Renesas 32196, 32192, 32195, 32186, 32185 User Manual

REJ10B0223-0140

32185/32186/32192/32195/32196 Group

Starter Kit User’s Manual

M3A-2154G52B

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 Technology Corp. without notice. Please review the latest information published by Renesas Technology Corp. through various means, including the Renesas Technology Corp. website (http://www.renesas.com).

Rev.1.40 Revision Date: Jan. 19, 2007

Notes regarding these materials

1. This document is provided for reference purposes only so that Renesas customers may select the appropriate Renesas products for their use. Renesas neither makes warranties or representations with respect to the accuracy or completeness of the information contained in this document nor grants any license to any intellectual property rights or any other rights of Renesas or any third party with respect to the information in this document.

2. Renesas shall have no liability for damages or infringement of any intellectual property or other rights arising out of the use of any information in this document, including, but not limited to, product data, diagrams, charts, programs, algorithms, and application circuit examples.

3. You should not use the products or the technology described in this document for the purpose of military applications such as the development of weapons of mass destruction or for the purpose of any other military use. When exporting the products or technology described herein, you should follow the applicable export control laws and regulations, and procedures required by such laws and regulations.

4. All information included in this document such as product data, diagrams, charts, programs, algorithms, and application circuit examples, is current as of the date this document is issued. Such information, however, is subject to change without any prior notice. Before purchasing or using any Renesas products listed in this document, please confirm the latest product information with a Renesas sales office. Also, please pay regular and careful attention to additional and different information to be disclosed by Renesas such as that disclosed through our website. (http://www.renesas.com )

5. Renesas has used reasonable care in compiling the information included in this document, but Renesas assumes no liability whatsoever for any damages incurred as a result of errors or omissions in the information included in this document.

6. When using or otherwise relying on the information in this document, you should evaluate the information in light of the total system before deciding about the applicability of such information to the intended application. Renesas makes no representations, warranties or guaranties regarding the suitability of its products for any particular application and specifically disclaims any liability arising out of the application and use of the information in this document or Renesas products.

7. With the exception of products specified by Renesas as suitable for automobile applications, Renesas products are not designed, manufactured or tested for applications or otherwise in systems the failure or malfunction of which may cause a direct threat to human life or create a risk of human injury or which require especially high quality and reliability such as safety systems, or equipment or systems for transportation and traffic, healthcare, combustion control, aerospace and aeronautics, nuclear power, or undersea communication transmission. If you are considering the use of our products for such purposes, please contact a Renesas sales office beforehand. Renesas shall have no liability for damages arising out of the uses set forth above.

8. Notwithstanding the preceding paragraph, you should not use Renesas products for the purposes listed below: (1) artificial life support devices or systems (2) surgical implantations (3) healthcare intervention (e.g., excision, administration of medication, etc.) (4) any other purposes that pose a direct threat to human life Renesas shall have no liability for damages arising out of the uses set forth in the above and purchasers who elect to use Renesas products in any of the foregoing applications shall indemnify and hold harmless Renesas Technology Corp., its affiliated companies and their officers, directors, and employees against any and all damages arising out of such applications.

9. You should use the products described herein within the range specified by Renesas, especially with respect to the maximum rating, operating supply voltage range, movement power voltage range, heat radiation characteristics, installation and other product characteristics. Renesas shall have no liability for malfunctions or damages arising out of the use of Renesas products beyond such specified ranges.

10. Although Renesas endeavors to improve the quality and reliability of its products, IC products have specific characteristics such as the occurrence of failure at a certain rate and malfunctions under certain use conditions. Please be sure to implement safety measures to guard against the possibility of physical injury, and injury or damage caused by fire in the event of the failure of a Renesas 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 applicable measures. Among others, since the evaluation of microcomputer software alone is very difficult, please evaluate the safety of the final products or system manufactured by you.

11. In case Renesas products listed in this document are detached from the products to which the Renesas products are attached or affixed, the risk of accident such as swallowing by infants and small children is very high. You should implement safety measures so that Renesas products may not be easily detached from your products. Renesas shall have no liability for damages arising out of such detachment.

12. This document may not be reproduced or duplicated, in any form, in whole or in part, without prior written approval from Renesas.

13. Please contact a Renesas sales office if you have any questions regarding the information contained in this document, Renesas semiconductor products, or if you have any other inquiries.

Precautions on Using The Product Described Herein

1. The product described herein should be used in combination with the parts included with the starter kit. If the product is operated in combination with any other item, its operation cannot be guaranteed. Nor will requests for help or suggestion be answered.

2. The product described herein was prepared for program development or evaluation purposes. The product cannot be used for the mass production.

3. Renesas Technology Corporation and Renesas Solutions Corporation will not assume any responsibility for the results of development no matter what systems may have been developed by customers by using the product described herein.

4. Guarantee for the product described herein shall conform to stipulations under which guarantee is provided for the starter kit.

5. The product described herein was prepared assuming it will be used in a laboratory or similar environment for program development or evaluation purposes. It is not covered in the electrical product safety laws, nor is it protected against electromagnetic hazards for use in Japan or elsewhere.

For Inquiries About Product Contents or This Manual

Please contact: Renesas Technology Corporation at csc@renesas.com

* Microsoft, MS-DOS, Windows, and Windows NT are registered trademarks of Microsoft Corporation in the U.S. and other

countries. * Adobe and Acrobat are registered trademarks of Adobe Systems Incorporated. * All other brand names and product names are trademarks or registered trademarks of each proprietary company.

Preface

Thank you very much for purchasing the 32185/32186/32192/32195/32196 Group Starter Kits,

the M3A-2154G52B.

This manual describes how to set up the hardware and software products included with the 32185/32186/32192/32195/32196 Group Starter Kit and the precautions to be observed when using those products.

For details about the 32192/321296 or 32186 Group hardware and software products and development support tools, refer to the user’s manuals and related documentation supplied with them.

The M3T-CC32R Cross Tool Kit, designed for use in developing application programs for the M32R Family microcomputers, has abundant functions suitable for developing embedded control systems using the M32R Family microcomputers. Included in the Starter Kit is a trial version of it whose useful period is limited.

(3) M3T-PD32RM (Emulator Debugger)

M3T-PD32RM, the debugger software for the Starter Kit, enables debugging the application system from the host PC by controlling the microcomputer on the M3A-2154 Evaluation Board which is connected to the host PC via the M32100T-EZ-E emulator. You can analyze the operation of a program available in load module form by using the M3T-CC32R Cross Tool Kit described earlier. This debugger provides a man-machine interactive debugging environment based on mouse manipulation by using a multi-window, graphical user interface comprised of easy to use menus and multiple debugger windows and dialog boxes.

(Reference)

M32100T-EZ-E (Emulator for M32R) The M32100T-EZ-E Emulator connects the host PC’s USB port and the M3A-2154 Evaluation Board’s JTAG pin together, for controlling input/output between M3T-PD32RM and the M3A-2154 Evaluation Boards

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1.2 System Configuration

Figure 1.1 and Figure 1.2 below show system configurations of M3A-2154G52B connected to an

included emulator, and M3A-2154G02A by itself, respectively.

M3T-CC32R

M3T-PD32RM

(included with M32100T-EZ-E)

Host PC (required on the user side)

Figure 1.1 System Configuration of M3A-2154G52B Connected to an Included Emulator

5V power supply cable (included with a kit)

Figure 1.2 System Configuration of M3A-2154G02A by Itself

USB cable

M32100T-EZ-E

(Emulator for M32R:

required on the user side)

5V power supply cable (included with a kit)

XCN1

CN2

10-pin flat cable (included with M32100T-EZ-E)

XCN1

M3A-2154G02A (32185/32186/32192/ 32195/32196 Group

CN2

M3A-2154G02A (32185/32186/32192/ 32195/32196 Group evaluation board)

5V DC power supply (required on the user side)

evaluation board)

5V DC power supply (required on the user side)

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2. Contents of the Product Package

This chapter shows the contents of the Starter Kit product package. When unpacking, check to see that all items are included with your package.

2.1 Packaged Product Items

Table 2.1 shows the con tents of the Starter Kit product package.

Table 2.1 Packaged Contents of 32185/32186/32192/32195/32196 Group Starter Kit

Packaged product name Outline of product Quantity

32185/32186/32192/32195/32196 Group

M3A-2154G02A

M32186F8VFP 32186 Group microcomputer 1 pc. 5V power supply cable Used for the M3A-2154 Evalution Board 1 pc. CAN cable CAN cable 2 pc. CD-ROM Contained documents and software 1 pc.

M32R/ECU Starter Kit release note

IMPORTANT-READ ME FIRST Written contract 1 copy

Evaluation Board (hereafter called the M3A-2154 Evaluation Board)

M3A-2154G52B release notes 1 copy

1 pc.

Note: When you unpack the Starter Kit, check to see that none of the above package contents is damaged or missing.

If any item is damaged or not included, return the package to Renesas Technology Corporation through distributors. It will be replaced with a new one..

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2.2 Contents of CD-ROM

The CD-ROM contains the software, manuals, various data sheets, and sample programs which are needed for you to use the Starter Kit. When using the technical contents of the CD-ROM such as product data, diagrams, and tables or the programs and algorithms also included in the CD-ROM for your application, please be sure to evaluate those technical contents, programs, and algorithms as the whole system, and not individually as single items before you determine whether they are useful. Renesas Technology Corporation will not assume any responsibility regarding the ir suita bility for your application. The following shows directory configurations of data/manuals included in the CD-ROM. For details, refer to Appendix 1.

Jpn/ Eng + Readme_j.txt/ Readme_e.txt : README file + AcrobatReader : Tool for read pdf file + Tool + : Software for the M32R Family | + Cc32r : Cross Tool Kit for the M32R Family (Trial version) | + Pd32rm : Debugger for the M32R Family | + Kd32r : Debugger for the M32R Family | + Ufla32r : Flash memory reprogramming kit for M32R/ECU by UART | + Oldversion : Old version of Tools | + Document + : Materials associated with boards | + M3A-2114 : Materials associated with the 32170/32174/32171/32172/32173 | Evaluation board (M3A-2114) | + M3A-2142 : Materials associated with the 32180/32182 Evaluation board | (M3A-2142) | + M3A-2152 : Materials associated with the 32176 Evaluation board | (M3A-2152) | + M3A-2154 : Materials associated with the 32185/32186/32192/32195/32196 | Evaluation board (M3A-2154) | + M3A-2191 : Connector Pitch Converter for M3A-2114 Evaluation board | and M32100T-EZ-E | + M32100T-EZ-E : Materials associated with the Emulator for M32R | + M3A-2145 : Manual for Flash memory reprogramming kit (Ufla32r) | + Discontinued_model : Materials associated with the discontinued boards (M3A-2195) | + Manual : M32R/ECU manuals, data sheets, M32R Family | software manuals + SampleProgram : Application notes and listed object/source files

2.3 Other Necessary Items

Before the Starter Kit can be used, the following ite m s should separately be prepared by the user.

- Host PC (see Section 4.2 Host PC Condition)

- Power supply (see Section 4.3 Conditions for the Power Supply Used)

- M32100T-EZ-E (emulator for M32R)

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3. Usage Precautions

3.1 Guaranteed Scope of the Starter Kit

The Starter Kit was developed for users to trial the 32185/32186/32192/32195/32196 Group microcomputer specifications and development environment. Therefore, the results arising from the use of the Starter Kit are not guaranteed.

When developing/debugging a system product using one of the M32R Family microcomputers, please be sure to use official developmen t to ols separately available as you debug.

The Starter Kit should be run on the designated type of host machine (IBM PC/AT compatibles). This designated type of host machine, however, is just an anticipated operating environment for the Starter Kit and does not mean that the Starter Kit operates properly on all relevant types of machines in all relevant environments (e.g., device drivers and peripheral units).

3.2 Regarding About System Power-on Sequence when Connected to the Emulator

- When turning on power, turn on M32100T-EZ-E first and then the M3A-2154 Evaluation

Board.

- When turning off power, turn off the M3A-2154 Evaluation Board first and then M32100T -EZ-E

When turning on power again after turning off power, wait for 10 seconds.

- Power to M32100T-EZ-E can be fed from USB cable.

Note: Unless the Starter Kit is powered on this sequence, the kit may operate erratically or break down.

3.3 About M3T-CC32R

M3T-CC32R (M32R Family Cross Tool Kit) included with the Starter Kit is a trial version whose useful period is limited. This version becomes unusable four months after it is installed. Past this period, it cannot be used even by reinstalling. If you wish to continue using M3T-CC32R, please purchase a production version of M3T-CC32R separately from distributors.

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3.4 About M3T-PD32RM

The following describes precautions to be observed when using M3T-PD32RM.

3.4.1 Operating Manuals

To use M3T-PD32RM of M3A-2154G52B, see the manuals shown below.

- M3T-PD32RM release notes

- PD32RM Help

3.4.2 About Break Operation

M3T-PD 32RM uses the M32R core’s internal debug circuit (SDI) to realize break functions. For this reason, the break functions of M3T-PD32RM behave differently from those in conventional emulators. Furthermore, because M3T-PD32RM does not have SDI trace pins as corresponding hardware resources, the trace pin corresponding break functions available with M3T-PD32R-compatible emulators are not supported. The following explains the four types of breaks that can be executed with M3T-PD32RM.

(1) Software break

Up to 64 software breakpoints can be set and executed in RAM areas accessible by the target MCU. No software breakpoints can be set and executed in ROM areas such as the internal flash memory.

(2) Pre-execution PC break

The M32R core’s internal debug circuit (SDI) allows setting breakpoints, at which to break the program immediately before executing an instruction (at the address indicated by the program counter). For the M3A-2154G52B (32185/32186/32192/32195/32196 Group MCU), four such breakpoints can be set.

(3) Post-execution PC break

The M32R core’s internal debug circuit (SDI) allows setting one breakpoint, at which to break the program immediately after executing an instruction (at the address indicated by the program counter).

(4) Chip break

The M32R core’s internal debug circuit (SDI) allows setting breakpoints, at which to break the program when accessing memory for read/write. For M3A-2154G52B (32185/32186/32192/32195/32196 Group MCU), two such breakpoints (level

2) can be set.

* The differences between levels 1 and 2 are outlined below.

Level 1: Whether data which is maskable matches or not can be detected. Level 2: Data is maskable and an address range can be specified for the target data.

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(5) About hardware break

Debug functions of M3T-PD32RM are realized by using the M32R core’s internal debug circuit (SDI), and not by using the emulator’s hardware resources based on bus signals and debug information from the MCU as in conventional emulators. The pre-execution PC break, post-execution PC break, and chip break alluses this internal debug circuit (SDI).Because the M3T-PD32RM does not have trace pin information available as hardware resources, the hardware break functions cannot be used that use the trace pins implemented in the M3T-PD32R-compatible emulators. Heed this point when referring to the PD32RM Help.

3.4.3 About Security Code Check Function

If the target microcomputer has security code stored in it, the dialog box shown in Figure 3.1 appears at M3T-PD32RM startup. When this dialog box is displayed, enter the appropriate security code. If the security code you’ve entered does not match the stored security code, M3T-PD32RM will not start unless the contents of the internal flash memory are deleted.

Figure 3.1 Security Code Input Dialog Box

Be sure to enter the security code that you set when writin g to the flash memory. Use the Format select button to choose the format of the security code you entered. Select the Save check box, and the security code you entered is saved. From next time on, the security code saved here is used to check matching with the stored security code when M3T-PD32RM starts.

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3.5 About Evaluation Board

When the evaluation board does not start operation after supplied power, check the following points.

3.5.1 Contact failure of IC Socket

Oscillation or thermal expansion may cause a poor connection between microcomputers and IC socket on the Evaluation Board. Follow the steps below.

- Screw down the top cover of IC socket with setscrews at four corners.

The tightening torque shall be 0.054N.m. Note that only one tight setscrew may cause a poor connection.

The socket included in the evaluation board uses NQPACK and HQPACK by TOKYO ELETECH CORPORATION. For more details, visit their website at http://www.tetc.co.jp/e_index.htm.

The following illustrates configuration of M3A-2154G02A (32185/32186/32192/32195/32196 Group Evaluation Board).

Figure 3.2 Configuration of M3A-2154G02A

IC socket (HQPACK)

Setscrews on cover of IC socket

32185/32186/32192/32195/32196 Group evaluation board M3A-2154G02A

3.5.2 Cable Connection

- Make sure the cables are connecte d to the evaluation board firmly.

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4. Starter Kit Usage Conditions

The following shows the conditions under which the Starter Kit can be used.

4.1 Ambient Conditions

Table 4.1 shows the amb ient cond itions under which the Starter Kit can be used.

Table 4.1 Operating Environment

Symbol Parameter Rated value Remarks

Topr Operating ambient temperature 5oC to 35oC

Tstr Storage ambient temperature 0oC to 60oC

4.2 Host PC Condition

It is recommended that each software included with the Starter Kit be run on the host PC under the OS listed in T able 4.2.

Table 4.2 Host PC Conditions

Starter Kit Type Name M3A-2154G52B Host PC IBM PC/AT compatibles CPU Pentium III 500MHz or higher CPU is recommended Memory 192 Mbytes or more system memory is recommended OS Windows 98, Me, 2000, XP USB Port 1 port (required)

No dewdrops allowed. Corrosive gas environment not allowed.

4.3 Conditions for the Power Supply Used

Table 4.3 shows Power Su pply Specifications required when using the Starter Kit.

Table 4.3 Power Supply Specifications

Symbol Power supply voltage Power supply current

VCC 4.75 V to 5.25 V 1A GND 0V (reference voltage) —

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5. Hardware Setup

This chapter describes how to set up the hardware components necessary to use the Starter Kit. Table 5.1 an d Table 5.2 show how to set up the hardware components.

Table 5.1 Hardware Setup Procedure

Setup Procedure When connected to the emulator

Set the emulator 1st (Refer to 5.1.1) — Connect the host PC and emulator 2nd (Refer to 5.1.1) — Set the evaluation board 3rd (Refer to 5.1.2) 1st (Refer to 5.3.1)

Connect the evaluation board and emulator

4th (Refer to 5.1.3) —

Turn on the emulator 5th (Refer to 5.1.4) — Turn on the evalution board 6th (Refer to 5.1.4) 2nd (Refer to 5.3.2)

Table 5.2 Hardware Power Off Procedure

Setup Procedure When connected to the emulator

Turn off the evaluation board. 1st (Refer to 5.1.4) 1st (Refer to 5.3.2) Turn off the emulator. 2nd (Refer to 5.1.4) —

When using the evaluation

board by itself

When using the evaluation

board by itself

5.1 M3A-2154 Evaluation Board Hardware Setup

5.1.1 M32100T-EZ-E Power Supply and Settings

The following shows how to set M32100T-EZ-E. For more details, refer to M32100T-EZ-E User’s Manual. M32100T-EZ-E is supplied power from the host PC via USB cable, and it turns ON by connecting included USB cable. The Connecting M32100T-EZ-E and Host PC is shown in Figure 5.1

Figure 5.1 Connecting M32100T-EZ-E and Host PC

USB I/F

M32100T-EZ-E

USB cable

Connect to the host PC’s USB port

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5.1.2 M3A-2154 Evaluation Board Power Supply and Setting

The following shows how to set the M3A-2154 Evaluation Board. Use a 5V DC power supply to feed power to the M3A-2154 Evaluation Board. Use included 5V power supply cable to connect the 5V DC power supply and CN2 connector included with the M3A-2154 Evaluation Board. The Connecting when Feeding Power to the M3A-2154 Evaluation Board is shown in Figure 5.2.

Figure 5.2 Connecting when Feeding Power to the M3A-2154 Evaluation Board

M3A-2154 evaluation board

CN2

4.75-5.25V DC power supply

5.1.3 Connecting M3A-2154 Evaluation Board and M32100T-EZ-E

Use an included 10-pin flat cable to connect M32100T-EZ-E and XCN1 connector included with the M3A-2154 Evaluation Board. The Connecting M3A-2154 Evaluation Board and M32100T-EZ-E is shown in Figure 5.3.

M32100T-EZ-E

Figure 5.3 Connecting M3A-2154 Evaluation Board and M32100T-EZ-E

SDI I/F

10-pin flat cable

XCN1

M3A-2154 evaluation board

5.1.4 Power Supply when Connecting M32100T-EZ-E

- When turning on power, turn on M32100T-EZ-E first and then the M3A-2154 Evaluation

Board.

- When turning off power, turn off the M3A-2154 Evaluation Board first and then

M32100T-EZ-E. When turning on power again after turning off power, wait for 10 seconds.

- Power to M32100T-EZ-E can be fed from USB cable.

Note: Unless the Starter Kit is powered on this sequence, the kit may operate erratically or break down.

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5.2 Hardware Setup when the Evaluation Board by Itself in Use

5.2.1 M3A-2154 Evaluation Board Power Supply and Settings

The following shows how to set the M3A-2154 Evaluation Board. Use a 5V DC power supply to feed power to the M3A-2154 Evaluation Board. Use an included 5V power supply cable to connect the 5V DC power supply and CN2 connector included with the M3A-2154 Evaluation Board. The Connecting when Feeding Power to the M3A-2154 Evaluation Boar d is shown in Figure 5.4

Figure 5.4 Connecting when Feeding Power to the M3A-2154 Evaluation Board

M3A-2154 evaluation board

CN2

4.75-5.25V DC power supply

5.2.2 M3A-2154 Power Supply

Connecting the 5V power supply with the included cable turns the M3A-2154 Evaluation Board powered on. By disconnecting it, the M3A-2154 Evaluation Board turns powered off.

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6. Software Setup

6.1 M3T-PD32RM

M3T-PD32RM is the debugger software that controls M32100T-EZ-E from the host PC.

6.1.1 Installing M3T-PD32RM

[Notes]

Make sure that the installer is executed by one who is authorized as an Administrator when Windows 2000/XP is used as an operating system of the host machine. No one but the user who has the authority of an Administrator can install M3T-PD32RM.

(1) Run pd32rmv301r00_e.exe that is included in the Eng \ Tool \ Pd32rm directory of the CD-ROM. (2) Proceed to install M3T-PD32RM following messages on the installation screen. (3) When you finished installing M3T-PD32RM, the dialog box shown in Figure 6.1 appears.

Figure 6.1 Dialog Box when Installation is Finished

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6.1.2 Starting M3T-PD32RM

Before starting M3T-PD32RM, make sure the hardware components have been set up in accordance with the instructions in 5.1 M3A-2154 Evaluation Board Hardware Setup, and that the Starter Kit hardware system (M3A-2154 Evaluation Board and M32100T-EZ-E) have been powered on. Make sure that M3T-PD32RM cannot be started unless the power to the hardware system is turned on.

To start M3T-PD32RM, choose [Start] -> [Programs] -> [Renesas] -> [PD32RM V3.01 Release 00] -> [PD32RM] from Start menu of Windows. When M3T-PD32RM starts, the initialize dialog box shown in Figure 6.2 appears. So initialize M3T-PD32RM from this dialog box.

Figure 6.2 M3T-PD32RM Initialize Dialog Box

Setting MCU File

Click the MCU tab in the initialize dialog box (see Figure 6.2) and then the “Refer” button. This brings up a dialog box for setting MCU files. In this dialog box, select the MCU file described below.

Table 6.1 MCU File

MCU group name MCU file name

32185 32185.mcu 32186 32186.mcu 32192 32192.mcu 32195 32195.mcu 32196 32196.mcu

This MCU file is stored in directory: (installed location) \ PD32RM \ M CUFILES.

Setting Model

While the MCU tab is open, select the appropriate MCU typ e from Model selection.

Setting Mode

While the MCU tab is open, select the appropriate MCU operation mode from Mode selection.

Cancel Hel

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Setting CPU Clock

Case of using 32192 or 32195 or 32196 Group, while the MCU tab is open, select the “160” for the appropriate CPU Clock. Case of using 32185 or 32186 Group, while the MCU tab is open, select the “80” for the appropriate CPU Clock.

Checking Serial No.

While the MCU tab is open, make sure the Serial No. is in accordance with the following. M3T-PD32RM can be started only with Serial No. as follows:

Table 6.2 Serial No.

MCU group

name

32185

32186

32192

32195

32196

Note 1: The number in parenthesis after 7 digits serial number shows MCU Group name with activation of M3T-PD32RM.

7-digit serial number 7-digit serial number (32185) (Note 1) 7-digit serial number 7-digit serial number (32186) (Note 1) 7-digit serial number 7-digit serial number (32192) (Note 1) 7-digit serial number 7-digit serial number (32195) (Note 1) 7-digit serial number 7-digit serial number (32196) (Note 1)

Serial No. for using M3T-PD32RM Example of serial No.

- 5AE0670

- 5AE0670 (32185)

- 5AE0670

- 5AE0670 (32186)

- 5AE0670

- 5AE0670 (32192)

- 5AE0670

- 5AE0670 (32195)

- 5AE0670

- 5AE0670 (32196)

Selecting a Cross Tool

While the Debugging Information tab is open, select “CC32R(M32R)” for Compiler. For the Starter Kit, M3T-CC32R is the only cross tool which has had its operation guaranteed.

Hel

Figure 6.3 Selecting a Cross Tool

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When you have finished the above initialization, click the “OK” button to start M3T-PD32RM. If M3T-PD32RM communicates normally with the target system, it starts up and the M3T-PD32RM window shown in Figure 6.4 appears. For details on how to use it, refer to the PD32RM Help.

Figure 6.4 M3T-PD32RM Window at Normal Startup

6.1.3 Error Messages During M3T-PD32RM Startup

If M3T-PD32RM cannot communicate normally with the target system, it appears an error message in a pop-up box.

Causes of Errors on the M3A-2154 Evaluation Board

If the error pop-up box shown in Figure 6.5 appears when starting M3T-PD32RM, check whether power is supplied to the M3A-2154 Evaluation Board and whether it is firmly connected to M32100T-EZ-E.

ERROR11473: Target MCU is not under control.

Please reset target systems.

Figure 6.5 Error Message at Startup (Error on the M3A-2154 Evaluation Board Side)

If the error pop-up box is appeared when starting M3T-PD32RM, correct the cause of error and then click the “OK” button in that pop-up box. This brings up the initialize window, allowing you to retry the startup. In this case, you can retry only once.

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6.1.4 Terminating M3T-PD32RM

To terminate M3T-PD32RM, choose [File] -> [Exit] from the pulldown menu. Then, a dialog box appears prompting you for your confirmation (see Figure 6.6). Click the “OK” button in that dialog box to quit M3T-PD32RM. Or click the “Cancel” button, in which case M3T-PD32RM does not terminate.

Cancel

Figure 6.6 Dialog Box for Confirming Whether to Quit M3T-PD32RM

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6.2 M3T-CC32R

6.2.1 Installing M3T-CC32R

(1) Run cc32rv500r00_e.exe that is included in the Eng \ Tool \ Cc32r directory of the CD-ROM. (2) Proceed to install M3T-CC32R following messages on the installation screen. (3) When you are asked to select the license type of M3T-CC32R, select “Trial License”. (4) While installing M3T-CC32R, you will be asked to confirm whether to change AUTOEXEC.BAT

variables. If you chose “Not to Change”, add the following contents to AUTOEXEC.BAT.

(Setting example for M3T-CC32R environment variables) REM *********** Environment variables for CC32R **************** SET M32RBIN = (installed directory) ¥bin32R SET M32RLIB = (installed directory) ¥lib32R SET M32RINC = (installed directory) ¥inc32R SET M32RTMP = (installed directory) ¥TMP SET PATH=%M32RBIN%;%PATH%

(5) If you corrected AUTOEXEC.BAT, be sure to restart your computer after you finished installing

M3T-CC32R.

6.2.2 Verifying Whether M3T-CC32R is Installed Normally

Execute the following operation from the DOS prompt. This helps to verify whether M3T-CC32R has been installed normally. For details about M3T-CC32R, refer to the CC32R User’s Manual.

- Command

C: \ >cc32r -V (V in uppercase)

- Result

If M3T-CC32R has been installed normally, a command version of M3T-CC32R like the one shown below is displayed.

varies with the version of the Cross Tool Kit included in the package.)

Displayed below this is the version information of each tool i ncluded in the Cross Tool Kit.

RENESAS TECHNOLOGY CORPORATION

.XX Release X

- If M3T-CC32R does not start

If M3T-CC32R does not start, check the following.

1) See if the environmental variables (M32RBIN, M32LIB, M32RINC, M32RTMP command paths) are set correctly.

2) See if cc32r.exe is correctly expan ded in the directory specified in M32RBIN.

6.3 Browsing Electronic Manuals

The Starter Kit manuals each are provided as Portable Document Format (PDF) files. To browse electronic manuals, you need to have Acrobat Reader. The CD-ROM supplied with the Starter Kit contains Acrobat Reader in its Acrobat directory, so install the desired version of Acrobat Reader from the CD-ROM. Acrobat Reader can also be downloaded from the Adobe Systems home page.

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Appendix 1 Contents of CD-ROM

1. Contents of CD-ROM

The CD-ROM contains the software, manuals, various data sheets, and sample programs which are needed for you to use the Starter Kit. When using the technical contents of the CD-ROM such as product data, diagrams, and tables or the programs and algorithms also included in the CD-ROM for your application, please be sure to evaluate those technical contents, programs, and algorithms as the whole system, and not individually as single items before you determine whether they are useful. Renesas Technology Corporation will not assume any responsibility regarding the ir suita bility for your application. The following shows directory configurations and contents of the CD-ROM.

Jpn/ Eng + Readme_j.txt/ Readme_e.txt : README file + AcrobatReader : Tool for read pdf file + Tool + : Software for the M32R Family | + Cc32r : Cross Tool Kit for the M32R Family (Trial version) | + Pd32rm : Debugger for the M32R Family | + Kd32r : Debugger for the M32R Family | + Ufla32r : Flash memory reprogramming kit for M32R/ECU by UART | + Oldversion : Old version of Tools | + Document + : Materials associated with boards | + M3A-2114 : Materials associated with the 32170/32174/32171/32172/32173 | Evaluation board (M3A-2114) | + M3A-2142 : Materials associated with the 32180/32182 Evaluation board | (M3A-2142) | + M3A-2152 : Materials associated with the 32176 Evaluation board | (M3A-2152) | + M3A-2154 : Materials associated with the 32185/32186/32192/32195/32196 | Evaluation board (M3A-2154) | + M3A-2191 : Connector Pitch Converter for M3A-2114 Evaluation board | and M32100T-EZ-E | + M32100T-EZ-E : Materials associated with the Emulator for M32R | + M3A-2145 : Manual for Flash memory reprogramming kit (Ufla32r) | + Discontinued_model : Materials associated with the discontinued boards (M3A-2195) | + Manual : M32R/ECU manuals, data sheets, M32R Family | software manuals + SampleProgram : Application notes and listed object/source files

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1.1 Acrobat

The CD-ROM contains files necessary to read manuals (PDF files). The documents included in the CD-ROM have been verified to be displayed and printed using the following versions of Acrobat. If you have trouble displaying or printing documents with other Acrobat versions, install the appropriate Acrobat version from the CD-ROM into your computer.

(English version)

Eng + AcrobatReader + V3 + (For Windows95) | + Ar32e301.EXE : PDF reader installation software | + Readme.txt : README file + V4 + (For Version4) | + ArR0ENG.EX E : PDF reader instal lation software | + Readme.txt : README file + Win16e + (For Windows3.1) + AR16E301.EXE : PDF reader installation software + Readme.txt : README file

(Japanese version)

Jpn + AcrobatRead er + AR40JPN.EXE : PDF reader installation software + Readme.txt : README file

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1.2 Tool

(1) M3T-CC32R

M3T-CC32R (Cross Tool Kit for the M32R Family, trial version whose useful period is limited) is included. Its directory structure is shown below.

(English version)

Eng+Tool+Cc32r+ + cc32rv500r00_e.exe : Setup programs for M3T-CC32R + rej10j0931_as32r_u.pdf : M3T-CC32R user’s manual (Assembler) + rej10j0930_cc32r_u.pdf : M3T-CC32R user’s manual (C Compiler) + mapue.pdf : MAP Viewer user’s manual

(Japanese version)

Jpn+Tool+Cc32r+ + cc32rv500r00_j.exe : Setup programs for M3T-CC32R + as32ruj.pdf : M3T-CC32R user’s manual (Assembler) + cc32ruj.pdf : M3T-CC32R user’s manual (C Compiler) + mapuj.pdf : MAP Viewer user’s manual

(2) M3T-PD32RM

M3T-PD32RM (Debugger for M32100T-EZ-E) is included. This debugger software (Windows-compliant version) is used to control the microcomputer on the evaluation board from the host PC by connecting M32100T-EZ-E and the host PC with USB cable. Its directory structure is shown below.

(English version)

Eng+Tool+Pd32rm+ + pd32rmv301r00_e.exe : Setup programs for M3T -PD32RM + rej10j1494_pd32rm_n.pdf : M3T-PD32RM release note

(Japanese version)

Jpn+Tool+Pd32rm+ + pd32rmv301r00_j.exe : Setup programs for M3T-PD32RM + rjj10j1800_pd32rm_n.pdf : M3T-PD32RM release note

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(3) M3S-KD32R (Discontinued)

M3S-KD32R (Debugger for the Starter Kit) is included. This debugger software (Windows

-compliant version) is used to control the microcomputer on the evaluation board from the host PC by connecting it and the host PC with LPT parallel cable through the M3A-2195 (SDI Interface Board). Its directory structure is shown below.

(English version)

Eng+Tool+Kd32r+ + KD32RNE.pdf : M3S-KD32R release note + W95E : Setup programs for M3S-KD32R

(Japanese version)

Jpn+Tool+Kd32r+ + KD32RNJ.pdf : M3S-KD32R release note + W95J : Setup programs for M3S-KD 32R

(4) M3S-UFLA32R

M3S-UFLA32R is included. M3S-UFLA32R is the software to program into internal flash memory on M32R/ECU series 3217x,3218x Group microcomputers from Windows version personal computer(PC/AT), by using UART communication. Its directory structure is shown below.

(English version)

Eng+Tool+Ufla32r+ + UFLA32Rue.pdf : M3S-UFLA32R user’s manual + W95E : Setup programs for M3S-UFLA32R

(Japanese version)

Jpn+Tool+Ufla32r+ + UFLA32Ruj.pdf : M3S-UFLA32R user’ s manual + W95J : Setup programs for M3S-UFLA32R

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(5) Oldversion

Old versions of tools are included. Its directory structure is shown below.

(English version)

Eng+Tool+Oldversion+ + Cc32rv3 : Objects for M3T-CC32R Version 3 + Cc32rv41 : Objects for M3T-CC32R Version 4.1 + Cc32rv42 : Objects for M3T-CC32R Version 4.2 + Cc32rv43 : Objects for M3T-CC32R Version 4.3 + Pd32rmv2 : Objects for M3T-PD32RM Version 2 + Pd32rmv21 : Objects for M3T-PD32RM Version 2.1 + Pd32rmv3 : Objects for M3T-PD32RM Version 3 + Kd32rv3 : Objects for M3S-KD32R Version 3

(Japanese version)

Jpn+Tool+Oldversion+ + Cc32rv3 : Objects for M3T-CC32R Version 3 + Cc32rv41 : Objects for M3T-CC32R Version 4.1 + Cc32rv42 : Objects for M3T-CC32R Version 4.2 + Cc32rv43 : Objects for M3T-CC32R Version 4.3 + Pd32rmv2 : Objects for M3T-PD32RM Version 2 + Pd32rmv21 : Objects for M3T-PD32RM Version 2.1 + Pd32rmv3 : Objects for M3T-PD32RM Version 3 + Kd32rv3 + Ufla32rv13

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: Objects for M3S-KD32R Version 3 : Objects for M3S-UFLA32R Version 1.3

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1.3 Manual

The M32R Family related manuals and data sheets are included in PDF file format.

(English version)

Eng + Manual + + Readme_e.txt : README file + e32rsm.pdf : M32R Family software manual + rej09b0112 _32 fpusm.pdf : M32R-FPU software manual

+ e32170um.pdf : 32170/32174 Group user’s manual + e32172um.pdf : 32172/32173 Group user’s manual + rej06b0048_32180um.pdf : 32180 Group user’ s manual + rej09b0014_32182um.pdf : 32182 Group user’ s manual + rej09b0015_32171um.pdf : 32171 Group user’ s manual + rej09b0067-0110_32176hm.pdf : 32176 Group hardware manual + rej09b0123-0101_32192hm.pdf : 32192/32196 Group hardware manual + rej09b0235_32186hm.pdf : 32186 Group hardware manual

(Japanese version)

Jpn + Manual + + Readme_j.txt : README file + j32rsm.pdf : M32R Family software manual + rjj09b0107_32fpusm.pdf : M32R-FPU software manual + rjj09b0123_32176no.pdf : 32176 Group precautions

+ j32170um.pdf : 32170/32174 Group user’s manual + j32171um.pdf : 32171 Group user’s manual + j32172um.pdf : 32172/32173 Group user’s manual + j32180um.pdf : 32180 Group user’s manual + rjj09b0001_32176um.pdf : 32176 Group user’s manual + rjj09b0053_32182um.pdf : 32182 Group user’s manual + rjj09b0099_32192hm.pdf : 32192/32195/32196 Group hardware manual + rjj09b0246-0100_32186hm.pdf : 32186 Group hardware manual

+ 32470210j.pdf : Errata table for 32182 Group user’s manual + 32580401j.pdf : Err at a t a b l e f o r 3 2 170/32174 Group user’s manual + 32590401j.pdf : Errata table for 32171 Group user’s manual + 32630402j.pdf : Errata table for 32180 Group user’s manual + 32680404j.pdf : Err at a t a b l e f o r 3 2 172/32173 Group user’s manual + tn32ra074aj.pdf : Errata table for 32186 Group user’s manual

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1.4 Board Related Manual (Document)

The product standards, part list, connection diagrams and user’s manuals for the evaluation board in Starter Kit are included in PDF file format.

(1) M3A-2114 Evaluation Board related documents

The related documents for the 32170/32171/32172/32173/32174 Group Evaluation Board are included in PDF file format.

(English version)

Eng+Document+M3A-2114+ + Readme_e.txt : README file + 2114um_e.pdf : M3A-2114 Starter Kit use’ s manual + 2114g02sk_e.pdf : M3A-2114G02 product standards + 2114g12sk_e.pdf : M3A-2114G12 product standards + 2114g22sk_e.pdf : M3A-2114G22 product standards + cdrom_e.pdf : Content list of CD-ROM

(Japanese version)

Jpn+Document+M3A-2114+ + Readme_j.txt : README file + 2114um_j.pdf : M3A-2114 Starter Kit use’s manual + 2114g02sk_j.pdf : M3A-2114G02 product standards + 2114g12sk_j.pdf : M3A-2114G12 product standards + 2114g22sk_j.pdf : M3A-2114G22 product standards + cdrom_j.pdf : Content list of CD-ROM

(2) M3A-2142 Evaluation Board related documents

The related documents for the function extension board and the 32180/32182 Group Evaluation Board are included in PDF file format.

(English version)

Eng+Document+M3A-2142+ + Readme_e.txt : README file + 2142um_e.pdf : M3A-2142 Starter Ki t us e ’s manual + 2142g01sk_e.pdf : M3A-2142G01 product standards + 2142g03sk_e.pdf : M3A-2142G03 product standards + cdrom_e.pdf : Content list of CD-ROM

(Japanese version)

Jpn+Document+M3A-2142+ + Readme_j.txt : README file + 2142um_j.pdf : M3A-2142 Start er Ki t us e ’s manual + 2142g01sk_j.pdf : M3A-2142G01 product standards + 2142g03sk_j.pdf : M3A-2142G03 product standards + cdrom_j.pdf : Content list of CD-ROM

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(3) M3A-2152 Evaluation Board related documents

The related documents for the 32176 Group Evaluation Board are inc luded in PDF file format.

(English version)

Eng+Document+M3A-2152+ + Readme_e.txt : README file + rej10b0224_2152um.pdf : M3A-2152 Starter Kit use’s manual

(Japanese version)

Jpn+Document+M3A-2152+ + Readme_j.txt : README file + rjj10b0233_2152um.pdf : M3A-2152 Starter Kit use’s manual

(4) M3A-2154 Evaluation Board related documents

The related documents for the 32185/32186/32192/32195/32196 Group Evaluation Board are included in PDF file format.

(English version)

Eng+Document+M3A-2154+ + Readme_e.txt : README file + rej10b0223_2154um.pdf : M3A-2154 Starter Kit use’s manual

(Japanese version)

Jpn+Document+M3A-2154+ + Readme_j.txt : README file + rjj10b0231_2154um.pdf : M3A-2154 Starter Kit use’s manual

(5) M32100T-EZ-E related documents

M32100T-EZ-E documents are included in PDF file format.

(English version)

Eng+Document+M32100T-EZ-E+ + Readme_e.txt : README file + rej10j0002_m32100teze_u.pdf : M32100T-EZ-E use’s manual + rej10j0013_m32100teze_s.pdf : M32100T-EZ-E release note

(Japanese version)

Jpn+Document+M32100T-EZ-E+ + Readme_j.txt : README file + rjj10j0002_m32100teze_u.pdf : M32100T-EZ-E use’s manual + rjj10j0014_m32100teze_s.pdf : M32100T-EZ-E release note

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(6) M3A-2191 Pitch Converter related documents

The M3A-2114 Evaluation Board and M3A-2195 Interface Board connecting pitch converter related documents are included in PDF file format.

(English version)

Eng+Document+M3A-2191+ + Readme_e.txt : README file + rej10b0228_2191sk.pdf : M3A-2191 product standards + cdrom_e.pdf : Content list of CD-ROM

(Japanese version)

Jpn+Document+M3A-2191+ + Readme_j.txt : README file + rjj10b0237_2191sk.pdf : M3A-2191 product standards + cdrom_j.pdf : Content list of CD-ROM

(7) M3A-2145 Evaluation Board related documents

The related documents for the M3S-UFLA32R are included in PDF file format.

(English version)

Eng+Document+M3A-2145+ + Readme_e.txt : README file + 2145g50sk_e.pdf : M3A-2145G50 product standards + 2145g02sk_e.pdf : M3A-2145G02 product standards + 2145g50p_e.pdf : M3A-2145G50 part list + 2145g02p_e.pdf : M3A-2145G02 part list + cdrom_e.pdf : Content list of CD-ROM

(Japanese version)

Jpn+Document+M3A-2145+ + Readme_j.txt : README file + 2145g50sk_j.pdf : M3A-2145G50 product standards + 2145g02sk_j.pdf : M3A-2145G02 product standards + 2145g50p_j.pdf : M3A-2145G50 part list + 2145g02p_j.pdf : M3A-2145G02 part list + cdrom_j.pdf : Content list of CD-ROM

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(8) M3A-2195 SDI Interface Board related documents (Discontinued)

The SDI Interface Board documents are included in PDF file format.

(English version)

Eng+Document+Discontinued_model+M3A-2195+ + Readme_e.txt : README file + 2195g50sk_e.pdf : M3A-2195G50 product standards + 2195c_e.pdf : M3A-2195 Evaluation Board connection diagram + 2195p_e.pdf : M3A-2195 part list + 2195g50p_e.pdf : M3A-2195G50 part list + 2195um_e.pdf : M3A-2195 user’s manual + cdrom_e.pdf : Content list of CD-ROM

(Japanese version)

Jpn+Document+Discontinued_model+M3A-2195+ + Readme_j.txt : README file + 2195g50sk_j.pdf : M3A-2195G50 product standards + 2195c_j.pdf : M3A-2195 Evaluation Board connection diagram + 2195p_j.pdf : M3A-2195 part list + 2195g50p_j.pdf : M3A-2195G50 part list + 2195um_j.pdf : M3A-2195 user’s manual + cdrom_j.pdf : Content list of CD-ROM

(9) M3A-2128 Evaluation Board related documents (Discontinued)

The related documents for the 32170 Group Evaluation Board are inc luded in PDF file format.

(Japanese version)

Jpn+Document+Discontinued_model+M3A-2128+ + Readme_j.txt : README file + 2128im_j.pdf : M3A-2128 installation manual + 2128um_j.pdf : M3A-2128 Starter Kit user’s manual + 2128sk_j.pdf : M3A-2128 product standards + 2128g50p_j.pdf : M3A-2128G50 part list + cdrom_j.pdf : Content list of CD-ROM

(10) M3A-2154 Evaluation Board related documents (Discontinued)

The related documents for the 32192 Group Evaluation Board are inc luded in PDF file format.

(English version)

Eng+Document+Discontinued_model+M3A-2154G52A+ + Readme_e.txt : README file + 2154g52aum_e.pdf : M3A-2154 Starter Kit user’s manual + 2154g02sk_e.pdf : M3A-2154G02 product standards

(Japanese version)

Jpn+Document+Discontinued_model+M3A-2154G52A+ + Readme_j.txt : README file + 2154g52aum_j.pdf : M3A-2154 Starter Kit user’s manual + 2154g02sk_j.pdf : M3A-21 54G02 product standards

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(11) M3A-2142G04 Board related documents (Discontinued)

The related documents for the MCU pin processing Boar d are included in PDF file format.

(English version)

Eng+Document+Discontinued_model+M3A-2142G04+ + Readme_e.txt : README file + 2142g04sk_e.pdf : M3A-2142G04 product standards + cdrom_e.pdf : Content list of CD-ROM

(Japanese version)

Jpn+Document+Discontinued_model+M3A-2142G04+ + Readme_j.txt : README file + 2142g04sk_j.pdf : M3A-21 42G04 product standards + cdrom_j.pdf : Content list of CD-ROM

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1.5 Sample Program

The application notes, the object and source files of sample programs for the M32R/ECU’s peripheral functions to be written into the M32R/ECU’s internal flash memory that can be used on the Evaluation Board for Starter kit, are included i n the CD-ROM

(English version)

Eng+SampleProgram+ + 32170_32171 : 32170/32171 Group application notes and sample programs + 32172_32173 : 32172/32173 Group application notes and sample programs + 32176 : 32176 Group application notes and sample programs + 32180_32182 : 32180/32182 Group application notes and sample programs + 32185_32186 : 32185/32186 Group application notes and sample programs + 32192_32195_32196 : 32192/32195/32196 Group application notes and sample programs

(Japanese version)

Jpn+SampleProgram+ + Readme.html : README file + 32170_32171 : 32170/32171 Group application notes and sample programs + 32172_32173 : 32172/32173 Group application notes and sample programs + 32176 : 32176 Group application notes and sample programs + 32180_32182 : 32180/32182 Group application notes and sample programs + 32185_32186 : 32185/32186 Group application notes and sample programs + 32192_32195_32196 : 32192/32195/32196 Group application notes and sample programs

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Appendix 2 Part List

A part list is pro vided in following pages for your reference.

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Division in charge

Required

M3A-2154G52B

Remarks

Supply

Classification

Unit

Q’ty per

Direction

Mounting

PLL-M3A-2154G52B ( 1 / 1 )

Title

No.

Classification

PPL-M3A-2154G52B

Part Name Part Specification

Part List

Manufacturer Name

Specification)

Part Type Name

(Drawing No.,Product

PLL-M3A-2154G02A M3A-2154G02A 1

Description Part No.

1

Special note:

M32R/ECU#6HL

Evaluation board

IMPORTANT-READ ME

FIRST

IMPORTANT-READ ME

FIRST (Japanese)

Starter kit M3A-2154G52A

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Starter kit M3A-2154G52A

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Special note:

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Starter Kit User’s Manual M3A-2154G52B

Appendix 3 M3A-2154G02A Product Standards

This manual describes how to operate the M3A-2154G02A (32185/32186/32192/32195/32196 Group Evaluation Board)

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1. Overview

1.1 Outline of the Product

Table 1.1 Mounted Microcomputer Type

Mounted microcomputer type name Evaluation board type name (socket mounted type)

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M32192F8VFP Default

M3A-2154G02A

M32186F8VFP (Note1)

Note1: Using M32186F8VFP, setting of oscillator circuit should be changed. For details, refer to chapter 2.5 Oscillator

circuit.

Table 1.2 Specification of Product

Operation mode Single-chip mode, Processor mode and External extension mode Board extension Can be extended using the board’s extension connector CAN I/F Comes standard with a 2-channel CAN connector, CAN cable included RS-232C I/F Comes standard with a connector Serial port One of four channels can be selected using a rotary switch

Analog port

Inputs on two channels can be controlled using variable resistor (VR) controls

Display I/O Comes with a single-port LED Input I/O Comes with a single-port toggle switch

VR controls

Power supply connector

LED indicator (port output)

LED indicator (power-on)

CAN connector

External extension connector

JTAG connector

NBD connector

Reset key

RS-232C connector

Toggle switch (port input)

Rotary switch (selects a serial I/O channel)

Figure 1.1 Photograph of the M3A-2154G02A

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1.2 External View

An external view of the M3A-2154G02A is shown below.

Figure 1.2 External View of the M3A-2154G02A

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1.3 Block Diagram

A block dia gram of the M3A-2154G02A is shown below.

RS-232C

cable

RS-232C

connector

CAN connector

VCCE power supply connector

Figure 1.3 Block Diagram of the M3A-2154G02A

10MHz

20MHz

Host PC

(Windows)

Serial I/O Channel select

RS-232C driver

CAN driver

Oscillator circuit

8

4

32185/32186/32192/ 32195/32196 group MCUs

Port

SIO

Port11

CAN

VCCE

VCC-BUS

/VDDE

VDDE

/VCCER

VCCER

/AVCC

AVCC

/VREF0

VREF0

XIN

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Extension board

(JTAG, MCU control and

144

Extension connector

144

(JTAG,MCU control

and other pins excluded)

FP

MOD0/

MOD1

8

Port13

JTAG

NBD I/F

RESET

2

AD

other pins excluded)

2

FP select

MOD select

5

8

Reset circuit

JTAG connector

NBD I/F connector

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1.4 Specifications of the Evaluation Board

1.4.1 Electrical Characteristics

Table 1.3 Electrical Characteristics

Symbol Parameter Rated Value

VCCE,VCC-BUS Power supply voltage 4.75 V to 5.25 V

Tstr Storage ambient temperature 0°C to 60°C

Topr Operating ambient temperature 5°C to 35°C

Note: Operating conditions require that no dewdrops and corrosive gas be present.

1.4.2 Functional Characteristics

Table 1.4 Functional Characteristics

Item M3A-2154G02A

Group MCU name 32185 32186 32192 32195 32196

CPU

Clock input 10MHz 20MHz CPU clock 80MHz 160MHz

Memory

RS-232C interface

JTAG interface Comes standard with a 10-pin JTAG connector for Renesas SDI (XCN1) NBD interface Comes standard with a 14-pin NBD connector (CN4)

CAN interface

Power supply

General-purpose output LED indicators (L0–L7), CPU ports (P110–P117) General-purpose input Toggle switches (S0–S7), CPU ports (P130–P137)

Reset

Serial I/O Rotary switch (SW2), which selects one of four serial I/O channels

Analog input

Extension Extension connectors (CON1, CON2)

Flash memory 512KB 1MB 1MB 512KB 1MB SRAM 32KB 64KB 176KB 32KB 64KB

Comes standard with a 9-pin Dsub connector (CN5) for serial communication with the host PC (Windows)

Comes standard with a 2-channel connector for CAN communication (CN3), a CAN-to-Dsub connector (9-pin) conversion cord included

VCCE Power supply, Connector (CN2) VCC-BUS Power supply for bus control pin, Connector (CN1) LED Illuminates in red when powered on (LED1)

Reset switch (SW1), reset input (red pushbutton)

*Please be careful to configure a reset circuit according to your

system.

VR controls (VOL0, VOL1) Connects these VR controls with AD0IN0 and AD0IN1 to use them to control inputs on ports

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2. Functional Specifications

2.1 Configuration of the Power Supply

The power to the M32R/ECU can be supplied from two sources, VCC-BUS and VCCE, independently of each other. With default settings, the power to the M32R/ECU is fed through the VCCE power supply connector to all of its internal circuits.

CN1 S2B-XH-A

1

VCC

2

GND

CN2 S2B-XH-A

1

VCC

2

GND

* CONx : Connector * Jx : Jumper * TXx : Test pin * Ux : IC

J3

3

2

1

TX2

TX1

1 2

J4

U3 LT1086CM-3.3

5V 3.3V

1 2

J5

1 2

J7

J6

Note: CN1, TX1 and U3 are not mounted but they only have patterns available.

Figure 2.1 Power Supply Circuit

VCC-BUS power supply

VCCE power supply

VCCER power supply

AVCC0 power supply

1 2

VREF0 power supply

VDDE power supply

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Table 2.1 Configuration of the Power Supply

Connector

Power

Supply

Name Condition

CN1 VCC-BUS J3

between 1–2

between 2–3

Jumper

Shorted

Description

Default Power supply from VCCE (CN2)

Power supply from VCC-BUS (CN1)

CN2 VCCE — — — VCCE power supply

— VCCER J4

— AVCC0 J5

— VREF0 J6

— VDDE J7

Note1: Case of opened between 1-2, power supply from VCCE is stopped.

Case that 3.3 V power supply is inputted to VCCER by using 3.3 V generated circuit on board, the following items should be prepared by the user.

- U3: regulator

- D1,D2: diode

- C4,C5: capacitor

Note: The J3, J4, J5, J6 and J7 jumpers are shorted by pattern wiring on the reverse side of printed Circuit board.

Case of setting the condition except for default, setting the jumper is required after cutting the pattern for default condition by referring to the chapter 3.8 Setting jumper by cutting pattern.

Shorted

between 1–2

Shorted

between 1–2

Shorted

between 1–2

Shorted

between 1–2

Default (Note1)

Power supply from VCCE

Default Power supply from VCCE

Default Power supply from AVCC0

Default Power supply from VCCE

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2.2 FP Select Circuit

The FP select circuit is used for reprogramming the internal flash memory of the M32R/ECU. This circuit is configured in such a way that FP is switched from the EXTFP signal of extension connector (CON2) by using a jumper (J10).

VCCE

CON2 FX1-144S-1.27DS

EXTFP

2

Note: TX14 is not mounted but it only has one pattern available.

J10

TX14

1

3

Figure 2.2 FP Select Circuit

Table 2.2 FP Select Circuit (Jumper)

Name Condition Description

J10

Shorted

between 1–2

Shorted

between 2–3

Default Enables reprogramming the mounted M32R/ECU’s internal flash

Disables reprogramming the mounted M32R/ECU’s internal flash

Open Unusable

Note: The J10 jumper is shorted by pattern wiring on the reverse side of printed circuit board.

Case of setting the condition except for default, setting the jumper is required after cutting the pattern for default condition by referring to the chapter

3.8 Setting jumper by cutting pattern.

U1 M32R/ECU

FP

* CONx : Connector * Jx : Jumper * TXx : Test pin * Ux : IC

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2.3 MOD Select Circuit

This circuit is used to set operation modes of the M32R/ECU. The MOD0 power supply is configured in such a way that MOD0 is switched from the EXTMOD0 signal of extension connector (CON2) by using a jumper (J8). The MOD1 power supply defaults to 0 V. The MOD2 power supply is fixed to 0 V.

CON2 FX1-144S-1.27DS

EXTMOD0

Note: TX6 is not mounted but it only has one pattern available.

VCCE

U1

TX6

J8

3

2

1

J2

3

2

1

M32R/ECU

MOD0

MOD1

MOD2

Figure 2.3 MOD Select Circuit

Table 2.3 Operation Mode Settings

MOD0 MOD1 MOD2 Description

0 0 0

• When flash reprogramming is disabled: Single-chip mode

• When flash reprogramming is enabled: Flash rewrite + single-chip mode

* CONx : Connector * Jx : Jumper * TXx : Test pin * Ux : IC

• When flash reprogramming is disabled: Processor mode

1 0 0

• When flash reprogramming is enabled: Flash rewrite from boot ROM + single-chip mode

0 1 0 External extension mode 1 1 0 Settings inhibited

Table 2.4 MOD Select Circuit (Jumper)

Name Condition Description

J8

J2

Shorted

between 1–2

Shorted

between 2–3

Shorted

between 1–2

Shorted

between 2–3

Default

Sets MOD0 to 1

Default Sets MOD1 to 0

Sets MOD1 to 1

MOD0 is controled by EXTMOD0 or is set to 0 unless it is controled by EXTMOD0

Note: The J2 and J8 jumpers are shorted by pattern wiring on the reverse side of printed circuit board.

Case of setting the condition except for default, setting the jumper is required after cutting the pattern for default condition by referring to the chapter

3.8 Setting jumper by cutting

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2.4 Serial I/O Interface

The evaluation board is interfaced to the host PC (Windows) through its RS-232C by using SIO of the M32R/ECU. Of the RS-232C control signals, only TXD and RXD are used for connection to the host PC (Windows). The unused CTS and RTS are directly-coupled to configure a loop-back. The unused DSR and DTR also are configured in a similar manner. The serial I/O interface is configured in such a way that only one serial I/O channel can be used at a time. Any of the four channels 0–3 can be selected using a rotary switch.

U8 QS21X384Q1G

TXD0

U1 M32R/ECU

P82/TXD0/TO26

CN5 XM2C-0912

TXD

RXD

DTR DSR

CTS RTS

U7 TC74VHC138FT

Y0 Y3 Y1

A

SW2 DR-KR10H

Y2

CB

U9 MAX3232CSE+

TXD

RXD

CON2 FX1-144S-1.27DS

P83 P86

P175

P82 P85

P174

TXD1

TXD2

TXD3

RXD0

RXD1

RXD2

RXD3

P85/TXD1/TO23

P174/TXD2/TO28

P74/RTDTXD/ TXD3/NBDD0

J15

3

2

1

J18

3

2

1

J19

3

2

1

J20

3

2

1

P83/RXD0/ TO25

P86/RXD1/TO22

P175/RXD2/TO27

P75/RTDRXD/ RXD3/NBDD1

* CNx,CONx : Connector * Jx : Jumper * SWx : Switch * Ux : IC

CON1 FX1-144S-1.27DS

P74

P75

CN4 XG4C-1434

NBDD0 NBDD1

Figure 2.4 Serial I/O Interface

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Table 2.5 Channel Selection by a Rotary Switch

Rotary switch position SIO Selected channel

0 SIO0 1 SIO1 2 SIO2 3 SIO3 4 SIO0 5 SIO1 6 SIO2 7 SIO3 8 SIO0 9 SIO1

Table 2.6 Serial I/O Interface (Jumper)

Name Condition Description

Shorted

J15

between 1–2

Shorted

between 2–3

Shorted

J18

between 1–2

Shorted

between 2–3

Shorted

J19

between 1–2

Shorted

between 2–3

Shorted

J20

between 1–2

Shorted

between 2–3

Note: The jumpers J15, J18, J19 and J20 are shorted by jumper parts.

Default Connects P83/RXD0/TO25 to the extension connector (CON2)

Uses the RXD0 function in RS-232C

Default Connects P86/RXD1/TO22 to the extension connector (CON2)

Uses the RXD1 function in RS-232C

Default Connects P175/RXD2/TO27 to the extension connector (CON2)

Uses the RXD2 function in RS-232C

Default

Connects P75/RTDRXD/RXD3/NBDD1 to the extension connector (CON1)

Uses the RXD3 function in RS-232C

Table 2.7 RS-232C Connector Pin Assignments

Connector

Name

Pin No Signal Name Description

1 DCD Unused 2 RXD Received data 3 TXD Transmitted data 4 DTR Connects to the DSR pin

CN5

5 SG Ground 6 DSR Connects to the DTR pin 7 RTS Connects to the CTS pin 8 CTS Connects to the RTS pin 9 RI Unused

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2.5 Oscillator Circuit

The oscillator circuit can be selected from three options by using the jumper J1: a surface mount-type 20 MHz crystal oscillator module, a surface mount-type 10 MHz crystal oscillator module or a crystal resonator. By default, the surface mount-type 20 MHz crystal oscillator module is selected.

Surface mount-type oscillator module 20MHz

Surface mount-type oscillator module 10MHz

* Cx : Capacitor * Jx : Jumper * Rx : Resister * Ux : IC * Xx : Oscillator modules * Yx : Resonator

Figure 2.5 Oscillator Circuit

Note: The shaded sections in the above diagram have only patterns available. When using the resonator Y1, please be

sure to add capacitors (C1, C2) and a resistor (R2, R4).

Table 2.8 Oscillator Circuit Connections (Jumper)

Name Condition Description

J1

Shorted

between 1–4

Shorted

between 2–4

Default Outputs a clock from X1 (surface mount-type oscillator module)

(Note1) Outputs a clock from X2 (surface mount-type oscillator module)

Shorted

between 3–4

Note1: Using M32186F8VFP, the J1 jumper should be shorted between 2-4.

X1

OUT

1

X2

OUT

J1

2

4

3

R2

R4

Y1

C1

C2

Outputs a clock from Y1 (resonator)

U1 M32R/ECU

XIN

XOUT

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2.6 General-purpose Output Port LED Indicators

The LED indicators (L0–L7) are used to indicate t h e status o f the M32R/ECU ports P110–P117.

VCCE

U1 M32R/ECU

P110 P111 P112 P113 P114 P115 P116 P117

CON1 FX1-144S-1.27DS

P110 P111 P112 P113 P114 P115 P116 P117

U6 TC74HC540AF

L0 L1 L2 L3 L4 L5 L6 L7

* CONx : Connector * Lx : LED * Ux : IC

Figure 2.6 LED Indicator Block for the General-purpose Output Ports

Table 2.9 LED Indicators of General-purpose Output Ports

LED Name

Corresponding

M32R/ECU Port

ON Condition Color

L0 P110 High Red L1 P111 High Red L2 P112 High Red L3 P113 High Red L4 P114 High Red L5 P115 High Red L6 P116 High Red L7 P117 High Red

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2.7 General-purpose Input Port Control Circuit

The general-purpose input port control circuit is used to control the status of the M32R/ECU ports P130–P137 by using toggle switches (S0–S7). For the settings of jumpers J16 and J17, see the Section 2.9 CAN Interface.

VCCE

U1 M32R/ECU

S0

P130

P131

P132

P133

P134

P135

P136

P137

2

S1

S2

S3

S4

S5

S6

S7

1 3

J17

3

2

1

J16

* CONx : Connector * Jx : Jumper * Sx : Switch * Ux : IC

3

2

1

Figure 2.7 General-purpose Input Port Control Circuit

U5 PCA82C250T

RXD

TXD

CON1 FX1-144S-1.27DS

P136

P137

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Table 2.10 Relationship Between

Toggle Switches and Ports Table 2.11 Toggle Switch Positions

Toggle Switch Name

Corresponding

M32R/ECU Port

S0 P130 Up High S1 P131 Middle Open

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Lever Direction Port Input Level

S2 P132

Down Low S3 P133 S4 P134 S5 P135 S6 P136 S7 P137

Lever direction

Up Middle

Port input level H Open L

Down

Figure 2.8 Toggle Switch Positions

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2.8 Analog Port Input Control Circuit

The analog port input control circuit is used to control the status of the M32R/ECU analog ports AD0IN0 and AD0IN1 by using VR controls VOL0 and VOL1.

U1 M32R/ECU

AD0IN0

AD0IN1

CON1 FX1-144-1.27DS

AD0IN0

J12

J13

2 1

VCCE

VOL0

VCCE

VOL1

AD0IN1

* CONx : Connector * Jx : Jumper * Ux : IC * VOLx : VR control

Figure 2.9 Analog Port Input Control Circuit

Table 2.12 Analog Port Input Control (Jumper)

Name Condition Description

J12

J13

Shorted

between 1–2

Open

between 1–2

Shorted

between 1–2

Open

between 1–2

Default Uses VR control (VOL0)

Does not use VR control (VOL0)

Default Uses VR control (VOL1)

Does not use VR control (VOL1)

Note: The J12 and J13 jumpers are shorted by pattern wiring on the reverse side of printed circuit board.

Case of setting the condition except for default, setting the jumper is required after cutting the pattern for default condition by referring to the chapter

3.8 Setting jumper by cutting pattern.

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2.9 CAN Interface

The evaluation board is interfaced to a CAN-mounted system by using the internal CAN functions of the M32R/ECU.

TX7

CN3 TM2REA-1208

CANH1

J9

U4 PCA82C250T

CANH

TXD

TX8

U1 M32R/ECU

P220/CTX0/HACK

R14

CANL1

CANH2

J11

R17

CANL2

* CNx,CONx : Connector * Jx : Jumper * Rx : Resister * Sx : Switch * TXx : Test pin * Ux : IC

TX10

TX11

U5 PCA82C250T

TX15

CON1 FX1-144S-1.27DS

CANL

CANH

CANL

RXD

TXD

RXD

P220 P221

P137 P136

TX9

TX12

TX13

J14

3

2

1

J16

3

2

1

J17

3

2

1

P221/CRX0/HREQ

P137/TIN23/CTX1

P136/TIN22/CRX1

S7 2

S6 2

VCCE

1

3 1

3

Note: TX7, TX8, TX9, TX10, TX11, TX12, TX13 and TX15 are not mounted but they only have patterns available.

Figure 2.10 Interface with a CAN-mounted System

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Table 2.13 CAN Connector Pin Assignments

Connector

Name

Pin No Signal Name Description

1 CANH1 High-level CAN0 input/output port 2 CANL1 Low-level CAN0 input/output port 3 CANH2 High-level CAN1 input/output port 4 CANL2 Low-level CAN1 input/output port

CN3

5 GND Ground 6 — Unused 7 GND Ground 8 — Unused

(1) How to connect the CAN connector

The jumpers J14, J16 and J17 allow selecting the destinations to which the CAN communication pins (CTX, CRX) are connected.

Table 2.14 Jumper Usage Conditions (J14, J16 and J17)

Name Condition Description

Shorted

J14

between 1–2

Shorted

between 2–3

Shorted

J16

between 1–2

Shorted

between 2–3

Shorted

J17

between 1–2

Shorted

between 2–3

Note: The jumpers J14, J16 and J17 are shorted by jumper parts.

Default Connects P221/CRX0/HREQ to the extension connector (CON1)

Uses the CRX0 function in CAN connector CN3

Default Connects P137/TIN23/CTX1 to the extension connector (CON1)

Uses the CTX1 function in CAN connector CN3

Default Connects P136/TIN22/CRX1 to the extension connector (CON1)

Uses the CRX1 function in CAN connector CN3

(2) How to select the terminating resistor connection

The jumpers J9 and J11 allow the terminating resistors to be used in the CAN transmission path.

Table 2.15 Selecting the Terminating Resistor Connection (J9, J11)

Name Condition Description

Shorted

J9

between 1–2

Open

between 1–2

Shorted

J11

between 1–2

Open

between 1–2

Note: The jumpers J9 and J11 are shorted by jumper parts.

Default Uses the CAN0 terminating resistor mounted on-board

Does not use the CAN0 terminating resistor mounted on-board

Default Uses the CAN1 terminating resistor mounted on-board

Does not use the CAN1 terminating resistor mounted on-board

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2.10 JTAG/NBD Interface

The JTAG connector for Renesas SDI, XCN1 consists of the 2.54-mm contact pitch XG4C-1034 made by Omron Corporation. The NBD connector, CN4 consists of the 2.54-mm contact pitch XG4C-1434 made by Omron Corporation.

VCCE

CN4 XG4C-1434

1

2

3 4 5 6 7

8 9

10 11

12 13

14

XCN1 XG4C-1034

1

2

3 4 5 6 7 8 9

10

VCCE

J20

1 3

U1 M32R/ECU

JTCK

JTDI JTDO

RESET JTMS JTRST

P77/RTDCLK/ CRX1/NBDD3

P76/RTDACK/ CTX1/NBDD2

P75/RTDRXD/ RXD3/NBDD1 P74/RTDTXD/ TXD3/NBDD0

U2 M51957BFP

6

U8

2

QS21X384Q1G

B16

A15

CON1 FX1-144S-1.27DS

RESET P75 P74 P76 P77

* CNx,CONx,XCNx : Connector * Jx : Jumper * Ux : IC

Figure 2.11 JTAG/NBD Interface

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Table 2.16 JTAG Interface Connector Pin Assignments

Connector

Name

Pin No Signal Name Description

1 JTCK Test clock 2 GND Ground 3 JTDI Test data input 4 JTDO Test data output 5 JTMS Test mode select

XCN1

6 JTRST Test reset 7 JDBI Break request 8 VCCE Power supply 9 JVCC User system power supply monitor

10 RESET Reset

Table 2.17 NBD Interface Connector Pin Assignments

Connector

Name

Pin No. Signal Name Description

1 NBDCLK Synchronizing clock input 2 GND Ground 3 NBDSYNC# Top of data input

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4 NBDEVNT# Event output 5 RESET Reset 6 GND Ground 7 JVCC Power supply

CN4

8 NBDD3 Command/Address/Data

9 NBDD2 Command/Address/Data 10 GND Ground 11 NBDD1 Command/Address/Data 12 NBDD0 Command/Address/Data 13 NC Unused 14 NC Unused

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3. Reference Data

3.1 Jumper and Test Pin Lists

3.1.1 Jumpers

Table 3.1 Jumper List

Jumper No. Default Description

J1 Shorted between 1–4 Outputs a clock from X1 (surface mount-type oscillator module) J2 Shorted between 1–2 Sets MOD1 to 0 J3 Shorted between 1–2 Power supply from VCCE J4 Shorted between 1–2 Power supply from VCCE J5 Shorted between 1–2 Power supply from VCCE J6 Shorted between 1–2 Power supply from AVCC0 J7 Shorted between 1–2 Power supply from VCCE

J8 Shorted between 1–2

J9 Shorted between 1–2 Uses the CAN0 terminating resistor mounted on-board

MOD0 is controled by EXTMOD0 or is set to 0 unless it is controled by EXTMOD0

J10 Shorted between 1–2 Enables reprogramming the mounted M32R/ECU’s internal flash J11 Shorted between 1–2 Uses the CAN1 terminating resistor mounted on-board J12 Shorted between 1–2 Uses the VR control (VOL0) J13 Shorted between 1–2 Uses the VR control (VOL1) J14 Shorted between 1–2 Connects P221/CRX0/HREQ to the extension connector (CON1) J15 Shorted between 1–2 Connects P83/RXD0/TO25 to the extension connector (CON2) J16 Shorted between 1–2 Connects P137/TIN23/CTX1 to the extension connector (CON1) J17 Shorted between 1–2 Connects P136/TIN22/CRX1 to the extension connector (CON2) J18 Shorted between 1–2 Connects P86/RXD1/TO22 to the extension connector (CON2) J19 Shorted between 1–2 Connects P175/RXD2/TO27 to the extension connector (CON2)

J20 Shorted between 1–2

Connects P75/RTDRXD/RXD3/NBDD1 to the extension connector (CON1)

3.1.2 Test Pins

Table 3.2 List of Test Pins

Test Pin No. Signal Name Test Pin No. Signal Name

TX1 VCC-BUS TX10 CANL1 TX 2 VCCE TX 11 CANH2 TX 3 GND TX 12 CTX1 TX 4 GND TX 13 CRX1 TX 5 RESET TX 14 FP TX 6 MOD0 TX 15 CANL2 TX 7 CANH1 TX 16 TXD1 TX 8 CTX0 TX17 P87 TX 9 CRX0 TX 18 VREF0

REJ10B0223-0140/Rev.1.40 Jan. 2007 Page 53 of 79

32185/32186/32192/32195/32196 Group

Starter Kit User’s Manual M3A-2154G52B

3.2 Extension Connectors CON1 and CON2

3.2.1 Pin Assignments of the Extension Connector CON1

Bard edge

CON1

Figure 3.1 CON1 Connector Pin Assignments (View from Side of Mounted Items)

Table 3.3 CON1 Connector Pin Assignments

Pin No.

1 AVCC 31 NC 61 VCCE 91 NC 2 GND 32 NC 62 GND 92 P124 3 VCCE 33 GND 63 AVCC0 93 P125 4 P150 34 NC 64 VREF0 94 P126 5 NC 35 RESET 65 AD0IN0 95 P127

6 NC 36 NC 66 AD0IN1 96 NC 7 P153 37 NC 67 AD0IN2 97 NC 8 NC 38 NC 68 AD0IN3 98 NC

9 NC 39 NC 69 AD0IN4 99 NC 10 NC 40 NC 70 AD0IN5 100 NC 11 NC 41 NC 71 AD0IN6 101 NC 12 NC 42 NC 72 AD0IN7 102 NC 13 NC 43 NC 73 GND 103 NC 14 NC 44 P74 74 AD0IN8 104 NC 15 NC 45 P75 75 AD0IN9 105 NC 16 P130 46 P76 76 AD0IN10 106 NC 17 P131 47 P77 77 AD0IN11 107 NC 18 P132 48 NC 78 AD0IN12 108 NC 19 P133 49 NC 79 AD0IN13 109 NC 20 P134 50 NC 80 AD0IN14 110 NC 21 P135 51 NC 81 AD0IN15 111 NC 22 P136 52 NC 82 P61 112 P110 23 P137 53 P100 83 P62 113 P111 24 P220 54 P101 84 P63 114 P112 25 P221 55 P102 85 SBI 115 P113 26 NC 56 P103 86 GND 116 P114 27 NC 57 P104 87 GND 117 P115 28 VCCE 58 P105 88 GND 118 P116 29 GND 59 P106 89 VCCE 119 P117 30 NC 60 P107 90 GND 120 P97

Note: NC denotes “Not Connected.”

Pin Nos. 121 to 144 are not connected.

Signal Name

Pin No.

Signal

Name

Pin No.

Signal Name

678 66 54 42 30 18114 102 90

Pin No.

1st pin

3rd pin1284 72 60 48 36 24120 108 96

Signal Name

REJ10B0223-0140/Rev.1.40 Jan. 2007 Page 54 of 79

32185/32186/32192/32195/32196 Group

Starter Kit User’s Manual M3A-2154G52B

3.2.2 Pin Assignments of the Extension Connector CON2

Board edge

126198 186 174 162 150 138234 222 210

132204 192 180 168 156 144240 228 216

Figure 3.2 CON2 Connector Pin Assignments (View from Side of Mounted Items)

Table 3.4 CON2 Connector Pin Assignments

Pin No.

Signal Name

Pin No.

Signal

Name

Pin No.

Signal

Name

Pin No.

1 (121) P96 31 (151) NC 61 (181) P174 91 (211) P1 2 (122) P95 32 (152) NC 62 (182) P175 92 (212) P0 3 (123) P94 33 (153) VCC-BUS 63 (183) NC 93 (213) GND 4 (124) P93 34 (154) VCCE 64 (184) NC 94 (214) P73 5 (125) VCCE 35 (155) GND 65 (185) NC 95 (215) P72

6 (126) GND 36 (156) NC 66 (186) NC 96 (216) P71 7 (127) VCC-BUS 37 (157) NC 67 (187) FP 97 (217) P70 8 (128) P27 38 (158) NC 68 (188) MOD0 98 (218) P43 9 (129) P26 39 (159) NC 69 (189) NC 99 (219) P42

10 (130) P25 40 (160) NC 70 (190) NC 100 (220) P41 11 (131) P24 41 (161) NC 71 (191) GND 101 (221) VCC-BUS

12 (132) P23 42 (162) NC 72 (192) NC 102 (222) GND 13 (133) P22 43 (163) NC 73 (193) NC 103 (223) NC 14 (134) P21 44 (164) NC 74 (194) GND 104 (224) NC 15 (135) P20 45 (165) NC 75 (195) VCCE 105 (225) NC 16 (136) GND 46 (166) NC 76 (196) VCC-BUS 106 (226) NC 17 (137) P37 47 (167) NC 77 (197) P17 107 (227) NC 18 (138) P36 48 (168) NC 78 (198) P16 108 (228) NC 19 (139) P35 49 (169) NC 79 (199) P15 109 (229) NC 20 (140) P34 50 (170) NC 80 (200) P14 110 (230) NC

21 (141) P33 51 (171) NC 81 (201) P13 111 (231) GND 22 (142) P32 52 (172) NC 82 (202) P12 112 (232) NC 23 (143) P31 53 (173) NC 83 (203) P11 113 (233) NC 24 (144) P30 54 (174) NC 84 (204) P10 114 (234) NC 25 (145) P47 55 (175) P87 85 (205) P7 115 (235) NC

26 (146) P46 56 (176) P86 86 (206) P6 116 (236) NC 27 (147) P225 57 (177) P85 87 (207) P5 117 (237) NC 28 (148) P224 58 (178) P84 88 (208) P4 118 (238) NC 29 (149) P45 59 (179) P83 89 (209) P3 119 (239) NC 30 (150) P44 60 (180) P82 90 (210) P2 120 (240) NC

Note: NC denotes “Not Connected.”

Pin Nos. 121 to 144 are not connected.

Numbers in parentheses ( ) in the table correspond to the Pin No. on the board.

1st pin

3rd pin

CON2

Signal

Name

REJ10B0223-0140/Rev.1.40 Jan. 2007 Page 55 of 79

g

r

3.3 CAN Cable

(1) External View

32185/32186/32192/32195/32196 Group

Starter Kit User’s Manual M3A-2154G52B

CC1:Modular plu

CC2:Dsub connecto

100mm

1

5

9

6

1

Figure 3.3 External View

(2) CC1 and CC2 Connections

Table 3.5 Connection Table

CN1 CN2

Pin No. Pin Name Pin Name Pin No.

6

1 — NC 1 2 CANL (blue) CANL 2 3 — GND 3 4 CANH (white) NC 4 5 GND (black) NC 5 6 — NC 6

CANH 7 NC 8

NC 9

REJ10B0223-0140/Rev.1.40 Jan. 2007 Page 56 of 79

32185/32186/32192/32195/32196 Group

Starter Kit User’s Manual M3A-2154G52B

3.4 Connection Diagram

A connection diagram is provided in follo wing pages for your reference.

REJ10B0223-0140/Rev.1.40 Jan. 2007 Page 57 of 79

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REJ10B0223-0140/Rev.1.40 Jan. 2007 Page 58 of 79

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16

E

D

1u

CP31uCP3

1u

CP21uCP2

CP11uCP1

1u

P225 6

P4[1:7] 6

P3[0:7] 6

P2[0:7] 6

P0[0:7] 6

VCCE

P1[0:7] 6

SBI 6

1K

R11KR1

P7[0:7] 3,5,6

P6[1:3] 6

VCC-BUS

CP7

4

VCCI

OUT

DS0751SB-20MHz

X2

3

24

1

J1

JP-4PIN

J1

JP-4PIN

P175 6

P174 5,6

RESET 2,6

P224 6

CP7

0.01u

2

GND

INH

DS0751SL-10MHz

1

3

VCCE

CP6

0.01u

4

2

GND

VCCI

OUT

INH

X1

1

2-4 Short(XIN=10MHz)

3

Clock

J1:Default:1-4 Short(XIN=20MHz)

P8[2:7] 5,6

Y1

CAS-20MTZ(OPEN)

Y1

CAS-20MTZ(OPEN)

R2

3

J2

2

MOD1

MOD0 3

FP 3

C2

C1

0(OPEN)R40(OPEN)

R4

1M(OPEN)R21M(OPEN)

1

JP-3PIN(OPEN)

30p(OPEN)

E

Sheet

M3A-2154G02A

DK30550

M32192/186 block(144QFP)

CAGE Code DWG NO Rev

Size

D

A3 <Cage Code>

Scale

Thursday, October 12, 2006

RENESAS TECHNOLOGY CORPORATION

C

B

VCC-BUS VCCER VCCE VDDE

P43

P42

P45

P44

P41

135

136

139

140

141

2

P43/RD

P41/BLW/BLE

P44/CS0/TIN8

P45/CS1/TIN9

P225/A12/CS3

P42/BHW/BHE

EXCVDD

73

EXCVCC

137

EXCVCC

61

VDDE

108

VCCE

132

VCCE

95

VCCER

65

VCCBUS

20

VCCBUS

6

VREF042AVCC043AD0IN044AD0IN145AD0IN246AD0IN347AD0IN448AD0IN549AD0IN650AD0IN7

U1

P47P47

P46

P30

142

143

8

P46/A13/TIN10

P47/A14/TIN11

P30/A15/TIN4/DD16

P37P37

P36

P35

P33

P31

P34

P32

9

10

11

12

13

14

15

P31/A16/TIN5/DD17

P32/A17/TIN6/DD18

P33/A18/TIN7/DD19

P34/A19/TIN30/DD20

P35/A20/TIN31/DD21

P36/A21/TIN32/DD22

P37/A22/TIN33/DD23

AD0IN852AD0IN953AD0IN1054AD0IN1155AD0IN1256AD0IN1357AD0IN1458AD0IN15

51

P21

P23

P24

P22

P20

16

17

18

19

22

P20/A23/DD24

P21/A24/DD25

P22/A25/DD26

P23/A26/DD27

AVSS0

P150/TIN0/CLKOUT/WR

60

59

133

134

P27P27

P25

P26

P00

P03

P02

P01

26

27

28

23

P24/A27/DD28

P25/A28/DD29

P153/TIN3/WAIT

29

24

25

P26/A29/DD30

P27/A30/DD31

P00/DB0/TO21/DD0

P01/DB1/TO22/DD1

P02/DB2/TO23/DD2

P130/TIN16/DIN0/PWM0FF0

P131/TIN17/DIN1/PWM0FF1

P132/TIN18/DIN2

P133/TIN19/DIN3

P134/TIN20/TXD3/DIN4

P135/TIN21/RXD3

124

125

126

127

128

129

130

P06

P05

P04

30

31

32

P03/DB3/TO24/DD3

P04/DB4/TO25/DD4

P05/DB5/TO26/DD5

P136/TIN22/CRX1

P137/TIN23/CTX1

131

119

VREF0

P130

AD0IN0

AD0IN1

AD0IN2

AD0IN3

AD0IN4

AD0IN5

AD0IN6

AD0IN7

AD0IN8

AD0IN9

AD0IN10

AD0IN11

AD0IN12

AD0IN13

AD0IN15AD0IN15

AD0IN14

P131

P132

P1536

P1506

P133

P134

P135

P136

P137P137

P124

P14

P12

P11

P13

P10

P07P07

36

37

38

33

34

35

P06/DB6/TO27/DD6

P07/DB7/TO28/DD7

P10/DB8/TO29/DD8

P11/DB9/TO30/DD9

P12/DB10/TO31/DD10

P13/DB11/TO32/DD11

P124/TCLK0/A9/DD3

P125/TCLK1/A10/DD2

P126/TCLK2/CS2/DD1

P127/TCLK3/CS3/DD0

P110/TO0/TO29/DD11

P111/TO1/TO30/DD10

97

98

99

121

122

120

P110

P111

P112

P126

P127P127

P125

P15

P16

P17P17

P61

P62

P63P63

76

39

40

41

P6174P6275P63

P14/DB12/TO33/DD12

P15/DB13/TO34/DD13

P16/DB14/TO35/DD14

P17/DB15/TO36/DD15

P112/TO2/TO31/DD9

P113/TO3/TO32/DD8

P114/TO4/TO33/DD7

P115/TO5/TO34/DD6

P116/TO6/TO35/DD5

P117/TO7/TO36/DD4

P100/TO8

100

101

102

103

104

105

P114

P113

P116

P117P117

P115

P100

P71

P72

P74

P73

P70

P75

78

79

80

81

77

106

P101

83

82

SBI

P71/WAIT

P73/HACK/TIN26

P72/HREQ/TIN27

P70/CLKOUT/WR/BCLK

P74/RTDTXD/TXD3/NBDD0

P101/TO9/CRX0

P102/TO10/CTX0

P103/TO11/TIN24

P104/TO12/TIN25/DD3

P105/TO13/SCLKI4/SCLKO4/DD2

P106/TO14/TXD4/DD1

P107/TO15/RXD4/DD0

107

114

115

116

117

118

P104

P103

P106

P107P107

P105

P102

P77P77

P76

84

85

P76/RTDACK/CTX1/NBDD2

P77/RTDCLK/CRX1/NBDD3

P75/RTDRXD/RXD3/NBDD1

P96/TO19/DD13

P97/TO20/DD12

89

90

P97

P96

P87P87

P83

P85

P84

P82

P86

67

70

66

69

68

71

P82/TXD0/TO26

P85/TXD1/TO23

P83/RXD0/TO25

P86/RXD1/TO22

P84/SCLKI0/SCLKO0/TO24

P87/SCLKI1/SCLKO1/TO21

P93/TO16/SCLKI5/SCLKO5

P94/TO17/TXD5/DD15

P95/TO18/RXD5/DD14

86

87

88

P94

P93P93

P95

P174

P175

91

7

5

63

64

P174/TXD2/TO28

P175/RXD2/TO27

JTMS

JTCK/NBDCLK

109

110

JTCK2

JTMS2

4

XIN

RESET

JTRST

111

JTRST2

XOUT

P224/A11/CS2

M32192F8VFP / M32186F8VFP

P220/CTX0/HACK

P221/CRX0/HREQ

JTDO/NBDEVNT

JTDI/NBDSYNC

1

144

112

113

P221

P2203,6

P2216

JTDI2

JTDO2

R3 0R3 0

93

123

94

FP

MOD092MOD1

MOD2

VSS

138

VSS

96

VSS

72

VSS

62

VSS

21

VSS

3

M32192F8VFP / M32186F8VFP

C

B

VREF0

AD0IN[0:15]4,6

AVCC0

0.1u

CP5

0.1u

CP4

4 4

A

P13[0:7]4,6

P11[0:7]4,6

P12[4:7]6

3 3

P10[0:7]6

P9[3:7]6

2 2

A

1 1

E

REJ10B0223-0140/Rev.1.40 Jan. 2007 Page 59 of 79

D

CP8

0.1u

CP8

VCCE

0.1u

10K

RA1

10

JTAG I/F

6:JTRST

7:JDBI

8:VCC

9:JVCC

9 8 7 6 4 3 2 1 5

XCN1

10:RESET

33

RA233RA2

876

123

JTMS 1

12345678910

5

4

JTRST 1

XG4C-1034

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JTDI 1

JTDO 1

JTCK 1

10K

R11

2

4

3

IN

GND

OUT6VCC

M51957BFP

5

7

CP31

0.1u

CP31

0.1u

C3

1K

0.047uC30.047u

R101KR10

1

3

1

3

2

SW1

BB-15AH

SW1

BB-15AH

2

RESET1,6

Power/Reset block

33

RA333RA3

876

123

0

10KR710K

VCCE

2K

R62KR6

5

JTCK_NBD 3

JTDI_NBD 3

JTDO_NBD 3

RESET_NBD 3

4

R7

R90R9

NC1NC

NC8Cd

U2

VCCE

22KR822K

R8

TX5

TEST PIN

RESET

of 26

26

E

Sheet

M3A-2154G02A

DK30550

CAGE Code DWG NO Rev

Size

A3 <Cage Code>

Scale

D

1:JTCK

2:GND

3:JTDI

4:JTDO

5:JTMS

TX4

TEST PIN

TX4

TEST PIN

C

VCC-BUS

CP12

0.1u

CP12

0.1u

CP9

0.1u

B

TX1

TEST PIN(OPEN)

TX1

TEST PIN(OPEN)

J3

1

32

1

32

JP-3PIN(OPEN)

TX2

VCCE

TEST PIN

TX3

CP13

CP10

TEST PIN

0.1u

VCCER

CP11

0.1u

J4

12

JP-2PIN(OPEN)

AVCC0

J5

12

JP-2PIN(OPEN)

VREF0

J6

12

JP-2PIN(OPEN)

VDDE

CP14

0.1u

J7

12

JP-2PIN(OPEN)

VCCER

D1 MA738(OPEN)D1 MA738(OPEN)

C5

2

VOUT

GND

LT1086CM-3.3(OPEN)

U3

1

VIN

3

C4

D2

10u(OPEN)

+

10u(OPEN)

+

MA738(OPEN)

Thursday, October 12, 2006

RENESAS TECHNOLOGY CORPORATION

C

B

SML-211UT

LED1

1K

R51KR5

CP16

47u+CP16

47u

+

CP15

47u+CP15

A

CN1

1

2

S2B-XH-A(OPEN)

VCCBUS power supply

4 4

1

2

CN2

S2B-XH-A

VCCE power supply

Power line Cap.

3 3

VCCE

47u

+

2 2

A

1 1

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36

E

TX6

TEST PIN(OPEN)

TX6

TEST PIN(OPEN)

J8

S/W

VCCE

J8

32

D

M32R/ECU MOD0 select

MOD0 1

1

EXTMOD06

+

2.2u

CP18

CP19

220p

JP-3PIN(OPEN)

10K

R13

FP 1

TX14

TEST PIN(OPEN)

TX14

TEST PIN(OPEN)

+

2.2u

CP23

CP24

220p

J10

1

32

1

32

M32R/ECU FP select S/W

VCCE

10K

R15

EXTFP6

JP-3PIN(OPEN)

E

Sheet

M3A-2154G02A

DK30550

CAN IF MOD0/FP Select

CAGE Code DWG NO Rev

Size

D

A3 <Cage Code>

Scale

Thursday, October 12, 2006

RENESAS TECHNOLOGY CORPORATION

CTX0 1,6

CRX0 6

CTX0

TEST PIN(OPEN)

TX8

TEST PIN(OPEN)

1

TXD

CANH

U4

7

CAN I/F

CRX0

4

3

2

RXD

VCC

CANL6RS

8

5

VCCE

GND

VREF

R120R12

PCA82C250T

0

CP20

0.1u

TX10

TEST PIN(OPEN)

TX10

TEST PIN(OPEN)

C

TX9

CTX1 6

CTX1

TX13

TEST PIN(OPEN)

TX12

TEST PIN(OPEN)

U5

CAN I/F

1

7

TXD

CANH

CRX1 6

CRX1

4

3

RXD

VCC

CANL6RS

8

2

5

GND

VREF

VCCE

PCA82C250T

R160R16

C

CP25

0.1u

P77 1,6

P76 1,6

P75 1,6

P74 1,5,6

TX15

TEST PIN(OPEN)

TX15

0

TEST PIN(OPEN)

J9,J11:Default:1-2 Short

B

TX7

TEST PIN(OPEN)

JP-2PIN

J9

12

CP17

0.1u(OPEN)

TX11

120

R14

CP21

0.1u(OPEN)

TX11

TEST PIN(OPEN)

JP-2PIN

J11

12

CP22

0.1u(OPEN)

120

R17

CP26

0.1uF(OPEN)

VCCE

100K

RA4

1

8

2

7

3

6

4

5

876

5

JTCK_NBD 2

JTDI_NBD 2

RESET_NBD 2

JTDO_NBD 2

33

RA1133RA11

123

4

B

NBD I/F

VCCE

A

1234567

CN3

1:CANH1

4 4

2:CANL1

3:CANH2

4:CANL2

8

TM2REA-1208

5:GND

6:

7:GND

8:

1:NBDCLK

3 3

2 2

123456789

CN4

2:GND

3:NBDSYNC#

4:NBDEVNT#

5:RESET

6:GND

7:JVCC

8:NBDD3

9:NBDD2

10:GND

1011121314

11:NBDD1

12:NBDD0

13:

14:

XG4C-1434

A

1 1

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E

P130 1,6

P131 1,6

P133 1,6

P132 1,6

P134 1,6

P136 1,6

P135 1,6

P137 1,6

E

Sheet

M3A-2154G02A

DK30550

LED/SW Block

2

A-13J2VS1A-13J2V

3

A-13J2VS2A-13J2V

S2

1

L4SML-211UT L4SML-211UT

2

1

3

L5SML-211UT L5SML-211UT

S3

2

A-13J2VS0A-13J2V

S1

S0

1

3

D

VCCE

1K

9 8 7 6

RA51KRA5

C

4 3 2

10

1 5

100K

RA6

10

L0SML-211UT L0SML-211UT

9 8 7 6 4 3 2 1 5

L1SML-211UT L1SML-211UT

L2SML-211UT L2SML-211UT

L3SML-211UT L3SML-211UT

2

A-13J2VS3A-13J2V

1

3

L6SML-211UT L6SML-211UT

2

A-13J2VS4A-13J2V

S4

3

L7SML-211UT L7SML-211UT

S5

1

2

A-13J2VS5A-13J2V

3

2

A-13J2VS6A-13J2V

A-13J2VS7A-13J2V

S6

S7

1

3

1

3

CAGE Code DWG NO Rev

CAGE Code DWG NO Rev 9 8 7 6 4 3 2 15

100K

RA8

10

CAGE Code DWG NO Rev

A3 <Cage Code>

Size

D

Scale

Thursday, October 12, 2006

RENESAS TECHNOLOGY CORPORATION

C

VCCE

B

A

4 4

Y118Y217Y316Y415Y514Y613Y712Y8

A12A23A34A45A56A67A78A8

U6

P1111,6

P1101,6

P1121,6

P1131,6

CP27

0.1u

CP27

0.1u

11

20

10

VCC

GND

TC74HC540AF

G11G2

9

19

9

100K

8 7 6

RA7

4 3 2

10

15

P1151,6

P1171,6

P1161,6

P1141,6

3 3

VCCE

AD0IN0 1,6

J12

JP-2PIN(OPEN)

J12

JP-2PIN(OPEN)

12

VOL0

RK09K1110B26

2 2

AD0IN1 1,6

J13

JP-2PIN(OPEN)

J13

JP-2PIN(OPEN)

12

VOL1

RK09K1110B26

B

A

1 1

1.0<Doc>

REJ10B0223-0140/Rev.1.40 Jan. 2007 Page 62 of 79

1.0<Doc>

of

of 56

56

RXD0 6

RXD1 6

RXD2 6

RXD3 6

A

Sheet

M3A-2154G02A

DK30550

SIO IF

CP29

0.1u

CP29

0.1u

24

48

VCC36VCC

B

9

100K

8 7 6

RA9

4 3 2

10

VCCE

1 5

U8

B02B15B26B39B410B514B617B718B821B9

GND12GND

A03A14A27A38A411A515A616A719A820A923A1026A1129A1230A13

BEA1BEB

BEC13BED

37

25

22

B1027B1128B1231B13

32

B1434B18

B1539B1640B1947B17

A1435A1641A1742A1538A1845A19

33

44

43

CAGE Code DWG NO Rev

46

QS32X384Q1

CAGE Code DWG NO Rev

Size

A3 <Cage Code>

Scale

Thursday, October 12, 2006

B

RENESAS TECHNOLOGY CORPORATION

TXD11,6

TXD01,6

C

Y114Y213Y312Y411Y510Y69Y7

6

7

8 7 6 5

VCC16GND

8

RA10

100K

TC74VHC138FT

VCCE

1 2 3 4

15

Y0

A1B2C3G2A4G2B5G1

U7

D

VCCE

TXD31,3,6

TXD21,6

C

10K

VCCE

R18

VCCE

0.1u

CP30

CP28

0.1u

CP30

16

15

VCC

RS232C I/F

U9

VCCE

C6

GND

0.1uC60.1u

C9

C7

0.1uC90.1u

0.1uC70.1u

3

1

4

C1-

C1+

C2+

V+2V-

6

C8

0.1uC80.1u

9

10

5

C2-

T1IN11T2IN

R1OUT12R2OUT

D

T1OUT14T2OUT

7

R1IN13R2IN

8

MAX3232CSE

5

1A22A34A48A

DR-KR10H

C

SW2

1

VCCE VCCE

E

5 5

4 4

3 3

CN5

1 : DCD

2 : RXD

3 : TXD

4 : DTR

5 : SG

6 : DSR

2 2

594837261

XM2C-0912

7 : RTS

8 : CTS

9 : RI

E

1 1

1.0<Doc>

REJ10B0223-0140/Rev.1.40 Jan. 2007 Page 63 of 79

1.0<Doc>

of

of 66

66

E

D

C

P1[0:7] 1

P16

P17

VCC-BUS

VCCE

737475767778798081828384858687888990919293949596979899

1234567891011121314151617181920212223242526272829303132333435363738394041424344454647484950515253545556575859606162636465666768697071

CON2

VCCE

VCC-BUS

P94

P95

P96

P93

P9[3:7]1

AD0IN[0:15] 1,4

P0[0:7] 1

P14

P13

P12

P04

P10

P11

P07

P15

P2[0:7]1

P06

P05

P23

P22

P27

P20

P25

P24

P26

P21

P6[1:3] 1

SBI 1

P7[0:7] 1,3,5

P4[1:7] 1

P00

P01

P02

P03

P72

P71

P73

P70

P41

P43

100

101

102

103

104

105

106

107

108

109

110

111

112

113

114

115

116

117

118

119

120

121

122

123

124

125

126

127

128

129

130

131

132

133

P86A

P85

P84

P87

P83A

P82

P174

P32

P37

P31

P33

P30

P34

P35

P36

P3[0:7]1

P46

P44

P45

P47

TX17

TEST PIN(OPEN)

TX17

P225 P42

P224

P4[1:7]1

P2251

P2241

P12[4:7] 1

P11[0:7] 1,4

TEST PIN(OPEN)

TX16

TEST PIN(OPEN)

TX16

TEST PIN(OPEN)

P86A

P83A

P1741,5

P8[2:7]1,5

TXD11,5

134

P175A

TXD01,5

1

3

1

3

J20

2

P75P83

RXD2 5 RXD3 5RXD0 5

135

136

137

138

139

140

141

142

143

144

72

FX1-144S-1.27DS

TXD21,5

EXTFP3

EXTMOD03

P175A

1

3

1

3

J19

2

P175

RXD1 5CTX1 3 CRX1 3

P86AP137A P75A

1

3

1

3

J18

2

P86

P136A

1

3

1

3

J17

2

P136

Extension connector block

CAGE Code DWG NO Rev

Size

E

Sheet

M3A-2154G02A

DK30550

D

A3 <Cage Code>

Scale

Tuesday, October 10, 2006

RENESAS TECHNOLOGY CORPORATION

C

P97 1

P116

P110

P126

P127

P125

AD0IN9

AD0IN8

VCCE

737475767778798081828384858687888990919293949596979899

1234567891011121314151617181920212223242526272829303132333435363738394041424344454647484950515253545556575859606162636465666768697071

CON1

B

AVCC0 VCCE

A

AD0IN10

AD0IN12

AD0IN11

P150

P1501

AD0IN13

AD0IN14

P153

P1531

P61

AD0IN15

P63

P62

P124

100

101

102

103

104

105

106

107

108

109

P221A

P136A

P130

P135

P134

P132

P137A

P133

P131

P13[0:7]1,4

P220

P221A

P136A

P137A

RESET1,2

CTX01,3

P2201,3

P115

P111

110

111

112

TXD31,3,5

P97

P117

P112

P114

P113

1

3

1

3

J16

2

113

114

115

116

117

118

119

120

121

122

123

124

125

126

127

128

129

130

131

132

133

134

135

136

137

138

139

140

141

142

143

144

72

FX1-144S-1.27DS

P104

P101

P107

P102

P106

P103

P105

P75A

P74

P76

P75A

P7[0:7]1,3,5

P100

P77

P10[0:7]1

AVCC0

TX18

TEST PIN(OPEN)

VREF0

AD0IN0

AD0IN1

AD0IN2

AD0IN3

AD0IN5

AD0IN4

AD0IN7

AD0IN6

3

J15

AD0IN[0:15]1,4

3

J14

J14,J15,J16,J17,J18,J19,J20:Default:1-2 Short

P137

B

P83AP221A P137A P136A P86A P175A P75A

P83A

1

2

CRX0 3

P221A

1

2

P221

A

P2211 P831 P1371,4 P1361,4 P861 P1751 P751,3

4 4

3 3

2 2

1 1

3.5 Part List

A part list is pro vided in following pages for your reference.

32185/32186/32192/32195/32196 Group

Starter Kit User’s Manual M3A-2154G52B

REJ10B0223-0140/Rev.1.40 Jan. 2007 Page 64 of 79

REJ10B0223-0140/Rev.1.40 Jan. 2007 Page 65 of 79

Division in charge

Required

M3A-2154G02A

Remarks

Supply

Classification

Unit

Q’ty per

Direction

Mounting

Included as part

PLL-M3A-2154G02A ( 1 / 4 )

Title

No.

Classification

PPL-M3A-2154G02A

Part Name Part Specification

Part List

Manufacturer Name

Specification)

Part Type Name

(Drawing No.,Product

Description Part No.

Nihon Kaiheiki Mounted directly 1

BB-15AH

(right-angle type)

Nihon Kaiheiki Mounted directly 1

DR-KR10H

(right-angle type)

Special note:

1 M32R/ECU#6HL U1 M32192F8VFP Renesas Socket-mounted 1

2 M32R/ECU#6HL U1 M32186F8VFP Renesas Not mounted 0

3 Microcomputer socket U1 NQPACK144SD Tokyo eletec Mounted directly 1

4 Microcomputer socket U1 HQPACK144SD Tokyo eletec Mounted directly 1

5 Reset IC U2 M51957BFP Renesas Mounted directly 1

6 Regulator U3 LT1086CM-3.3 Linear Not mounted 0

7 CAN driver IC U4, 5 PCA82C250T Philips Mounted directly 2

8 LED driver IC U6 TC74HC540AF Toshiba Mounted directly 1

9 Decoder IC U7 TC74VHC138FT Toshiba Mounted directly 1

Handling

Created Revision

Checked

Item No.

11 RS232C driver IC U9 MAX3232CSE+ MAXIM Mounted directly 1

10 Bus switch IC U8 QS32X384Q1G IDT Mounted directly 1

12 Oscillator X1 DS0751SB-20MHz Daishinku Mounted directly 1

13 Oscillator X2 DS0751SL-10MHz Daishinku Mounted directly 1

14 Resonator Y1 CSA-20MTz(20MHz) Murata Not mounted 0

15 Switch (push type) SW1

16 Operating unit for SW1 For SW1 AT-475 (red color) Nihon Kaiheiki Mounted directly 1

17 Rotary switch SW2

(2) If two or more part type names are written for one part, the upper row has priority.

(3) The asterisk (*) in the item No. column denotes that the rest is blank.

Special note:

(1) Blank columns denote the same content as the upper row.

Remarks

REJ10B0223-0140/Rev.1.40 Jan. 2007 Page 66 of 79

Supply

Classification

Unit

Q’ty per

Required

Direction

Mounting

Manufacturer Name

Nihon Kaiheiki Mounted directly 8

Mounted directly 1

Honda Tsushin

Kogyo

Not mounted 0

Honda Tsushin

Kogyo

Mounted directly 7

Honda Tsushin

Kogyo

Mounted directly 2

Honda Tsushin

Kogyo

Not mounted 0

Honda Tsushin

Kogyo

Special note:

PLL-M3A-2154G02A ( 2 / 4 )

Specification)

Part Type Name

(Drawing No.,Product

A-13J2V

(right-angle type)

Part Name Part Specification

Description Part No.

18 Switch S0-7

Item No.

CP1-3 GRM219F11E105ZA01(1.0uF) Murata Mounted directly 3

CP4,5,8-14,20,25, GRM219F11H104ZA01(0.1uF) Murata Mounted directly 20

Laminated ceramic

capacitor

Laminated ceramic

capacitor

19 Connector CN1 S2B-XH-A J.S.T. Mfg. Not mounted 0

20 Connector CN2 S2B-XH-A J.S.T. Mfg. Mounted directly 1

21 Connector CN3 TM2REA-1208 Hirose Mounted directly 1

22 Connector CN4 XG4C-1434 Omron Mounted directly 1

23 Connector CN5 XM2C-0912 Omron Mounted directly 1

24 Connector CON1,2 FX1-144S-1.27DS Hirose Mounted directly 2

25 Connector XCN1 XG4C-1034 Omron Mounted directly 1

26 Jumper pin (4 pins) J1 FFC-4ASM1B

27 Jumper pin (3 pins) J2,3,8,10 FFC-3ASM1B

28 Jumper pin (3 pins) J14-20 FFC-3ASM1B

29 Jumper pin (2 pins) J9,11 FFC-2ASM1B

30 Jumper pin (2 pins) J4,5,6,7,12,13 FFC-2ASM1B

31 LED LED1, L0-7 SML-211UT Rohm Mounted directly 9

32 Test pin TX1,6-18 ST-1-1 Mac-Eight Not mounted 0

33 Test pin TX2-5 ST-1-1 Mac-Eight Mounted directly 4

34

35

CP27-31,C6-9

Special note:

(2) If two or more part type names are written for one part, the upper row has priority.

(3) The asterisk (*) in the item No. column denotes that the rest is blank.

(1) Blank columns denote the same content as the upper row.

Remarks

REJ10B0223-0140/Rev.1.40 Jan. 2007 Page 67 of 79

Supply

Classification

Unit

Q’ty per

Required

Direction

Mounting

Manufacturer Name

Special note:

PLL-M3A-2154G02A ( 3 / 4 )

Specification)

Part Type Name

(Drawing No.,Product

CP6,7 GRM216F11H103ZA01(0.01uF) Murata Mounted directly 2

Part Name Part Specification

Description Part No.

Laminated ceramic

capacitor

36

Item No.

CP17,21,22,26 GRM219F11H104ZA01(0.1uF) Murata Not mounted 0

CP19,24 GRM2192P1H221JZ01(220pF) Murata Mounted directly 2

Laminated ceramic

capacitor

Laminated ceramic

capacitor

37

38

C1,2 GRM40CH300J50(30pF) Murata Not mounted 0

C3 GRM21BB11H473KA01(0.047uF) Murata Mounted directly 1

C4,5 F931D106MBA(10uF) Nichicon Not mounted 0

CP15,16 F931C476MCA(47uF) Nichicon Mounted directly 2

Laminated ceramic

capacitor

Laminated ceramic

capacitor

Tantalum electrolytic

capacitor

Tantalum electrolytic

39

40

41

42

CP18,23 F931V225MBA(2.2uF) Nichicon Mounted directly 2

capacitor

Tantalum electrolytic

capacitor

43

44 Diode D1,2 MA738 Matsushita Not mounted 0

45 5% resistor array (10 KΩ) RA1 CND2B10 TBK103J(10KΩ) KOA Mounted directly 1

46 5% resistor array (33 Ω) RA2,3,11 CN2B4 TBK330J(33Ω) KOA Mounted directly 3

47 5% resistor array (100 KΩ) RA4,10 CN2B4 TBK104J(100KΩ) KOA Mounted directly 2

48 5% resistor array (100 KΩ) RA6-9 CND2B10 TBK104J(100KΩ) KOA Mounted directly 4

49 5% resistor array (1 KΩ) RA5 CND2B10 TBK102J(1KΩ) KOA Mounted directly 1

50 5% resistor (1 KΩ) R1,5,10 MCR10EZPJ102(1KΩ) Rohm Mounted directly 3

51 5% resistor (1 MΩ) R2 MCR10EZPJ105(1MΩ) Rohm Not mounted 0

52 5% resistor (0 Ω) R3,9,12,16 MCR10EZPJ000(0Ω) Rohm Mounted directly 4

53 5% resistor (0 Ω) R4 MCR10EZPJ000(0Ω) Rohm Not mounted 0

54 5% resistor (2 KΩ) R6 MCR10EZPJ202(2KΩ) Rohm Mounted directly 1

(2) If two or more part type names are written for one part, the upper row has priority.

(3) The asterisk (*) in the item No. column denotes that the rest is blank.

Special note:

(1) Blank columns denote the same content as the upper row.

Remarks

REJ10B0223-0140/Rev.1.40 Jan. 2007 Page 68 of 79

Supply

Classification

Unit

Q’ty per

Required

Direction

Mounting

Manufacturer Name

Included as part

PLL-M3A-2154G02A ( 4 / 4 )

ALPS Mounted directly 2

(SHT) - 1

Special note:

Specification)

Part Type Name

(Drawing No.,Product

Part Name Part Specification

Description Part No.

55 1% resistor (10 KΩ) R7,11,13,15,18 MCR10EZPF1002(10KΩ) Rohm Mounted directly 5

Item No.

56 5% resistor (22 KΩ) R8 MCR10EZPJ223(22KΩ) Rohm Mounted directly 1

RK09K1110B26

(right-angle type)

57 5% resistor (120 Ω) R14,17 MCR10EZPJ121(120Ω) Rohm Mounted directly 2

58 Variable resistor VOL0,1

M3A-2154G02A/G12A

(DK30550)

59 J1 compatible jumper socket J1 JM-T2W-61B JST Mounted directly 1

60 Jx compatible jumper socket J9,11,14-20 DIC208 Honda Tsushin Kogyo Mounted directly 9

61 Rubber feet TM-166-3 (black color) TOCHIGIYA - 5

62 Board

63 Power cable HTD-A4H0043 (SHT) - 1

*

64 CAN cable HTD-A4H0044 (SHT) - 2

(2) If two or more part type names are written for one part, the upper row has priority.

(3) The asterisk (*) in the item No. column denotes that the rest is blank.

Special note:

(1) Blank columns denote the same content as the upper row.

32185/32186/32192/32195/32196 Group

Starter Kit User’s Manual M3A-2154G52B

3.6 Pattern Diagram

A pattern dia gram for the board is provided in following pages for your reference.

REJ10B0223-0140/Rev.1.40 Jan. 2007 Page 69 of 79

DATESCALEDIM

REJ10B0223-0140/Rev.1.40 Jan. 2007 Page 70 of 79

M3A-2154G02A

05-10-4

/ NTS

Pattern diagram(1/6)

APPROVED

DK30552

Symbol - print - C

PROJECTION

mm

DESIGNDRAWN CHECKED

RENESAS TECHNOLOGY CORPORATION

IN

3RD ANGLE

DRAWI NG No. PG DATE ITEM DESCRIPTION MATERIAL NUMBER (MATERIAL) VOLUME

M3A-2154G02A

REJ10B0223-0140/Rev.1.40 Jan. 2007 Page 71 of 79

Pattern diagram (2/6)

DATESCALEDIM

05-10-4

APPROVED

/ NTS

DK30552

Pattern 1/4

PROJECTION

mm

DESIGNDRAWN CHECKE D

RENESAS TECHNOLOGY CORPORATION

IN

3RD ANGLE

DRA WI NG No. PG DATE ITEM DESCRIPTION MATERIAL NUMBER (MATERIAL) VOLUME

M3A-2154G02A

REJ10B0223-0140/Rev.1.40 Jan. 2007 Page 72 of 79

Pattern diagram (3/6)

DATESCALEDIM

05-10-4

APPROVED

/ NTS

DK30552

Pattern 2/4

PROJECTION

mm

DESIGNDRAWN CHECKE D

RENESAS TECHNOLOGY CORPORATION

IN

3RD ANGLE

DRA WI NG No. PG DATE ITEM DESCRIPTION MATERIAL NUMBER (MATERIAL) VOLUME

M3A-2154G02A

REJ10B0223-0140/Rev.1.40 Jan. 2007 Page 73 of 79

Pattern diagram (4/6)

DATESCALEDIM

05-10-4

APPROVED

/ NTS

DK30552

Pattern 3/4

PROJECTION

mm

DESIGNDRAWN CHECKE D

RENESAS TECHNOLOGY CORPORATION

IN

3RD ANGLE

DRA WI NG No. PG DATE ITEM DESCRIPTION MATERIAL NUMBER (MATERIAL) VOLUME

M3A-2154G02A

REJ10B0223-0140/Rev.1.40 Jan. 2007 Page 74 of 79

Pattern diagram (5/6)

DATESCALEDIM

05-10-4

APPROVED

/ NTS

DK30552

Pattern 4/4

PROJECTION

mm

DESIGNDRAWN CHECKE D

RENESAS TECHNOLOGY CORPORATION

IN

3RD ANGLE

PG DATE ITEM DESCRIPTION MATERIAL NUMBER (MATERIAL) VOLUME

DRA WI NG No.

M3A-2154G02A

REJ10B0223-0140/Rev.1.40 Jan. 2007 Page 75 of 79

Pattern diagram (6/6)

DATESCALEDIM

05-10-4

APPROVED

/ NTS

DK30552

Symbol - print - S

PROJECTION

mm

DESIGNDRAWN CHECKE D

RENESAS TECHNOLOGY CORPORATION

IN

3RD ANGLE

DRA WI NG No. PG DATE ITEM DESCRIPTION MATERIAL NUMBER (MATERIAL) VOLUME

32185/32186/32192/32195/32196 Group

Starter Kit User’s Manual M3A-2154G52B

3.7 Diagram of External Dimension

A diagram of external dimension for the board is provided in following pages for your reference.

REJ10B0223-0140/Rev.1.40 Jan. 2007 Page 76 of 79

noisnemid lanretxe fo margaiD

REJ10B0223-0140/Rev.1.40 Jan. 2007 Page 77 of 79

E MULOV

) LA

IRETAM

(

R EB MUN LAIRETAM

Remarks

Occupancy

Hole

Diameter

Hole

Symbol

Remarks

Occupancy

Detail table of Through-Hole

Hole

Diameter

Hole

Symbol

shows the hole symbol of the mounting hole.

is 3.2 mounting hole.

Hole Diameter shows the finished diameter of each hole.

[Example]

Mounting hole details

A20G4512-A3M

15503KD

mm:NOISNEMID

)1/1(

4-01-50

ETADELACSMID

DEVO

R PPA

STN /

NO I

TPI R

C S E D

I

NI

ELGNA DR3

NGISEDN

m m

NOITCEJORP

C EHC

W ARD DEK

ETAD MET

G P

. o N GNI

W AR

D

CHANGE

32185/32186/32192/32195/32196 Group

Starter Kit User’s Manual M3A-2154G52B

3.8 Setting Jumper by Cutting Pattern

Some jumpers are shorted at default condition by pattern wiring on the reverse side of printed circuit board. Case of setting the condition except for default, the following setting is required.

Note: Case that the printed circuit board is cut pattern by user, the product is except from repairable list.

3.8.1 Cutting Pattern

The pattern wiring for default condition of jumper is on the reverse side of printed circuit board. After checking the position of the jumper, cut the pattern wiring between through-holes

Zoom (J7)

Example of cutting pattern

About 0.5mm

J5 J6

Note: Cut pattern wiring

from edge of through-hole.

J8 J10

J12

J13

J3

J4

J2

Figure 3.4 Example of Cutting Pattern

Table 3.6 List of Jumper

Jumper No. Description Jumper No. Description

J2 Sets MOD1 to 0 J7 Power supply from VCCE J3 Power supply from VCCE J8

J4 Power supply from VCCE J10

Controls MOD0 by EXTMOD0, unless control MOD0 by EXTMOD0 sets MOD0 to 0 Enables reprogramming the mounted M32R/ECU’s internal flash

J5 Power supply from VCCE J12 Uses the VR control (VOL0) J6 Power supply from AVCC0 J13 Uses the VR control (VOL1)

3.8.2 Jumper Shorting

The jumper is shorted according to the condition. The example of using jumper pin is shown below.

Figure 3.5 Example of Using Jumper Pin

REJ10B0223-0140/Rev.1.40 Jan. 2007 Page 78 of 79

32185/32186/32192/32195/32196 Group

Starter Kit User’s Manual M3A-2154G52B

3.9 Description of Board Silk

The color of board silk indicates solder specification when the items on board are mounted.

Table 3.7 Difference in the Color of Board Silk

Color of board silk Solder specification when the items on board are mounted

White Using nonlead-free soldering

Yellow Using lead-free soldering

REJ10B0223-0140/Rev.1.40 Jan. 2007 Page 79 of 79

REVISION HISTORY

Rev. Date

1.00 Oct. 10, 2004 — First edition

1.30 Oct. 16, 2006 — - Added the board M3A-2154G02A product (Appendix 3)

1.40 Jan. 19, 2007 — Updated contents of the evaluation board of M3A-2152G52A User’s Manual

Page Summary

- Added the 32185 Group and the 32195 Group to the starter kit applicable microcomputer

- Updated a setup method along with the tool update (Chapter 6)

- Updated contents of CD-ROM (Appendix 1)

- Updated a diagram of the external dimension. (Appendix 3.3.7)

- Updated an external view and a block diagram (1. Overview)

- Added description of board silk (3.9 Description of Board Silk)

32185/32186/32192/32195/32196 Group Starter Kit

User’s Manual M3A-2154G52B

Description

REVISION-1

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RENESAS SALES OFFICES

Refer to "http://www.renesas.com/en/network" for the latest and detailed information. Renesas Technology America, Inc.

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http://www.renesas.com

Colophon 6.0

32185/32186/32192/32195/32196 Group

Starter Kit User’s Manual

M3A-2154G52B

Renesas 32196, 32192, 32195, 32186, 32185 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Notes regarding these materials

Precautions on Using The Product Described Herein

For Inquiries About Product Contents or This Manual

Preface

Contents

1. Overview

1.1 Outline of the Starter Kit

1.2 System Configuration

2. Contents of the Product Package

2.1 Packaged Product Items

2.2 Contents of CD-ROM

2.3 Other Necessary Items

3. Usage Precautions

3.1 Guaranteed Scope of the Starter Kit

3.2 Regarding About System Power-on Sequence when Connected to the Emulator

3.3 About M3T-CC32R

3.4 About M3T-PD32RM

3.4.1 Operating Manuals

3.4.2 About Break Operation

3.4.3 About Security Code Check Function

3.5 About Evaluation Board

3.5.1 Contact failure of IC Socket

3.5.2 Cable Connection

4. Starter Kit Usage Conditions

4.1 Ambient Conditions

4.2 Host PC Condition

4.3 Conditions for the Power Supply Used

5. Hardware Setup

5.1 M3A-2154 Evaluation Board Hardware Setup

5.1.1 M32100T-EZ-E Power Supply and Settings

5.1.2 M3A-2154 Evaluation Board Power Supply and Setting

5.1.3 Connecting M3A-2154 Evaluation Board and M32100T-EZ-E

5.1.4 Power Supply when Connecting M32100T-EZ-E

5.2 Hardware Setup when the Evaluation Board by Itself in Use

5.2.1 M3A-2154 Evaluation Board Power Supply and Settings

5.2.2 M3A-2154 Power Supply

6. Software Setup

6.1 M3T-PD32RM

6.1.1 Installing M3T-PD32RM

6.1.2 Starting M3T-PD32RM

6.1.3 Error Messages During M3T-PD32RM Startup

6.1.4 Terminating M3T-PD32RM

6.2 M3T-CC32R

6.2.1 Installing M3T-CC32R

6.2.2 Verifying Whether M3T-CC32R is Installed Normally

6.3 Browsing Electronic Manuals

Appendix 1 Contents of CD-ROM

1. Contents of CD-ROM

1.1 Acrobat

1.2 Tool

1.3 Manual

1.4 Board Related Manual (Document)

1.5 Sample Program

Appendix 2 Part List

Appendix 3 M3A-2154G02A Product Standards

1. Overview

1.1 Outline of the Product

1.2 External View

1.3 Block Diagram

1.4 Specifications of the Evaluation Board

1.4.1 Electrical Characteristics

1.4.2 Functional Characteristics

2. Functional Specifications

2.1 Configuration of the Power Supply

2.2 FP Select Circuit

2.3 MOD Select Circuit

2.4 Serial I/O Interface

2.5 Oscillator Circuit

2.6 General-purpose Output Port LED Indicators

2.7 General-purpose Input Port Control Circuit

2.8 Analog Port Input Control Circuit

2.9 CAN Interface

2.10 JTAG/NBD Interface

3. Reference Data

3.1 Jumper and Test Pin Lists

3.1.1 Jumpers