 _0Ω

R255 22ΩR255 22Ω

CP2

40.

1µF

CP2

40.

1µF

R9

_22Ω

R9

_22Ω

R1

22kΩ

R1

22kΩ

RA4 MNR14_22ΩRA4 MNR14_22Ω1234 5

678

CypressU5 CY2305SC-1H CypressU5 CY2305SC-1H

REF1

CLKOUT8

CLK13

CLK22

CLK35

CLK47

VDD6

GN

D4

RA3 MNR14_22kΩRA3 MNR14_22kΩ1234 5

678

RA6 MNR14_22ΩRA6 MNR14_22Ω1234 5

678

RA8 MNR14_22ΩRA8 MNR14_22Ω1234 5

678


678

CP5

0.1µ

FC

P50.

1µF

CP2

00.

1µF

CP2

00.

1µF

R2

_22kΩ

R2

_22kΩ


678

CP2

10.

1µF

CP2

10.

1µF

CP4

0.1µ

FC

P40.

1µF

R3

22kΩ

R3

22kΩ

CP1

60.

1µF

CP1

60.

1µF

RA2 MNR14_22ΩRA2 MNR14_22Ω1234 5

678

CP2

20.

1µF

CP2

20.

1µF

R246 22ΩR246 22Ω

CP1

70.

1µF

CP1

70.

1µF

CP1

20.

1µF

CP1

20.

1µF


678

CP2

30.

1µF

CP2

30.

1µF

CP1

80.

1µF

CP1

80.

1µF

CP1

30.

1µF

CP1

30.

1µF

CP8

0.1µ

FC

P80.

1µF

CP1

90.

1µF

CP1

90.

1µF

X3

SG-8002JF_11.2896MHz

X3

SG-8002JF_11.2896MHz

OUT3

VCC4

GND2

OE1

CP1

40.

1µF

CP1

40.

1µF

CP9

0.1µ

FC

P90.

1µF

R12 22ΩR12 22Ω

C2

22pF

C2

22pF

CP1

50.

1µF

CP1

50.

1µF

CP1

00.

1µF

CP1

00.

1µF

R13 22ΩR13 22Ω

R16 _0ΩR16 _0Ω

U1 R5S726B0P144FPU1 R5S726B0P144FP

PD14/D14/SD_D31

PD15/D15/SD_D22

PV

cc3

PB1/A1/SSISCK34

Vss

5

PB2/A2/SSIWS36

PB3/A3/SSIDATA37

PB4/A4/CTS08

PJ6/SD_D3/CS4/RxD1/AUDATA29

PJ7/SD_D2/BS/TxD1/AUDATA310

PV

cc11

PB5/A5/RTS012

Vss

13

PB6/A6/SCK0/SSISCK214

Vcc

15

PB7/A7/RxD016

PB8/A8/TxD017

PB9/A9/SCK1/SSIWS218

PJ8/TIOC3A/A23/SCK2/SSISCK2/TEND019

PJ9/TIOC3B/A24/RxD2/SSIWS2/DREQ020

PJ10/TIOC3C/A25/TxD2/SSIDATA2/DACK021

PV

cc22

PB10/A10/RxD123

Vss

24

PB11/A11/TxD125

Vcc

26

PB12/A12/SCK2/SSIDATA227

PB13/A13/RxD228

PB14/A14/TxD229

PB15/A15/RSPCK0/TIOC0B30

PB16/A16/SSL00/TIOC1B31

PB17/A17/MOSI0/TIOC2B32

PB18/A18/MISO0/TIOC3B33

PV

cc34

PB19/A19/SSISCK0/TIOC0C35

Vss

36

PB20/A20/SSIWS0/TIOC0D37

PB21/A21/SSIRxD0/TIOC3C38

PB22/A22/SSITxD0/TIOC3D39

PK0/SCK3/RTC_X140

PK1/TxD3/RTC_X241

PF6/IRQ2/RxD342

PV

cc44

CKIO45

Vss

46

RES47

Vss

48

PLL

Vcc

49

NMI50

Vcc

51

EXTAL52

XTAL53

Vss

54

PG2/DM1/PINT255

PG3/DP1/PINT356

Vss

57

PV

cc58

PG0/DM0/PINT059

PG1/DP0/PINT160

ASEMD61

PH0/AN0/IRQ0/VBUS62

PH1/AN1/IRQ1/RxD063

PH2/AN2/IRQ2/WAIT64

PH3/AN3/IRQ365

PH4/AN4/PINT4/RxD166


AV

ss68


AV

cc70


AV

ref

72

TRST73

ASEBRKAK/ASEBRK74

TDO75

TDI76

TMS77

TCK78

AUDIO_X279 AUDIO_X180

PV

cc81

PF0/RSPCK0/SPBCLK82

Vss

83

PF1/SSL00/SPBSSL84

PF2/MOSI0/SPBMO_0/SPBIO0_085


PJ11/TIOC3D/IRQ0/SCK4/CRx0/IERxD/RSPCK287

PJ12/SSISCK3/A0/TxD4/CTx0/IETxD/SSL2088

PV

cc89

PF4/SPBIO2_090

Vss

91

PF5/SPBIO3_092

Vcc

93

PA0/MD_CLK94

PA1/MD_BOOT95

PJ13/SSIWS3/IRQ1/RxD4/CRx1/CRx0/CRx1/MOSI296

PJ14/SSIDATA3/WDTOVF/CTx1/CTx0&CTx1/MISO297

PJ0/SD_CD/IRQ498

PC0/CS0/TIOC4A/AUDIO_XOUT99

PV

cc10

0

PC1/RD/TIOC4B/SPDIF_IN101

Vss

102

PC2/RD/WR/TIOC4C/SPDIF_OUT103

Vcc

104

PC3/WE0/DQML/TIOC4D105

PC4/WE1/DQMU/WDTOVF106

PC5/RAS/IRQ4/CRx0/IERxD107

PC6/CAS/IRQ5/CTx0/IETxD108

PE0/SCL0/IRQ0109

PE1/SDA0/IRQ1110

PE2/SCL1/AUDIO_CLK111

PE3/SDA1/ADTRG112

PE4/SCL2/TCLKA113

PE5/SDA2/TCLKB114

PE6/SCL3/TCLKC115

PE7/SDA3/TCLKD116

PC7/CKE/IRQ6/CRx1/CRx0/CRx1117

Vss

118

PV

cc11

9

PC8/CS3/IRQ7/CTx1/CTx0&CTx1120

PD0/D0/SSISCK1/SIOFSCK/SPBMO_1/SPBIO0_1121

PD1/D1/SSIWS1/SIOFSYNC/SPBMI_1/SPBIO1_1122

PD2/D2/SSIRxD1/SIOFRxD/SPBIO2_1123

PJ1/SD_WP/CS2/IRQ5/AUDIO_XOUT124

PJ2/SD_D1/IRQ6/AUDCK125

PV

cc12

6

PD3/D3/SSITxD1/SIOFTxD/SPBIO3_1127

Vss

128

PD4/D4/RSPCK1/SCK3/CTS1129

Vcc

130

PD5/D5/SSL10/TxD3/RTS1131

PD6/D6/MOSI1/SCK4/CTS2132

PJ3/SD_D0/IRQ7/AUDSYNC133

PJ4/SD_CLK/CS1/AUDATA0134

PJ5/SD_CMD/SCK1/AUDATA1135

PV

cc13

6

PD7/D7/MISO1/TxD4/RTS2137

Vss

138

PD8/D8/SD_CD/TIOC0A139

PD9/D9/SD_WP/TIOC1A140

PD10/D10/SD_D1/TIOC2A141

PD11/D11/SD_D0/TIOC3A142

PD12/D12/SD_CLK/IRQ2143

PD13/D13/SD_CMD/IRQ3144

PF7/IRQ3/RxD443

X2

X12M000000S006

X2

X12M000000S006

1 3

R232 22ΩR232 22Ω

+

CE1

4.7µ

F

+

CE1

4.7µ

F

CP1

10.

1µF

CP1

10.

1µF

R5 22ΩR5 22Ω

1

1

2

2

3

3

4

4

5

5

A A

B B

C C

D D

SDRAM (16MB)

USB Socket-A

USB Mini-B

Serial-flash1(16MB)

MICREL

JST

MOLEX

Serial-flash2(16MB)

SD Card Power Control

SD Card Slot

JST

Samtec

RED

GREEN

RED

ORANGE

BLUEPOWER

Port

COPAL

LCDD4

LCDE

LCDD5LCDD6

LCDRSRW

LCDD7

4 X 4 matrix switchs

USB interface

Chacacter-LCD

A4

A6

A8

A13

A9

A12

A5

A2

A11A10

A3

A7

A14

A1

PC5PC6

PD5

PD3

PD8PD7

PD0

PD2

PD6

PD10PD11

PD4

PD1

PD9

PD15PD14

PD12PD13

PF0PF1

PF3PF2

PC4

PC2

PC3

PF4PF5

A17

A15A16

A18

PJ7PJ6

PJ4PJ5PJ3PJ2

AN1

AN2

AN3

AN4

PC5

PC2

PC4

PC6

PC8

PC7

PF0

PF3PF2

PF5PF4

PE0

PA1

PJ1PJ0

PD[15:0][2,4,5,6,7]

A[22:1][2,4,5,6,7]

VBUS[2,4]

DP0[2,4]

DM0[2,4]

PJ[14:0][2,4,5,6,7]

DP1[2,4]

DM1[2,4]

AN[7:0][2,4,5,6,7]

PF[7:0][2,4,6]

CKIO_SD[2]

PC[8:0][2,4,6,7]

PE[7:0][2,4,6,7]

PA[1:0][2,4,7]

3VCC

5VCC

3VCC

3VCC

3VCC

3VCC

3VCC5VCC

MCVCC

3VCC

5VCC

3VCC

3VCC

5VCC

3VCC

AVcc

AVcc

3VCC

AVcc

3VCC

3VCC

3VCC


DATE

APPROVED

SCALE


CHANGE

( / )3 7


13-02-19

R0K5726B0C000BRMemory, Character LCD, USB


DATE

APPROVED

SCALE


CHANGE

( / )3 7


13-02-19



DATE

APPROVED

SCALE


CHANGE

( / )3 7


13-02-19


R24

22kΩ

R24

22kΩ

SW13 B3S-1000SW13 B3S-1000

2314

C41µFC41µF

R83 22ΩR83 22Ω

R88 1.58kΩR88 1.58kΩ

R4122kΩR4122kΩ

CP380.1µFCP380.1µF

D1

_HZM6.2Z4MFA

D1

_HZM6.2Z4MFA

15

24 3


SW12 B3S-1000SW12 B3S-1000

2314

R911.5kΩ R911.5kΩ


R5122kΩR5122kΩ

R67

22kΩ

R67

22kΩ

R2922kΩR2922kΩ

R66

22kΩ

R66

22kΩ

R4322kΩR4322kΩ

R37 15kΩR37 15kΩ

R96 1.58kΩR96 1.58kΩ

U4

S25FL129P

U4

S25FL129P

SCK16

CS#7

SI/IO015

SO/IO18

W#/ACC/IO29

HOLD#/IO31

DNC3

DNC14

VCC2

DNC13

DNC12

DNC11

DNC5

DNC6

DNC4

GND10


R23

22kΩ

R23

22kΩ

R991.5kΩ R991.5kΩ

J9UBA-4R-D14T-4DJ9UBA-4R-D14T-4D

VBus1

D-2

D+3

GND4

FRAME5

FG16FG27

R78 0ΩR78 0Ω

J8UBA-4R-D14T-4DJ8UBA-4R-D14T-4D

VBus1

D-2

D+3

GND4

FRAME5

FG16FG27

D10

1SS355

D10

1SS355

R761kΩ R761kΩ

R28

22Ω

R28

22Ω

SW16 B3S-1000SW16 B3S-1000

2314

R35 15kΩR35 15kΩ

R75 4.70kΩR75 4.70kΩ

R601kΩ R601kΩ

SW1 B3S-1000SW1 B3S-1000

2314


R721kΩ R721kΩ

R93 4.70kΩR93 4.70kΩ

R21

22kΩ

R21

22kΩ

R5422kΩR5422kΩ

R48

22Ω

R48

22Ω

R68

22kΩ

R68

22kΩ

R22

22kΩ

R22

22kΩ

R33 _1.5kΩR33 _1.5kΩ

SW6 B3S-1000SW6 B3S-1000

2314

L2_DLW21HN900SQ2L2_DLW21HN900SQ2

14

23


R70 0ΩR70 0Ω

+ CE54.7µF

+ CE54.7µF

TP2TP2

R71 1.58kΩR71 1.58kΩ

SW4 B3S-1000SW4 B3S-1000

2314

SW11 B3S-1000SW11 B3S-1000

2314


D7

1SS355

D7

1SS355

R81 14.0kΩR81 14.0kΩ

R20

22kΩ

R20

22kΩ

R49 _22kΩR49 _22kΩ

D9

1SS355

D9

1SS355

TP3TP3

R5622kΩR5622kΩ

L1

_L600

L1

_L600

U3

S25FL129P

U3

S25FL129P

SCK16

CS#7

SI/IO015

SO/IO18

W#/ACC/IO29

HOLD#/IO31

DNC3

DNC14

VCC2

DNC13

DNC12

DNC11

DNC5

DNC6

DNC4

GND10

SW15 B3S-1000SW15 B3S-1000

2314


J10 _54819-0572J10 _54819-0572

VBus1

D-2

D+3

ID4

FRAME6

GND5 FG1

7FG28FG39

ELPIDA

U2EDS1216AHTAELPIDA

U2EDS1216AHTA

BA121

BA020

A1135

A1022

A934

A833

A732

A631

A530

A429

A326

A225

A124

A023

CS19

RAS18

CAS17

WE16

DQMU39

DQML15

CKE37

CLK38

DQ1553

DQ1451

DQ1350

DQ1248

DQ1147

DQ1045

DQ944

DQ842

DQ713

DQ611

DQ510

DQ48

DQ37

DQ25

DQ14

DQ02

VS

S28

VS

S41

VS

S54

VS

SQ

6

VS

SQ

12

VS

SQ

46

VS

SQ

52

VDD1

VDD14

VDD27

VDDQ3

VDDQ9

VDDQ43

VDDQ49

NC140

NC236

D3

1SS355

D3

1SS355


R261kΩR261kΩ

R36 15kΩR36 15kΩ

R57

100kΩ

R57

100kΩ

SW5 B3S-1000SW5 B3S-1000

2314

D8

1SS355

D8

1SS355

R64

_22kΩ

R64

_22kΩ

R85 4.70kΩR85 4.70kΩ

R24922kΩR24922kΩ


R46 _22kΩR46 _22kΩ

R89 4.70kΩR89 4.70kΩ

TP4USB_IDTP4USB_ID

D5

1SS355

D5

1SS355

SW2 B3S-1000SW2 B3S-1000

2314

R771.5kΩ R771.5kΩ

R3922kΩR3922kΩ

R27 22ΩR27 22Ω

VR1

CT-6ETV10kΩ

VR1

CT-6ETV10kΩ

3

1

2

R79 1.58kΩR79 1.58kΩ

R73 4.70kΩR73 4.70kΩ

R941kΩ R941kΩ

J7

SSM-107-LM-DV-P-TR

J7

SSM-107-LM-DV-P-TR

123456789

1011121314

R25622kΩR25622kΩ

TP1VBUSTP1VBUS

R97 4.70kΩR97 4.70kΩ

SW8 B3S-1000SW8 B3S-1000

2314

SW3 B3S-1000SW3 B3S-1000

2314

R82 22ΩR82 22Ω

PW1

UB1111C

PW1

UB1111C

R65

22kΩ

R65

22kΩ

U6MIC-2026-2YMU6MIC-2026-2YM

IN7

FLGB3

GND6

ENB4

ENA1

OUTA8

FLGA2

OUTB5

LED2

SML-310DT

LED2

SML-310DT

AK

R31

_22kΩ

R31

_22kΩ

U7

HD74LV1GT126ACME-E

U7

HD74LV1GT126ACME-E

OE1

A2

GND3

Y4

VCC5


D6

1SS355

D6

1SS355

+ CE4150µF

+ CE4150µF

R4222kΩR4222kΩ

R45 _0ΩR45 _0Ω

U22HD74LV1G08AU22HD74LV1G08A

1

24

35


R87 0ΩR87 0Ω

R5222kΩR5222kΩ L5

_DLW21HN900SQ2L5_DLW21HN900SQ2

14

23

CP4

00.

1µF

CP4

00.

1µF

C31µFC31µF


R32

22Ω

R32

22Ω

R4422kΩR4422kΩ

CP26

_18pF

CP26

_18pF

LED4

SML-310VT

LED4

SML-310VT

AK

R74 14.0kΩR74 14.0kΩ

R34 1kΩR34 1kΩ

R63

22kΩ

R63

22kΩ

R2531.5kΩR2531.5kΩ

R59 4.70kΩR59 4.70kΩ

R30

_22kΩ

R30

_22kΩ

R95 0ΩR95 0Ω

SW7 B3S-1000SW7 B3S-1000

2314

SW10 B3S-1000SW10 B3S-1000

2314

R170ΩR170Ω

R5522kΩR5522kΩ

+ CE3150µF

+ CE3150µF

R58_0ΩR58_0Ω

U8 LTC1470CS8U8 LTC1470CS8

OUT1

5VIN2

EN13

EN04

3VIN6

3VIN7

OUT8

GN

D5

R19

_22kΩ

R19

_22kΩ

CP4

10.

1µF

CP4

10.

1µF

R90 14.0kΩR90 14.0kΩ

R62

22kΩ

R62

22kΩ

J11 DM1B-DSF-PEJJ11 DM1B-DSF-PEJ

DAT07

CLK5

VDD4

DAT29 DAT18

VSS13

CMD2

CD/DAT31

VSS26

W_Protect10

Card_Detect11

COMMON12

PAD113

PAD214

PAD315

PAD416

PAD517

PAD618

R47 1kΩR47 1kΩ C51µFC51µF

L6_L600L6_L600

R5322kΩR5322kΩ

R861kΩ R861kΩ


LED1

SML-310MT

LED1

SML-310MT

AK

SW14 B3S-1000SW14 B3S-1000

2314

L3_L600L3_L600

R38 15kΩR38 15kΩ

D2_HZM6.2Z4MFAD2_HZM6.2Z4MFA1

5

24 3

R92

10kΩ

R92

10kΩ

R2501.8kΩR2501.8kΩ

R98 14.0kΩR98 14.0kΩ

R25

22kΩ

R25

22kΩ

R841.5kΩ R841.5kΩ

SW9 B3S-1000SW9 B3S-1000

2314


R69

22kΩ

R69

22kΩ

D4

1SS355

D4

1SS355

R4022kΩR4022kΩ

R180ΩR180Ω

R50

22Ω

R50

22Ω

R80 4.70kΩR80 4.70kΩ

+

CE6

1µF/

16V

+

CE6

1µF/

16V

L4

_L600

L4

_L600


R61 0ΩR61 0Ω

LED3

SML-310VT

LED3

SML-310VT

AK

1

1

2

2

3

3

4

4

5

5

A A

B B

C C

D D

Honda Honda

Honda Honda

Honda

Honda

Honda

Honda

SH726B Expansion Connector

Honda

SH726B Ring Connector

PF0PF1PF2PF3

PJ11PJ12

PF4

PF5

PA1

PJ13PJ14PJ0PC0

PC1

PC2

PC3

PC5PC6

PE0PE1PE2PE3PE4PE5PE6PE7

PD3

PD4

PD5PD6PJ3PJ4PJ5

PD7

PD8PD9PD10PD11PD12PD13

A20A21A22

PF6PF7

CKIO

RES#

NMI

PG2PG3

PG0

ASEMD#AN0AN1AN2AN3AN4AN5

AN6

AN7

PD14PD15

A1

A2A3A4PJ6PJ7

A5

A6

A7A8A9PJ8PJ9PJ10

A10

A11

A12A13A14A15A16A17A18

A19

PD0PD1PD2

PC8

PK0PK1

PJ1PJ2

PC7

PC4

PG1

AN0AN1AN2AN3

PC0PJ1

A8

A4

A2

A6

A3

A7

A1

A9

PJ12

A10

A17A16

A18

A20

PD1PD2

PD6PD5

PD7

PD4

PD0

PD11PD10

PD12PD13

PD15

PD8PD9

PD14

PC7

PC6

PD3

A11

A13A12

A14

PC1

A21

PC5

PC2

A12

PC1PC2

PD11

PJ14PJ13PJ0PJ1

A16

PC0

PJ11

A13

RESET#

PD10

PC3

PJ5

PE6PE7

PJ8PJ10PJ9

A14

NMI

PC6

PJ4PJ9

PJ6

PC5

PE3

PF2PF3PF4PF5

PF1

PJ2PJ3PJ11

PE6PE7

PJ14PJ7

PF6

PD8

A15

AN4

A19

PD9

AN5

A22

PC4PC3

PC8

AN2

AN6AN7

AN5AN4

PE4PE5

EXTAL

A5

PA0

A15

A19

PD[15:0][2,3,5,6,7]

A[22:1][2,3,5,6,7]

_EXTAL[2]_XTAL[2]

_AUDIO_X1[2]_AUDIO_X2[2]

PJ[14:0][2,3,5,6,7]

PF[7:0][2,3,6]

ASEBRKAK#[2,5]TRST#[2,5]

TDO[2,5]TDI[2,5]TMS[2,5]TCK[2,5]

PC[8:0][2,3,6,7]

PE[7:0][2,3,6,7]

DP1[2,3]

DM0[2,3]

AN[7:0][2,3,5,6,7]

CKIO_J2[2]

RES#[2,5,6,7]

NMI[2,6]

ASEMD#[2,5]

TxD3[2,5]PDN#[2,6]

RES#[2,5,6,7]_EXTAL[2]NMI[2,6]

CKIO_JA3[2]

TxD3[2,5]

RXD3[2,5]PDN#[2,6]

RS232RX[5]RS232TX[5]

PA[1:0][2,3,7]

DM1[2,3]

DP0[2,3]

JA1-15[2]

1.25VCCPVcc

PVccPLLVcc

1.25VCC

AVccAVref

1.25VCCPVcc

1.25VCCPVcc

5VCCAVcc 3VCCAVref

5VCC


DATE

APPROVED

SCALE


CHANGE

( / )4 7


13-02-19

R0K5726B0C000BRExt. Connector


DATE

APPROVED

SCALE


CHANGE

( / )4 7


13-02-19



DATE

APPROVED

SCALE


CHANGE

( / )4 7


13-02-19


R105 _0ΩR105 _0Ω

R231 _0ΩR231 _0Ω

R102 0ΩR102 0Ω

R230 _0ΩR230 _0Ω

R104 0ΩR104 0Ω

R228 _0ΩR228 _0Ω

R101 _0ΩR101 _0Ω

JA5

_FFC-24BMEP1B

JA5

_FFC-24BMEP1B

123456789

101112131415161718192021222324

J2

_FFC-36BMEP1B

J2

_FFC-36BMEP1B

123456789

101112131415161718192021222324252627282930313233343536

JA1

_FFC-26BMEP1B

JA1

_FFC-26BMEP1B

123456789

1011121314151617181920212223242526

R229 _0ΩR229 _0Ω

J4

_FFC-36BMEP1B

J4

_FFC-36BMEP1B

123456789

101112131415161718192021222324252627282930313233343536

R247 0ΩR247 0Ω

JA6

_FFC-24BMEP1B

JA6

_FFC-24BMEP1B

123456789

101112131415161718192021222324

R100 0ΩR100 0Ω

JA3

_FFC-50BMEP1B

JA3

_FFC-50BMEP1B

123456789

1011121314151617181920212223242526272829303132333435363738394041424344454647484950

J3

_FFC-36BMEP1B

J3

_FFC-36BMEP1B

123456789

101112131415161718192021222324252627282930313233343536

R108 _0ΩR108 _0Ω

R248 0ΩR248 0Ω

J1

_FFC-36BMEP1B

J1

_FFC-36BMEP1B

123456789

101112131415161718192021222324252627282930313233343536

R103 _0ΩR103 _0Ω

R107 0ΩR107 0Ω

R106 _0ΩR106 _0Ω

JA2

_FFC-26BMEP1B

JA2

_FFC-26BMEP1B

123456789

1011121314151617181920212223242526

1

1

2

2

3

3

4

4

5

5

A A

B B

C C

D D

H-UDI Interface

Power On Reset

Samtec

3.3V TO 1.25V STEP DOWN REGULATOR

TDK

3.3V TO 1.8V STEP DOWN REGULATOR

CAN Transceiver

RENESAS

Texas Instruments

CAN

3.3V<-5V

JST

Voltage Level Shifter 3.3V<->5V

PowerConnector

5V To 3.3V Linear Regulator

3.3V External

HRS

NS

HRS

OMRON

VSS - AVSS

HRS

1.25V External

TDK

(3)

(4)

ERNI

SERIAL

(5)

(6)

(7)

(8)

(9)

TI

Serial connectormount tab = GND

JPNRSK

(1)

:for Male connector only154236

MALE

:for Female connector only

FEMALE

(2)

HRS

8V External

HRS

AVcc External

CAN

Serial interface

Kycon

CTS2#RTS2#

RxD2TxD2

PJ13

PJ14

A13

PD7PD6

A14

RES# [2,4,6,7]

TDO[2,4]ASEMD# [2,4]

TDI[2,4]

TCK[2,4]

TMS[2,4]

TRST#[2,4]

ASEBRKAK#[2,4]

PJ[14:0][2,3,4,6,7]

TxD3[2,4]

RxD3[2,4]

RS232TX[4]

RS232RX[4]

PD[15:0][2,3,4,6,7]

A[22:1][2,3,4,6,7]

3VCC

3VCC

3VCC

3VCC

3VCC

1.8VCC

5VCC3VCC

5VCC

3VCC

3VCC

PVcc

5VCC

1.25VCC

3VCC

1.2VCC

3VCC

3VCC

3VCC

AVcc

8VCC

AVcc

A3VCC

AVref

PVcc

1.8VCC VDD_A18

1.2VCC PLLVcc1.25VCC

5VCC 3VCC 1.25VCC PVcc AVcc A3VCC


DATE

APPROVED

SCALE


CHANGE

( / )5 7


13-02-19

R0K5726B0C000BRH-UDI,Power, Reset, Serial,


DATE

APPROVED

SCALE


CHANGE

( / )5 7


13-02-19



DATE

APPROVED

SCALE


CHANGE

( / )5 7


13-02-19


R25222kΩR25222kΩ

J16

_A2-2PA-2.54DSA

J16

_A2-2PA-2.54DSA

12

R242 _0ΩR242 _0Ω

U13

MAX3222CPW

U13

MAX3222CPW

C1+2

C1-4

C2+5

C2-6

V+3

V-7

T1IN13

T2IN12

R1IN16

R2IN9

R1OUT15

R2OUT10

T1OUT17

T2OUT8

VC

C19

GN

D18

EN_1

SHDN_20

NC14

NC11

+ CE10

10µF/16V

+ CE10

10µF/16V

R129 0Ω(M)R129 0Ω(M)

CQ

130.

1µF

CQ

130.

1µF

J24

B3P-SHF-1AA(LF)(SN)

J24

B3P-SHF-1AA(LF)(SN)

123

L9

BLM21PG300SN1

L9

BLM21PG300SN1

R14

622

kΩR

146

22kΩ

L10

BLM21PG300SN1

L10

BLM21PG300SN1

D131N4148WD131N4148W

R1154.7kΩR1154.7kΩ

NS

U10

LM2734XNS

U10

LM2734X

BO

OS

T1

GND2FB3

EN4

VIN5

SW6

CP48 _0.1µFCP48 _0.1µF

R12515kΩR12515kΩ

CQ

10.

1µF

CQ

10.

1µF

+ CE13

220µF/6.3V

+ CE13

220µF/6.3V

R144 0Ω(M)R144 0Ω(M)

R123

0Ω

R123

0Ω


U9LMS1587CS-ADJU9LMS1587CS-ADJ

AD

J1

VIN3

VOUT2

TAB4

CQ

90.

1µF

CQ

90.

1µF

C90.47µFC90.47µF

CQ

230.

1µF

CQ

230.

1µF

+CE1610µF/16V

+CE1610µF/16V

R150 0ΩR150 0Ω

D12MBRM110LD12MBRM110L

R122_22kΩ

R122_22kΩ

R130 0ΩR130 0Ω

R111180Ω(1/8W)R111180Ω(1/8W)

R127 0Ω(F)R127 0Ω(F)

L12

BLM21PG300SN1

L12

BLM21PG300SN1

J15

_A2-2PA-2.54DSA

J15

_A2-2PA-2.54DSA

12

R135 0ΩR135 0Ω

CQ

140.

1µF

CQ

140.

1µF

CQ

60.

1µF

CQ

60.

1µF

+ CE11

220µF/6.3V

+ CE11

220µF/6.3V

R1380ΩR1380Ω

L11

BLM21PG300SN1

L11

BLM21PG300SN1

+ CE847µF

+ CE847µF

R12410kΩR12410kΩ

TP91.25VCCTP91.25VCC

1

R12612kΩR12612kΩ

J6

HTST-107-01-L-DV

J6

HTST-107-01-L-DV

ASEMD9

GND10

GND12

GND13

GND14

NC8

TCK1

TMS5

_TRST2

TDI6

TDO3

_ASEBRAK4

UVCC11

_RES7

D111N4148WD111N4148W

R141 0ΩR141 0Ω

R245 _0ΩR245 _0Ω



CQ

30.

1µF

CQ

30.

1µF

CQ

240.

1µF

CQ

240.

1µF

R145

0Ω

R145

0Ω

CQ

150.

1µF

CQ

150.

1µF

R1186.2kΩR1186.2kΩ

CP5

00.

1µF

CP5

00.

1µF

R131 0Ω(M)R131 0Ω(M)

R143 0ΩR143 0Ω

J5

KLDX-SMT2-0202-A

J5

KLDX-SMT2-0202-A

321

4

U14

HA13721RPJE

U14

HA13721RPJE

TxD1

GND2

VCC3

RxD4

NC5

CANL6

CANH7MODE8

+ CE12

10µF/16V

+ CE12

10µF/16V

R241 _0ΩR241 _0Ω

CQ

160.

1µF

CQ

160.

1µF

R12110kΩR12110kΩ

R1121kΩR1121kΩ

CQ

250.

1µF

CQ

250.

1µF

NS

U12

LM2734XNS

U12

LM2734X

BO

OS

T1

GND2FB3

EN4

VIN5

SW6

R12011kΩR12011kΩ

R137 _0ΩR137 _0Ω

R239 _0ΩR239 _0Ω

R136 0Ω(M)R136 0Ω(M)

R110110ΩR110110Ω

R133 0ΩR133 0Ω

CQ

260.

1µF

CQ

260.

1µF

+ CE9

10µF/16V

+ CE9

10µF/16V

R244 _0ΩR244 _0Ω

TP71.8VCCTP71.8VCC

1

CQ

170.

1µF

CQ

170.

1µF

R243 _0ΩR243 _0Ω

CQ

100.

1µF

CQ

100.

1µF

R23

6_0Ω

R23

6_0Ω

+CE1710µF/25V

+CE1710µF/25V

R139 0Ω(F)R139 0Ω(F)

CP5

10.

1µF

CP5

10.

1µF

CQ

40.

1µF

CQ

40.

1µF

CP47 0.1µFCP47 0.1µF

CQ

110.

1µF

CQ

110.

1µF

R149120Ω-1/4WR149120Ω-1/4W

R12

822

kΩR

128

22kΩ

J20

_A2-2PA-2.54DSA

J20

_A2-2PA-2.54DSA

12

R132 0Ω(F)R132 0Ω(F)

R142 _0ΩR142 _0Ω

+CE1510µF/16V

+CE1510µF/16V

R25122kΩR25122kΩ

L7VLCF4020T-4R7N1R2L7VLCF4020T-4R7N1R2

J12

154188

J12

154188

59

48

37

26

1

1011

R14

822

kΩR

148

22kΩ

R147 0ΩR147 0Ω

CQ

20.

1µF

CQ

20.

1µF

CQ

70.

1µF

CQ

70.

1µF

C8 0.47µFC8 0.47µF

C60.1µFC60.1µF

D14MBRM110LD14MBRM110L

J13

_A2-2PA-2.54DSA

J13

_A2-2PA-2.54DSA

12


R240 _0ΩR240 _0Ω

L8VLCF4020T-4R7N1R2L8VLCF4020T-4R7N1R2

R11415kΩR11415kΩ

CQ

120.

1µF

CQ

120.

1µF

SW17B3S-1000SW17B3S-1000

23

14

J27

XG8S-0331

J27

XG8S-0331

123

R134 0ΩR134 0Ω

J14

_A2-2PA-2.54DSA

J14

_A2-2PA-2.54DSA

12

CQ

200.

1µF

CQ

200.

1µF

CQ

180.

1µF

CQ

180.

1µF

+ CE710µF/25V

+ CE710µF/25V

C7 0.47µFC7 0.47µF

R238 _0ΩR238 _0Ω

TP6A3VCCTP6A3VCC

1

R119 100ΩR119 100Ω

U15

SN74LVC1T45DCK

U15

SN74LVC1T45DCK

VCCA1

VCCB6

A3 GND2

DIR5

B4

+ CE14

10µF/16V

+ CE14

10µF/16V

+CE1810µF/16V

+CE1810µF/16V

CQ

80.

1µF

CQ

80.

1µF

R140 0Ω(F)R140 0Ω(F)

RA9MNR14_22kΩRA9MNR14_22kΩ

1 2 3 45678

R11310kΩ R11310kΩ

CQ

190.

1µF

CQ

190.

1µF

TP5

3.3V

TP5

3.3V

CQ

50.

1µF

CQ

50.

1µF


R11710kΩR11710kΩ

TP8 8VCCTP8 8VCC

1

U11

RNA51957BFP

U11

RNA51957BFP

OUT6

Cd5

GN

D4

IN2

VC

C7

NC

8N

C1

NC

3

CQ

210.

1µF

CQ

210.

1µF

R23

7_0Ω

R23

7_0Ω

CQ

220.

1µF

CQ

220.

1µF

R10922kΩR10922kΩ

R1160ΩR1160Ω

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

NMISWITCH

NMI SWITCH CIRCUIT

IRQ2SWITCH

IRQ SWITCH CIRCUIT

TESTSWITCH

TEST SWITCH CIRCUIT

RENESAS RENESAS

LAN interface

Audio CODEC

Audio DAC

Microchip

PF6

PJ8

PE4

PJ9

PE5

PJ10

PF7

A15

A17

A19

A22

A20

A21

PD8

PD1

PD9PD10

PD2

PD11

PD3

PD12

PD4

PD13

PD0

PD5

PD14

PD6

PD15

PD7

A1A2A3A4A5A6A7

PC0PC1PC3

A8

PE3

PE4

PE5

AN7AN5

NMI [2,4]

PF[7:0][2,3,4]

PDN#[2,4]

DA_conv_XTAL[2]

PE[7:0][2,3,4,7]

PJ[14:0][2,3,4,5,7]

DA/AD_conv_XTAL[2]

A[22:1][2,3,4,5,7]

PD[15:0][2,3,4,5,7]

PC[8:0][2,3,4,7]

RES#[2,4,5,7]

AN[7:0][2,3,4,5,7]3VCC

3VCC

3VCC

3VCC

3VCC

3VCC

3VCC

3VCC

A3VCC 3VCC

A3VCC

A3VCC

3VCC

3VCC

3VCC 3VCC

3VCC

3VCCA3VCC

A3VCC VDD_A18 3VCC

3VCC VDD_A18

VSS VSS

3VCC

3VCC

A3VCC 3VCC

3VCC


DATE

APPROVED

SCALE


CHANGE

( / )6 7


13-02-19

R0K5726B0C000BRSwitch, LAN ,Audio


DATE

APPROVED

SCALE


CHANGE

( / )6 7


13-02-19



DATE

APPROVED

SCALE


CHANGE

( / )6 7


13-02-19


U18

93LC46A

U18

93LC46ADO

4Vss

5DI3

Vcc8

CS1

CLK2

NC7

NC6

R201 47kΩR201 47kΩ

+

CE3

410

µF/1

6V

+

CE3

410

µF/1

6V

R167 220ΩR167 220Ω

+

CE2

310

µF/1

6V

+

CE2

310

µF/1

6V


CP6

00.

1µF

CP6

00.

1µF

TP12TP12

C140.1µFC140.1µF

+

CE2

210

µF/1

6V

+

CE2

210

µF/1

6V

R16210kΩR16210kΩ

R211 22kΩR211 22kΩ

U16C

HD74LV1GW17A

U16C

HD74LV1GW17A25

C130.1µFC130.1µF

R15

510Ω

R15

510Ω

R17

4_2

2kΩ

R17

4_2

2kΩ

R15

449

.9Ω

-1/4

WR

154

49.9Ω

-1/4

W

R20

5_2

2kΩ

R20

5_2

2kΩ

TP13TP13

R177 0ΩR177 0Ω

R199 22ΩR199 22Ω

+

CE33

4.7µF+

CE33

4.7µF

CP6

70.

1µF

CP6

70.

1µF

R180 0ΩR180 0Ω

C24 0.1µFC24 0.1µF

C120.1µFC120.1µF

R194 22ΩR194 22Ω

R16

5_2

2kΩ

R16

5_2

2kΩ

CP5

515

pFC

P55

15pF

U19A

HD74LV1GW17A

U19A

HD74LV1GW17A

61

R1691.00kΩR1691.00kΩ

R197 220ΩR197 220Ω

LED5

SML-310VT

LED5

SML-310VT

+ CE212.2µF

+ CE212.2µF

SW19

B3S-1000

SW19

B3S-1000

23

14

R15910kΩR15910kΩ

C26

220p

FC

2622

0pF

+

CE2

410

µF/1

6V

+

CE2

410

µF/1

6V

R18

447

kΩR

184

47kΩ

R183 22ΩR183 22Ω

TP14TP14

CP6

80.

1µF

CP6

80.

1µF

R18

2_2

2kΩ

R18

2_2

2kΩ

R25

422

kΩR

254

22kΩ

U21 WM8978GEFL/VU21 WM8978GEFL/V

LIP1

LIN2

L2/GPIO23

RIP4

RIN5

R2/GPIO36

LRC7

BCLK8

ADCDAT9

DACDAT10

MCLK11

DG

ND

12D

CV

DD

13

DB

VD

D14

CSB/GPIO115

SCLK16

SDIN17

MODE18

AUXL19

AUXR20

OUT421

OUT322

ROUT223

SP

KG

ND

24

LOUT225

SP

KV

DD

26

VMID27

AG

ND

28

ROUT129

LOUT130

AV

DD

31

MICBIAS32

PA

D33

C22_18pFC22_18pF +CE30 10µF/16V+CE30 10µF/16V

R18

122

kΩR

181

22kΩ

R16

6_2

2kΩ

R16

6_2

2kΩ

+

CE3

510

µF/1

6V

+

CE3

510

µF/1

6V

U16B

HD74LV1GW17A

U16B

HD74LV1GW17A

43

R21

022

kΩR

210

22kΩ

R17510kΩR17510kΩ

CP6

10.

1µF

CP6

10.

1µF

C17_18pFC17_18pF

R20

90Ω

R20

90Ω

J18

HSJ1456-010320

J18

HSJ1456-010320

1

2

3

4

CP5

315

pFC

P53

15pF

C231µFC231µF

R15

149

.9Ω

-1/4

WR

151

49.9Ω

-1/4

W

C19

220p

FC

1922

0pF

R16

4_2

2kΩ

R16

4_2

2kΩ

CP7

20.

1µF

CP7

20.

1µF

R2330ΩR2330Ω

R192 22ΩR192 22Ω

R176 220ΩR176 220Ω

R20

327

kΩR

203

27kΩ

+CE25

22µF/10V

+CE25

22µF/10V

R17

022

kΩR

170

22kΩ

CP6

20.

1µF

CP6

20.

1µF

R18

922

kΩR

189

22kΩ

CP5

60.

022µ

FC

P56

0.02

2µF

CP7

40.

1µF

CP7

40.

1µF

+

CE36 10µF/16V

+

CE36 10µF/16V

R15

775

0ΩR

157

750Ω

X4

X25M000000S006

X4

X25M000000S006

1 3

CP7

30.

1µF

CP7

30.

1µF

R15

875

0ΩR

158

750Ω

+CE31 47µF+CE31 47µF

R161 0ΩR161 0Ω

R21

4_0Ω

R21

4_0Ω

R17

3_2

2kΩ

R17

3_2

2kΩ

CP5

80.

1µF

CP5

80.

1µF

CP6

30.

1µF

CP6

30.

1µF

C20

220p

FC

2022

0pF

J23

J3011G21DNLT

J23

J3011G21DNLT

TD+3

TD-4

TCT5

RD+7

RD-8

RCT6

N.C.9

GND10

K2

K11

A1

A12

PAD113

PAD214

CP7

50.

1µF

CP7

50.

1µF

R20

227

kΩR

202

27kΩ


CP6

40.

1µF

CP6

40.

1µF

TP10TESTTP10TEST

C211µFC211µF

U19B

HD74LV1GW17A

U19B

HD74LV1GW17A

43

+CE32 47µF+CE32 47µF

R193 22ΩR193 22Ω

+

CE28 10µF/16V

+

CE28 10µF/16V

C11

22pF

C11

22pF

R23

422

kΩR

234

22kΩ

R200 47kΩR200 47kΩ

U16A

HD74LV1GW17A

U16A

HD74LV1GW17A

61

+ CE192.2µF

+ CE192.2µF

CP6

50.

1µF

CP6

50.

1µF

J19

HSJ1456-010320

J19

HSJ1456-010320

1

2

3

4


C10

22pF

C10

22pF

C150.1µFC150.1µF

R235 _0ΩR235 _0Ω

U17 LAN9211U17 LAN9211

VD

D_I

O1

VD

D_C

OR

E2

GPIO0/nLED13

GPIO1/nLED24

GPIO2/nLED35

A76 A67 A58 A49 A3

10 A211 A112

FIFO_SEL13

NC14

nRD15

nWR16

nCS17

VD

D_I

O18

D1519 D1420 D1321 D1222 D1123

VD

D_I

O24

D1025 D926 D827 D728 D629

VD

D_I

O30

D531 D432 D333 D234 D135 D036

VD

D_C

OR

E37

EEDIO/GPO338

EECS39

EECLK/GPO0440

PME41

nRESET42

IRQ43

TPO-44

TPO+45V

DD

_A33

46

TPI-47

TPI+48

VD

D_A

3349

EXRES150

VD

D_A

3351

AMDIX_EN52

VD

D_A

1853

XTAL254

XTAL1/CLKIN55

VD

D_I

O56

VS

SP

AD

+

CE27

4.7µF

+

CE27

4.7µF

R15

249

.9Ω

-1/4

WR

152

49.9Ω

-1/4

W

R208 220ΩR208 220Ω

CP6

60.

1µF

CP6

60.

1µF

C16

220p

FC

1622

0pF

R18

647

kΩR

186

47kΩ

CP5

215

pFC

P52

15pF

R188 22kΩR188 22kΩ

CP5

415

pFC

P54

15pF

R160 220ΩR160 220Ω

R179 1MΩR179 1MΩ

SW20

B3S-1000

SW20

B3S-1000

23

14

R195 220ΩR195 220ΩR196 22ΩR196 22Ω

J17

HSJ1456-010320

J17

HSJ1456-010320

1

2

3

4

C18

220p

FC

1822

0pF

R21

220

kΩR

212

20kΩ

CP69

0.1µF

CP69

0.1µF

R17822kΩR17822kΩ

SW18

B3S-1000

SW18

B3S-1000

23

14


R17

212

.4kΩ

R17

212

.4kΩ

R19

02.

2kΩ

R19

02.

2kΩ

R15

675

0ΩR

156

750Ω

R207 1.5kΩR207 1.5kΩ

R168 _0ΩR168 _0Ω

+CE29 10µF/16V+CE29 10µF/16V

+ CE26

22µF/10V

+ CE26

22µF/10V

R18

747

kΩR

187

47kΩ

U20 AK4353VFU20 AK4353VF

MCKO1

TX2

DV

DD

3D

VS

S4

MCKI5

BICK6

SDTI7

LRCK8

PDN9

CSN10

SCL/CCLK11

SDA/CDTI12

DZF24

NC23

AV

DD

22A

VS

S21

VCOM20

AOUTL19

AOUTR18

CAD117

CAD016

I2C15

TTL14

TST13

R206 220ΩR206 220Ω

CP5

90.

1µF

CP5

90.

1µF

R17

1_0Ω

R17

1_0Ω

R15

349

.9Ω

-1/4

WR

153

49.9Ω

-1/4

W

CP70

0.1µF

CP70

0.1µF

+ CE202.2µF

+ CE202.2µF

C25 0.1µFC25 0.1µFR

198

22kΩ

R19

822

kΩ

R163 0ΩR163 0Ω

+CE37 10µF/16V+CE37 10µF/16V

TP11TP11

C27

220p

FC

2722

0pF

R18

547

kΩR

185

47kΩ

R204 1.5kΩR204 1.5kΩ

U19C

HD74LV1GW17A

U19C

HD74LV1GW17A25

R19

12.

2kΩ

R19

12.

2kΩ

R21

320

kΩR

213

20kΩ

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

FLAG6

CD deck

TRANS

CDFSCDSI

CDSO

IIS_BCK

CDCK

IIS_LRCKIIS_DATA

CDRST

BLKCK

External ext1

External ext2

External ext3

TxD1SCK1RxD1SSISCK3SSIWS3SSIDATA3PINT7

AUDIO_CLKSCL2

SDA2

SSISCK1SSIWS1SSIRxD1SSITxD1

CTS1#RTS1#RxD1TxD1

CTS2#RTS2#RxD2TxD2

15.24mm

2.54mm

PADPAD

PJ12

A18

PE1

GND

GND

A17

3VCC

GND

PJ13PJ14

PE3

PJ11

AN7

3VCC

RES#

A15

8VCC8VCC

GND

PE3

PJ1

PJ11

PJ3

PJ7

PJ2

PJ5PJ6

PE1

PJ12

PJ0

AN7

PE2PE4

PE5PC7

PD0PD1PD2PD3

PD4PD5

PC6PC5PC4PC3PC2PC1

PD6PD7

A13A14

A10A11

PE7

PE6PA0

RES#[2,4,5,6]

AN[7:0][2,3,4,5,6]

AUDIO_XTAL[2]

PC[8:0][2,3,4,6]

PE[7:0][2,3,4,6]

PD[15:0][2,3,4,5,6]

A[22:1][2,3,4,5,6]

PJ[14:0][2,3,4,5,6]

PA[1:0][2,3,4]

3VCC

3VCC

8VCC

3VCC 5VCC

5VCC 3VCC

5VCC 3VCC

3VCC

3VCC


DATE

APPROVED

SCALE


CHANGE

( / )7 7


13-02-19

R0K5726B0C000BRCD, External Connector


DATE

APPROVED

SCALE


CHANGE

( / )7 7


13-02-19



DATE

APPROVED

SCALE


CHANGE

( / )7 7


13-02-19


R21

822

kΩR

218

22kΩ

TH3TH3

11

TH4TH4

11

TH5TH5

11

R21

622

kΩR

216

22kΩ


R22622Ω R22622Ω

J25

_TST-110-01-T-D

J25

_TST-110-01-T-D

123456789

1011121314151617181920

R22022Ω R22022Ω

R22122Ω R22122Ω

TH2TH2

11

R21

722

kΩR

217

22kΩ

TH6TH6

11

J21

IMSA-9617S-22

J21

IMSA-9617S-22

123456789

101112131415161718192021222324

J26

_TST-110-01-T-D

J26

_TST-110-01-T-D

123456789

1011121314151617181920

TH7TH7

11

R21

522

kΩR

215

22kΩ

R22422Ω R22422Ω

R21

922

kΩR

219

22kΩ

J22

_TST-110-01-T-D

J22

_TST-110-01-T-D

123456789

1011121314151617181920

TH1TH1

11

R225_0Ω R225_0Ω

R22222Ω R22222Ω

TH8TH8

11

R22722Ω R22722Ω

R223_0Ω R223_0Ω

REVISION HISTORY SH726B CPU Board R0K5726B0C000BR User's Manual

Description Rev. Date Page Summary

1.00 Mar. 12, 2013 – First edition

SH726B CPU Board R0K5726B0C000BR User's Manual

Publication Date: Rev.1.00 Mar. 12, 2013 Published by: Renesas Electronics Corporation

http://www.renesas.comRefer 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: +1-408-588-6130Renesas Electronics Canada Limited1101 Nicholson Road, Newmarket, Ontario L3Y 9C3, CanadaTel: +1-905-898-5441, Fax: +1-905-898-3220Renesas Electronics Europe LimitedDukes Meadow, Millboard Road, Bourne End, Buckinghamshire, SL8 5FH, U.KTel: +44-1628-651-700, Fax: +44-1628-651-804Renesas Electronics Europe GmbHArcadiastrasse 10, 40472 Düsseldorf, 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: +86-10-8235-7679Renesas 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 LimitedUnit 1601-1613, 16/F., Tower 2, Grand Century Place, 193 Prince Edward Road West, Mongkok, Kowloon, Hong KongTel: +852-2886-9318, Fax: +852 2886-9022/9044Renesas Electronics Taiwan Co., Ltd.13F, No. 363, Fu Shing North Road, Taipei, TaiwanTel: +886-2-8175-9600, Fax: +886 2-8175-9670Renesas Electronics Singapore Pte. Ltd. 80 Bendemeer Road, Unit #06-02 Hyflux Innovation Centre Singapore 339949Tel: +65-6213-0200, Fax: +65-6213-0300Renesas Electronics Malaysia Sdn.Bhd.Unit 906, Block B, Menara Amcorp, Amcorp Trade Centre, No. 18, Jln Persiaran Barat, 46050 Petaling Jaya, Selangor Darul Ehsan, MalaysiaTel: +60-3-7955-9390, Fax: +60-3-7955-9510Renesas Electronics Korea Co., Ltd.11F., Samik Lavied' or Bldg., 720-2 Yeoksam-Dong, Kangnam-Ku, Seoul 135-080, KoreaTel: +82-2-558-3737, Fax: +82-2-558-5141

SALES OFFICES

© 2013 Renesas Electronics Corporation. All rights reserved.©

Colophon 1.3

16SH726B CPU BoardR0K5726B0C000BR

User’s Manual

R20UT0601EJ0100

SH726B CPU Board R0K5726B0C000BR User's Manual

Documents

Transcript of SH726B CPU Board R0K5726B0C000BR User's Manual