Renesas EZ-0011 User Manual

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User’s Manual

EZ-0011

LED Evaluation Board for 78K0/IB2 PFC

Target device 78K0/IB2

User's Manual

All information contained in these materials, including products and product specifications, represents information on the product at the time of publication and is subject to change by Renesas Electronics Corp. without notice. Please review the latest information published by Renesas Electronics Corp. through various means, including the Renesas Electronics Corp. website (http://www.renesas.com).

www.renesas.com

Rev.1.00 Jun 2011

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Notice

1. All information included in this document is current as of the date this document is issued. Such information, however, is subject to change without any prior notice. Before purchasing or using any Renesas Electronics products listed herein, please confirm the latest product information with a Renesas Electronics sales office. Also, please pay regular and careful attention to additional and different information to be disclosed by Renesas Electronics such as that disclosed through our website.

2. Renesas Electronics does not assume any liability for infringement of patents, copyrights, or other intellectual property rights of third parties by or arising from the use of Renesas Electronics products or technical information described in this document. No license, express, implied or otherwise, is granted hereby under any patents, copyrights or other intellectual property rights of Renesas Electronics or others.

3. You should not alter, modify, copy, or otherwise misappropriate any Renesas Electronics product, whether in whole or in part.

4. Descriptions of circuits, software and other related information in this document are provided only to illustrate the operation of semiconductor products and application examples. You are fully responsible for the incorporation of these circuits, software, and information in the design of your equipment. Renesas Electronics assumes no responsibility for any losses incurred by you or third parties arising from the use of these circuits, software, or information.

5. When exporting the products or technology described in this document, you should comply with the applicable export control laws and regulations and follow the procedures required by such laws and regulations. You should not use Renesas Electronics products or the technology described in this document for any purpose relating to military applications or use by the military, including but not limited to the development of weapons of mass destruction. Renesas Electronics products and technology may not be used for or incorporated into any products or systems whose manufacture, use, or sale is prohibited under any applicable domestic or foreign laws or regulations.

6. Renesas Electronics has used reasonable care in preparing the information included in this document, but Renesas Electronics does not warrant that such informatio n is error free. Renesas Electronics assumes no liability whatsoever for any damages incurred by you resulting from errors in or omissions from the information included herein.

7. Renesas Electronics products are classified according to the following three quality grades: “Standard”, “High Quality”, and “Specific”. The recommended applications for each Renesas Electronics product depends on the product’s quality grade, as indicated below. You must check the quality grade of each Renesas Electronics product before using it in a particular application. You may not use any Renesas Electronics product for any application categorized as “Specific” without the prior written consent of Renesas Electronics. Further, you may not use any Renesas Electronics product for any application for which it is not intended without the prior written consent of Renesas Electronics. Renesas Electronics shall not be in any way liable for any damages or losses incurred by you or third parties arising from the use of any Renesas Electronics product for an application categorized as “Specific” or for which the product is not intended where you have failed to obtain the prior written consent of Renesas Electronics. The quality grade of each Renesas Electronics product is “Standard” unless otherwise expressly specified in a Ren esas E lectronics data sheets or data books, etc.

“Standard”: Computers; office equipment; communications equipment; test and measurement equipment; audio and visual

equipment; home electron ic appliances; machine to ols; personal electronic equip ment ; and industrial robots.

“High Quality”: Transportation equipment (automobiles, trains, ships, etc.); traffic control systems; anti-disaster systems; anti-

crime systems; safety equipment; and medical equipment not specifically designed for life support.

“Specific”: Aircraft; aerospace equipment; submersible repeaters; nuclear reactor control systems; medical equipment or

systems for life support (e.g. artificial life support devices or systems), surgical implantations, or healthcare intervention (e.g. excision, etc.), and any other appli cations or purposes that pose a di rect threat to human life.

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

9. Although Renesas Electronics endeavors to improve the quality and reliability of its products, semiconductor products have specific characteristics such as t he occu rrence o f failure at a certai n rate an d malfunct io ns under cert ain u se con dition s. Further, Renesas Electronics prod ucts are not subject to radiation resistan ce design. Please be sure to implement safety measures to guard them against the possibility of physical injury, and injury or damage caused by fire in the event of the failure of a Renesas Electronics product, such as safety design for hardware and software including but not limited to redundancy, fire control and malfunction prevention, appropriate treatment for aging degradation or any other appropriate measures. Because the evaluation of microcomputer software alone is very difficult, please evaluate the safety of the final products or system manufactured by you.

10. Please contact a Renesas Electronics sales office for details as to environmental matters such as the environmental compatibility of each Renesas Electronics product. Please use Renesas Electronics products in compliance with all applicable laws and regulations that regulate the inclusion or use of controlled substances, including without limitation, the EU RoHS Directive. Renesas Electronics assumes no liability for damages or losses occurring as a result of your noncompliance with applicable laws and regulations.

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

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

(Note 1) “Renesas Electronics” as used in this document means Renesas Ele ctronics Corporation and also includes its majority-

owned subsidiaries.

(Note 2) “Renesas Electronics product(s)” means any product developed or manufactured by or for Renesas Electronics.

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Safety Precautions

This document explains matters to be noted for safe use of this evaluation board. Be sure to read this document before using this evaluation board.

Symbols Used

This document used the following symbols for matters to be observed for the safe use of the unit. The symbols are followed by a brief explanation of the possible extent of problems which may occur

if the notices are not observed.

Danger

Warning Caution

The following symbols express matters which are prohibited in order to prevent injury or accident.

General prohibition

The action mentioned is prohibited.

The user may suffer death or serious injury and it’s risk is high if the warning is not observed.

The user may suffer death or serious injury if the warning is not observed.

Human injury or property damage may occur if the caution is not observed.

Do not touch

Touching the specified location may cause injury.

Do not disassemble

Disassembly may cause a problem such as electrical shock or product failure.

Keep away from water

Use near water poses the risk of electrical shock or product failure if moisture were to contact the unit.

The following symbols are used for cautions to prevent product failure and accidents.

General caution

Unspecified general cautions.

The following symbols are used for instructions to prevent product failure and accidents.

Compulsory action based on an instruction for the user.

Flammable

A nearby flame may cause the unit to catch fire.

Caution Hot

Human injury by high temperature may occur.

Instruction to unplug from AC power supply.

Do not touch with wet hands

Touching with wet hands may cause electric shock or product failure.

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Warnings Display on Product

Danger

Do not use this board in the purpose except the evaluation of MCU.

This board is developed for Power electronics engineer and it use is only for MCU evaluation. This board does not take safety measures or anti-EMI measures required for lighting equipment and power supply unit.

Do not use this board in other countries outside Japan. This board is assumed to be used only in Japan and it may not comply with regulation or standards of any other countries except for Japan.

Do not touch to the high voltage area of the board.

Touching the board by tools or body while power is being supplied cause product failure or electric shock.

Do not touch with wet hands.

Doing so cause product failure or electrical shock.

Do not use or store this board in any of the following locations.

- Environments with copious water, humidity, steam, dust, fumes, etc.

- Environments where static electricity or electrical noise is readily generated. Such influences can lead to electric shock or product failure.

Limit the user of this board. Use glove to protect electric shock.

Warning

Be careful to burns.

The part of board becomes high temperature during AC power is connected.

Do not disassemble or modify the board.

Doing so may cause product failure, emission of smoke, fire or electric shock.

Do not heat the board or expose it to fire and do not short the terminals.

Doing so may cause product failure, generation of heat, fire or rupture.

Do not drop or jolt the board.

Doing so may break or damage the board, causing fire or electric shock.

Use AC power supply in the range of 100 VAC to 240 VAC.

Using AC power supply out of this range may cause product failure, generation of heat, fire or electric shock.

Do not plug in or unplug a connector or cable with power applied to the board.

Doing so may cause product failure, generation of heat, fire or rupture.

Do not turn on the power switch in insufficient state of each cable connection such as AC power cable, LED connection cable and interface cable.

Doing so may cause product failure, generation of heat, fire or electric shock.

Do not carry this board with connecting any cable.

Doing so may cause damage of cable and cause product failure, generation of heat, fire or electric shock.

Do not use except the AC power cable attached to this board.

Using a incompatible cable may cause product failure, generation of heat, fire or electric shock.

Do not put or leave any electrical conductor, if you open the chassis.

A conductor on the circuit of the board may cause product failure, generation of heat, fire or electric shock.

Confirm the outlet is near this board and easily unplugged.

If smoke or an abnormal smell or sound is emitted or heating occurs, promptly switch off the board power and unplug from AC power supply.

Using the board in such a state poses a risk of fire, burning or electric shock.

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Cautions Display on Product

Caution

To prevent damage due to static electricity, be careful of electrostatic charge when touching a metal part such as a connector. Electrostatic charge may cause

product failure.

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How to Use This Manual

Purpose This manual is intended to give users an understanding of the basic specifications and

correct usage of the EZ-0011.

Organization This manual is divided into the following sections.

• OVERVIEW

• SPECIFICATIONS

• USING EZ-0011

Related Documents Please use the following documents in conjunction with this manual. The related documents listed below may include preliminary versions. However,

preliminary versions are not marked as such.

Document Name Document Number EZ-0011 User's Manual This manual 78K0/Ix2 User's Manual: Hardware R01UH0010E 78K0/Ix2 Microcontrollers LED Lighting System with PFC Control APPLICATION NOTE R01AN0674E

Caution The related documents listed above are subject to change without notice. Be sure to use the latest

version of each document for designing, etc.

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

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Table of Contents

CHAPTER 1 OVERVIEW........................................................................................................................... 8

1.1 Configuration of This Product .................................................................................................... 9

1.2 Features of This Product ............................................................................................................. 9

1.3 Modes of This Product................................................................................................................. 9

1.4 Information on This Product And Related Products ................................................................ 9

CHAPTER 2 SPECIFICATIONS .............................................................................................................. 10

2.1 Appearance ................................................................................................................................. 10

2.2 Detailed Specifications .............................................................................................................. 12

2.3 Customer-supplied Items .......................................................................................................... 12

2.4 Settings of Major Switches and Connector Functions........................................................... 13

CHAPTER 3 USING EZ-0011 .................................................................................................................. 15

3.1 Preparation.................................................................................................................................. 15

3.1.1 Downloading software ......................................................................................................................15

3.1.2 Installing programming GUI for MINICUBE2 ....................................................................................15

3.1.3 Installing assembler, compiler, and integrated debugger .................................................................16

3.1.4 Installing software auto generation tool Applilet EZ for HCD ............................................................16

3.1.5 Installing DALI/DMX512 master control GUI ....................................................................................16

3.2 Writing ......................................................................................................................................... 17

3.2.1 Starting write ....................................................................................................................................17

3.3 Operation..................................................................................................................................... 18

3.3.1 Steps when communication is not used ...........................................................................................18

3.3.2 Steps when communication is used .................................................................................................19

3.4 On-chip Debug............................................................................................................................ 21

APPENDIX A CIRCUIT DIAGRAM.......................................................................................................... 23

APPENDIX B PARTS LIST...................................................................................................................... 24

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EZ-0011 CHAPTER 1 OVERVIEW

The EZ-0011(LED Evaluation Board for 78K0/IB2 PFC) is an evaluation kit for LED control that uses the 78K0/IB2

microcontroller.

This product operates with power supply of 100 - 240 VAC (50 [Hz]/60 [Hz]).

This product allows you to perform PFC control required to improve the power factor and Buck converter control (3 channels) required for dimming and toning of the LED by using the functi ons of the 78K0/IB2. It supports the software auto generation tool Applilet EZ for HCD provided by Renesas Electronics, that allo ws you to evaluate the functions of the microcontroller easily.

For writing programs to the 78K0/IB2 and on-chip debug, a separately sold on-chip debug emulator MINICUBE2 with programming functions is required.

Also, our lighting communication master evaluation board (EZ-0008) can be used to perform dimming control via DALI communication/DMX512 communication by using the GUI software on the PC. You can download the GUI software from our website.

CHAPTER 1 OVERVIEW

Figure 1-1. System Configuration

Communication master

evaluation board EZ-0008

On-chip debug emulator

MINICUBE2

Load LED (up to 3 channels)

PC for program development and evaluation

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EZ-0011 CHAPTER 1 OVERVIEW

1.1 Configuration of This Product

This product consists of the following:

- Main unit (EZ-PFCLED-002)

- Power cable

- Communication cable

Caution The product configuration is subject to change without prior notice. For details, refer to the list

attached to the product.

1.2 Features of This Product

The 78K0/IB2 enables PFC control required to improve the power factor and Buck converter control (3 channels)

required for dimming and toning of the LED.

- PFC control with the PWM timer that works with the built-in comparator

- Independent LED control of three channels with Buck converter control using the internal timer

- 100 to 240 VAC (50 [Hz]/60 [Hz]) supported

Three types of interfaces are incorporated.

- DALI communication interface

- DMX512 communication interface

- MINICUBE2 interface (for on-chip debug/flash memory write)

1.3 Modes of This Product

Various types of dimming operation can be done with the programming of the 78K0/IB2. The software auto

generation tool Applilet EZ for HCD supports 5 types of dimming operation.

- Fix dimming mode

- Variable dimming mode

- Switch dimming mode

- DALI dimming mode

- DMX512 dimming mode

1.4 Information on This Product And Related Products

For information on this product and related products, visit the following URL of Renesas Electronics.

URL: http://www2.renesas.com/micro/ja/solution/lighting/download.html

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EZ-0011 CHAPTER 2 SPECIFICATIONS

CHAPTER 2 SPECIFICATIONS

This chapter describes the specifications of this product.

2.1 Appearance

Figure 2-1. Appearance of Main Unit (1/2)

(a) Appearance of the main unit

Main unit top panel

Main unit right side

Dimming switch

(b) Main unit front side

MINICUBE2 interface

LED output connector

Housin

- Housing screws are

Main unit left side

Main unit front

scre

on the main unit top panel, front side, and left side.

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EZ-0011 CHAPTER 2 SPECIFICATIONS

Figure 2-1. Appearance of Main Unit (2/2)

Power switch

DALI/DMX512 changeover switch

DALI communication connector

DMX512 AC power supply connector

communication

connector

Power indicator LED

(d) Board appearance (interior of the main unit)

Fuse 250 [VAC]

1.6 [A]

78K0/IB2

Primary side high voltage area

Secondary side high volta

e area

Danger

Do not touch the area enclosed with RED line because of high voltage while power is being supplied.

This area is also indicated by white heavy line on the board.

Do not put or leave any electrical conductor, if you open the chassis.

A conductor on the circuit of the board may cause product failure, generation of heat, fire or electric shock.

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EZ-0011 CHAPTER 2 SPECIFICATIONS

2.2 Detailed Specifications

Main unit model name indication: EZ-PFCLED-002 Input: 100 to 240 VAC [V] (50 [Hz]/60 [Hz]) Output: 3 channels 50 VDC/ch (max.), 400 [mA]/ch (max.) Power supply fuse: 250 VAC, Fuse current 1.6 [A], 5×20 [mm] Microcontroller: 78K0/IB2 (UPD78F0756MC-CAB-AX) Critical conduction insulating type PFC circuit (controlled by the 78K0/IB2) 3 channels of Buck converter circuit (controlled by the 78K0/IB2) MINICUBE2 interface (for writing to the 78K0/IB2 and on-chip debug) DALI communication interface circuit DMX512 communication interface circuit 3 channels of dimming control switch

2.3 Customer-supplied Items

•On-chip debug emulator with programming function MINICUBE2

•LED load Supply LED loads with the following specifications.

Voltage: 50 [V] or less per channel Current: 400 [mA] or less per channel

Caution Depending on the characteristics of the load, input voltage, and program algorithm, intended

output characteristics may not be obtained even within the ratings above. When a program created with the auto generation tool Applilet EZ for HCD is used, dimming operation of the main unit may stop due to overvoltage or overcurrent. If intended output characteristics cannot be obtained or if dimming operation stops in the program created with Applilet EZ for HCD, review the characteristics of the load, input voltage, and program algorithm, etc.

•LED load connection cable Use a cable that can withstand the voltage and current applied to the LED load used.

•Lighting communication master evaluation board (EZ-0008) It is required for evaluation of the DALI communication/DMX512 communication.

Warning

Use AC power supply in the range of 100 VAC to 240 VAC.

Using AC power supply out of this range may cause product failure, generation of heat, fire or electric shock.

When connecting the LED load to this product, the user must be responsible for performing work and connection of wiring properly to avoid defective connection.

Improper wiring work or connection may cause failure, heat generation, fire, or electric shock.

Use wires that have the ratings of the LED load complying with the safety standard or better to connect the LED load.

Using nonconforming items or items that do not satisfy the ratings may cause failure, heat generation, fire, or electric shock.

For the circuit diagram of the EZ-0011, refer to APPENDIX A CIRCUIT DIAGRAM.

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EZ-0011 CHAPTER 2 SPECIFICATIONS

2.4 Settings of Major Switches and Connector Functions

Table 2-1 Power Switch Setting

ON OFF

Power switch Power ON Power OFF

Table 2-2 DALI/DMX512 Changeover Switch Setting

Position Communication interface selected DALI DALI communication interface DMX DMX512 communication interface

Table 2-3 DMX512 Communication Connector

Terminal Function GND GND terminal for DMX512 communication + DMX512 communication data positive terminal

- DMX512 communication data negative terminal

Figure 2-2 Connection Examples for DALI Communication/DMX512 Communication (with EZ-0008 Board)

(a) Connection for DMX512 communication

AC power supply

AC power suppl

G+

(b) Connection for DALI communication

EZ-PFCLED-002

EZ-0008

EZ- PFCLED-002

EZ-0008

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EZ-0011 CHAPTER 2 SPECIFICATIONS

Table 2-4 Dimming Switch Setting and Microcontroller Connection Destination Port

Switch

SW1 Starting of auto-tuning

Dimming setting for LED channel 1 SW2 Dimming setting for LED channel 2 P36 SW3 Dimming setting for LED channel 3 P37

Note The switch functions are the functions in the program created with the software auto generation tool

Applilet EZ for HCD.

Table 2-5 Functions of LED Output Connectors

Terminal 1+ Output terminal of channel 1 (+) 1- Output terminal of channel 1 (-) 2+ Output terminal of channel 2 (+) 2- Output terminal of channel 2 (-) 3+ Output terminal of channel 3 (+) 3- Output terminal of channel 3 (-)

Note When connecting the LED load to the output, connect the anode side of the LED to the output

terminal (+) side, and the cathode side to the output terminal (-) side.

Figure 2-3 Example of LED Output Connector Terminal Layout and LED Connection

Function

Note

Function

Note

Destination port

P35

Warning

Do not plug in or unplug a connector or cable with power applied to the board.

Doing so may cause product failure, generation of heat, fire or rupture.

Do not carry this board with connecting any cable.

Doing so may cause damage of cable and cause product failure, generation of heat, fire or electric shock.

When connecting the LED load to this product, the user must be responsible for performing work and connection of wiring properly to avoid defective connection.

Improper wiring work or connection may cause failure, heat generation, fire, or electric shock.

Use wires that have the ratings of the LED load complying with the safety standard or better to connect the LED load.

Using nonconforming items or items that do not satisfy the ratings may cause failure, heat generation, fire, or electric shock.

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EZ-0011 CHAPTER 3 USING EZ-0011

CHAPTER 3 USING EZ-0011

3.1 Preparation

3.1.1 Downloading software

To perform development and evaluation of software using this product, the following software is required.

•Assembler for 78K0 core (RA78K0)

•Compiler for 78K0 core (CC78K0)

•Device file (DF780756)

•Parameter (PRM78F0756)

•Integrated debugger (ID78K0-QB)

•Programming GUI for MINICUBE2 (QB-Programmer)

•Software auto generation tool (Applilet EZ for HCD)

To perform evaluation of DALI communication/DMX512 communication using the lighting communication master

evaluation board (EZ-0008), the following software is required in addition to the above.

•Windows device driver for the EZ board

•DALI master controller GUI

•DMX512 master controller GUI

Please download the software from the respective download pages for the EZ-0011 and EZ-0008 at the following URL.

URL: http://www2.renesas.com/micro/ja/solution/lighting/download.html

3.1.2 Installing programming GUI for MINICUBE2

To write programs to the 78K0/IB2 on this product, the programming GUI for MINICUBE2 (QB-Programmer) is required.

Install it to the PC in the following steps.

Caution To use the programming GUI, a separate parameter file is required. For the actual steps for write

operation, refer to the QB-Programmer User's Manual (U18527E)

<1> Download the QB-Programmer from the download page for the EZ-0011. <2> Click the installer file qbp_vxxx_j.exe to execute it. ("xxx" indicates the version.) <3> Follow the instructions of the installer. Read the license agreement, and continue the installation if it is OK.

When the QB-Programmer is installed by default setting, the driver for MINICUBE2 is also instaled.

3.1.3 Installing assembler, compiler, and integrated debugger

To perform program development and on-chip debugging for the 78K0/IB2 on this product, the assembler, compiler, and

integrated debugger are required. Install them to the PC in the following steps.

<1> Download the assembler (RA78K0), compiler (CC78K0), and integrated debugger (ID78K0-QB) from the

download page for the EZ-0011. <2> Click the assembler installer file ra78k0_wxxx_j.exe to execute it. ("xxx" indicates the version.) <3> Follow the instructions of the installer. Read the license agreement, and continue the installation if it is OK. <4> When the assembler is installed, the integrated development environment (PM+) is also installed. <5> Similarly, install the compiler (installer file name: cc78k0_wxxxj.exe) and integrated debugger (installer file

name: id78k0-qb_v320_j.exe). <6> Decompress the device file (compressed file name: df780756_vxxx.zip), and install it with the device file

installer.

(For details, refer to the help of the device file installer.)

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EZ-0011 CHAPTER 3 USING EZ-0011

3.1.4 Installing software auto generation tool Applilet EZ for HCD

The software auto generation tool Applilet EZ for HCD is provided for easy evaluation of the functions of this product.

Files generated by his application can also be used as sample programs. Install it to the PC in the following steps.

Caution To use this software, the assembler (RA78K0) and complier (CC78K0) are required.

<1> Download the Applilet EZ for HCD from the download page for the EZ-0011. <2> Decompress the compressed file AppliletEZforHCD_VxxxJ.zip, and execute the installer file

AppliletEZforHCD_VxxxJ.msi. (("xxx" indicates the version.) <3> Follow the instructions of the installer. Read the license agreement, and continue the installation if it is OK.

3.1.5 Installing DALI/DMX512 master control GUI

To perform dimming control via DALI communication/DMX512 communication, our “lighting communication master

evaluation board (EZ-0008)” and GUI can be used for easy evaluation.

For the lighting communication master evaluation board (EZ-0008), refer to Lighting Communication Master Evaluation

Board (EZ-0008) Quick Start Guide (Document No.: ZUD-CE-09-0018).

For details and installation method of the DALI master controller GUI, refer to DALI Master Controller GUI User's Manual

(Document No.: U19607). For details and installation method of the DMX512 master controller GUI, refer to DMX512 Master Controller GUI User's Manual (U19596E).

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EZ-0011 CHAPTER 3 USING EZ-0011

3.2 Writing

This section describes how to write a generated program (hex file) to the 78K0/IB2 installed on this product.

3.2.1 Starting write

<1> Set the mode selection switch of MINICUBE2 to M2 (select the 78K0 microcontroller), and set the power

supply selection switch to T (use the power supply of the target system). Connect it to the PC using the USB

cable. <2> Make sure that the power supply of the main unit is off, and connect MINICUBE2 to the main unit. <3> Connect the power cable to the main unit, and connect it to the receptacle. <4> Turn the power switch of the main unit to the ON position to supply AC power. <5> Check that the power indicator LED is on.

Figure 3-1. Connection for Write

PC used for writing

16-pin cable attached to

USB cable

MINICUBE2

<6> Start the programmer GUI (QB-Programmer) on the PC. <7> Set the parameter file 78F0756.prm on the Setup screen of the QB-Programmer. <8> Load the hex file to write. <9> Execute “Blank check”→”Erase”→”Program”→”Verify” separately, or execute ”Autoprocedure” to perform

erasure and write. <10> Exit from the QB-Programmer. <11> Turn the power switch of the main unit to the OFF position to stop the AC power supply. <12> Disconnect the USB connection between the PC and MINICUBE2, and remove MINICUBE2 from the main

unit.

Danger

Do not touch to the high voltage area of the board.

Touching the board by tools or body while power is being supplied cause product failure or electric shock.

Do not touch with wet hands.

Doing so cause product failure or electrical shock.

Do not turn on the power switch in insufficient state of each cab le connection such as AC power cable, LED connection cable and interface cable.

Doing so may cause product failure, generation of heat, fire or electric shock.

Confirm the outlet is near this board and easily unplugged.

If smoke or an abnormal smell or sound is emitted or heating occurs, promptly switch off the board power and unplug from AC power supply.

Using the board in such a state poses a risk of fire, burning or electric shock.

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EZ-0011 CHAPTER 3 USING EZ-0011

3.3 Operation

This section describes how to operate the program written to this product. For information on how to write a program, refer to "3.2 Writing."

3.3.1 Steps when communication is not used

<1> Make sure that the power supply of the main unit is off, and connect the load to the LED output connector. <2> Connect the power cable to the main unit, and connect it to the receptacle. <3> Turn the power switch of the main unit to the ON position to supply AC power. The program written to the

microcontroller starts to operate.

Caution For programs created with the Applilet EZ for HCD, auto tuning operation is required before

performing the selected dimming operation. Parameters of preview control are obtained in auto tuning, so voltage is applied to the load up to the preset current.

To start auto tuning, press the dimmin g switch (SW1). When auto tuning is complete,

communication operation starts.

<4> When the evaluation is finished, turn the power switch of the main unit to the OFF position to stop the AC

power supply.

Figure 3-2. Example of Connection When Communication Is Not Performed

Load (LED)

Danger

Do not touch to the high voltage area of the board.

Touching the board by tools or body while power is being supplied cause product failure or electric

shock.

Do not touch with wet hands.

Doing so cause product failure or electrical shock.

Do not turn on the power switch in insufficient state of each cab le connection such as AC power cable, LED connection cable and interface cable.

Doing so may cause product failure, generation of heat, fire or electric shock.

Confirm the outlet is near this board and easily unplugged.

If smoke or an abnormal smell or sound is emitted or heating occurs, promptly switch off the board power and unplug from AC power supply.

Using the board in such a state poses a risk of fire, burning or electric shock.

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EZ-0011 CHAPTER 3 USING EZ-0011

3.3.2 Steps when communication is used

This product has the DALI communication and DMX512 communication circuits. By using the serial interface

UART6/DALI incorporated on the 78K0/IB2, slave operation of DALI communication and DMX512 communication can be

achieved. To use communication, connection is required according to the communication method. This section describes

the steps in which the lighting communication master evaluation board (EZ-0008) is used.

<1> Make sure that the power supply of the main unit is off, and connect the load to the LED output connector. <2> Connect the main unit and EZ-0008 with a cable. Connection varies depending on the communication method.

For details, refer to Figure 3-3. <3> Adjust the DALI/DMX512 changeover switch to the communication to be used. <4> Connect the EZ-0008 to the PC. <5> Connect the power cable to the main unit, and connect it to the receptacle. <6> Turn the power switch of the main unit to the ON position to supply AC power. The program written to the

microcontroller starts to operate.

Caution For programs created with the Applilet EZ for HCD, auto tuning operation is required before

performing the selected dimming operation. Parameters of preview control are obtained in auto tuning, so voltage is applied to the load up to the preset current. To start auto tuning, press the dimming switch (SW1). When auto tuning is complete, communication operation starts.

<7> Start the DALI master controller GUI or DMX512 master controller GUI on the PC to start evaluation. <8> When the evaluation is finished, turn the power switch of the main unit to the OFF position to stop the AC

power supply.

Figure 3-3 Connection Examples for DALI Communication/DMX512 Communication (with EZ-0008 Board)

(a) Connection for DMX512 communication

AC power supply

G+

(b) Connection for DALI communication

EZ- PFCLED-002

EZ-0008

R20UT0702EJ0100 Rev. 1.00 Page 19 of 30 Jun 20, 2011

Page 20

EZ-0011 CHAPTER 3 USING EZ-0011

Danger

Do not touch to the high voltage area of the board.

Touching the board by tools or body while power is being supplied cause product failure or electric

shock.

Do not touch with wet hands.

Doing so cause product failure or electrical shock.

Do not turn on the power switch in insufficient state of each cab le connection such as AC power cable, LED connection cable and interface cable.

Doing so may cause product failure, generation of heat, fire or electric shock.

Confirm the outlet is near this board and easily unplugged.

If smoke or an abnormal smell or sound is emitted or heating occurs, promptly switch off the board power and unplug from AC power supply.

Using the board in such a state poses a risk of fire, burning or electric shock.

R20UT0702EJ0100 Rev. 1.00 Page 20 of 30 Jun 20, 2011

Page 21

EZ-0011 CHAPTER 3 USING EZ-0011

3.4 On-chip Debug

The 78K0/IB2 installed on this product supports the on-chip debug function. MINICUBE2 is required for on-chip

debugging. This section describes the procedure for on-chip debugging.

<1> Make sure that the power supply of the main unit is off, and connect MINICUBE2 to the main unit. <2> Set the mode selection switch of MINICUBE2 to M2 (select the 78K0 microcontroller), and set the power

supply selection switch to T (use the power supply of the target system). Connect it to the PC using the USB

cable. <3> Connect the power cable to the main unit, and connect it to the receptacle. <4> Turn the power switch of the main unit to the ON position to supply AC power. <5> Check that the power indicator LED is on.

Figure 3-4. Connection for On-chip Debugging

PC for program

development

and evaluation

<6> Start the integrated debugger (ID78K0-QB) on the PC.

The on-chip debug function can be used for evaluation by operating the ID78K0-QB. <7> When the evaluation is finished, exit from the ID78K0-QB. <8> Turn the power switch of the main unit to the OFF position to stop the AC power supply.

On-chip debug emulator

MINICUBE2

Cautions 1. To use the on-chip debug function, memory space must be reserved in the 78K0/IB2 in

advance. When our compiler is used, this setting can be done with the linker option. To use the on-chip debug function, select the "On-chip debug[-go](C)" check box in the linker option to specify the size. If the pseudo real-time RAM monitor (RRM) function is not used, reserve 256 bytes as a debugging monitor area.

R20UT0702EJ0100 Rev. 1.00 Page 21 of 30 Jun 20, 2011

Page 22

EZ-0011 CHAPTER 3 USING EZ-0011

Figure 3-5. Linker Option Setting

Cautions 2. When performing debugging with the on-chip debug function, be careful of the positions and

timing for step executions and breaks. Stopping the PFC circuit or Buck converter abruptly may damage the circuit elements on the board due to overvoltage or overcurrent, resulting in smoke or fire in the worst case. Especially, do not set any break for the Peripheral Break function because it stops the timer for PFC and Buck converters upon a break.

Danger

Do not touch to the high voltage area of the board.

Touching the board by tools or body while power is being supplied cause product failure or electric

shock.

Do not touch with wet hands.

Doing so cause product failure or electrical shock.

Do not turn on the power switch in insufficient state of each cab le connection such as AC power cable, LED connection cable and interface cable.

Doing so may cause product failure, generation of heat, fire or electric shock.

Confirm the outlet is near this board and easily unplugged.

If smoke or an abnormal smell or sound is emitted or heating occurs, promptly switch off the board power and unplug from AC power supply.

Using the board in such a state poses a risk of fire, burning or electric shock.

R20UT0702EJ0100 Rev. 1.00 Page 22 of 30 Jun 20, 2011

Page 23

EZ-0011 APPENDIX A CIRCUIT DIAGRAM

TPLED1

L41

R42

R50

R51

510k

C43

80V 27u

820u

D41

CB863-15

B A

Q41

2SK2055

C41

100V 56uF

PFCO

R36

R37

510k

1-2+2-3+3-

LED

R43

0.1u

C42

4.7 2W

TP3

27k

FB_CLED1

TP1

FB_VLED1

+12V

12V

27k

ML-800S1H-6P

CN2

R45

TPLED2

R52

R53

510k

C46

L42

820u

80V 27u

D42

CB863-15

D C

Q42

2SK2055

C44

100V 56uF

+5V

ON/OFF

U21

VOUT3VSS1VIN

S-812C50BMC-C5E-G

APPENDIX A CIRCUIT DIAGRAM

R46

0.1u

C45

TP2

4.7 2W TPLED3

27k

TP29

GND1 GND2 GND3 GND4

0.1u

C26 C25

0.1u

R54

510k

FB_CLED2

C49

L43

820u

FB_VLED2

80V 27u

D43

CB863-15

Q43

2SK2055

C47

100V 56uF

DALI

R49

0.1u

C48

R48

TP25

4.7 2W

R55

27k

FB_CLED3

TP30

FB_VLED3

F E

DB501

S1NB60-7102

+5V

PC501

D501

R512

PC502

+5V

SW4

SSSF121900

2 135 4

TP5

TP4

RxD

TxD

ML-800S1H-2P

CN502

1.2K

R508

PS2561AL-1

330

R509

3.3K

R510

22u

C503

RB160M-90

4.7

Q501

R513

11K

2SC2412KR

ZD501

RD2.7S

PS2561AL-1

10K

R515

10k

R516

GND+-

DMX

ML-800S1H-3P

CN503

120

R517

+5V

B7A

VCC

GND

U502

R1RE2DE3D

SN75176BDE4

+5V

10K

R519

R518

R304

R302

R301

D301

CB863-15

+12V

1.0

Rev

of 1

EZ-0011V1

Document Numbe r

78K0/IB2 LED Lighting with PFC Evaluation Board

Size

Title

Date: Thursday, November 25, 2010 Sheet 1

RB160M-90

D303

2SC5865

R305

Q303

Q304

2SA2092

220

R306

220

6.8K

R308

3.3

R307

2SK4147

Q307

C304

0.47u R317

R309

2SC2412KR

Q308

10K

R320

D306

10K

R319

RB160M-90

TP20

C21

100V 120uF

D21

EA31FS4-F

LEAD

9,10

7,8

078-T001B

1,2

4,5

450V 1u

078-T003

D26

RB160M-90

DB1

LN4SB60

1234

LF2

UF1717V-600Y1R2-03

250V 0.22u

2kV 1n

1234

LF1

UF1717V-201Y1R6-01

250V 0.22u

SW5

2 3

SLE210K4-6

ABCDEFGHIJ K

1.6A 250V 213

AC 100～240V

D24

10k

R34

RB160M-90

R40

820

R35

D27

C22

D1FJ10

RB160M-90

4.3k

+5V

25V 100uF

D23

RB160M-90

078-T002

135

10k

13k

C10

400V 10u

S5S6S7S

FB1BP/M2D

2SA2092

500V 470p

430k

ZD1

D1N60

RD150S

Q22

2SK4035

AC_PULSE

TP18

Q21

2SC2412KR

R22

10k

20k

R21

PC1

PS2561AL-1

2 3

RB160M-90

Primary Side

LNK613DG-TL

D1FK60

16V 47u

R23

0.1u

C28

+5V

Q23

Q24

2SC5865

2SA2092

100

R24

R25

100k

TP19

DR_PFC

LED1

+5V

Secondary Side

Power Indicator

D22

RB160M-90

2SK3017

RB160M-90

3 9

R26

+12V

C27

0.1u

47kR447k

D1N60

MOV

ERZV10D511

CN1

M1907-A

SLR-332MG

U501

330

R38

100

R31

C24

25V 47uF

33k

R32

12k

TP24

R39

FB_VIN

TP21

+5V

TP22

FB_VOUTRxD

FB_VIN

FB_VLED2

FB_VLED3

FB_CLED3

ZCD

AVSS

AVREF

ANI7/P2729ANI8/P70

ANI0/P20/AMP0-

ANI1/P21/AMPOUT/PGAIN

UPD78F0756MC-CAB-AX

ANI6/P26/CMPCOM1ANI5/P25/CMP1+2ANI4/P24/CMP0+3P122/X2/EXCLK/TOOLD08REGC10VSS11VDD12P37/SO1113P35/SCK1115P36/SI11

TxD

FB_VLED1

FB_CLED2

FB_CLED1

TP6

+5V +5V

+5V

P01/TO00/TI010

P00/TI000/INTP022ANI3/P23/CMP2+23ANI2/P22/AMP0+

P121/X1/INTP0/TOOLC09P02/SSI11/INTP56RESET/P1257P60/SCLA0/TxD64P61/SDAA0/RxD6

+5V

10k

D25

RB160M-90

Q25

R33

2SC2412KR

TP23

DR_LED1

DR_LED3

DR_PFC

AC_PULSE

P33/TOX10

P30/TOH1/TI51/INTP1

P31/TOX00/INTP2/TOOLC1

P32/TOX01/INTP3/TOOLD1

C502

C501

10K

R504

R502

R501

ZCD

DR_LED2

P34/TOX11/INTP4

SKHHLQA010

SW1

TP15

0.1u

1516

TP26

FB_VOUT

SKHHLQA010SW3

SKHHLQA010SW2

TP13

TP14

+5V

HIF3F-16PA-2.54DS

CN501

10K

R503

R204

R202

R201

D201

CB863-15

+12V

R104

R102

R101

D101

CB863-15

+12V

2SC5865

R205

Q203

Q204

2SA2092

220

R206

220

2SC5865

R105

Q103

Q104

2SA2092

220

R106

220

DR_LED3

RB160M-90

D203

6.8K

R208

3.3

R207

2SK4147

Q207

C204

0.47u

R217

R209

2SC2412KR

Q208

10K

R220

D206

10K

R219

RB160M-90

TP16TP17

DR_LED2

RB160M-90

D103

6.8K

R108

3.3

R107

2SK4147

Q107

C104

0.47u R117

R109

2SC2412KR

Q108

10K

R120

D106

10K

R119

RB160M-90

DR_LED1

ABCDEFGHIJ K

R20UT0702EJ0100 Rev. 1.00 Page 23 of 30 Jun 20, 2011

Page 24

pler

EZ-0011 APPENDIX B PARTS LIST

APPENDIX B PARTS LIST

Table B-1. Parts List (1/4)

Part Part No. Item name Manufacture

PC 1 Photocou PC 501 Photocou PC 502 Photocou

Q 22 Power MOSFET Renesas Electronics 2SK4035 Q 41 Power MOSFET Renesas Electronics 2SK2055 Q 42 Power MOSFET Renesas Electronics 2SK2055 Q 43 Power MOSFET Renesas Electronics 2SK2055 Q 107 Power MOSFET Renesas Electronics 2SK4147 Q 207 Power MOSFET Renesas Electronics 2SK4147 Q 307 Power MOSFET Renesas Electronics 2SK4147

U 501 CPU Renesas Electronics UPD78F0756MC-CAB-AX ZD 1 Zener diode Renesas Electronics RD150S

ZD 501 Zener diode Renesas Electronics RD2.7S

SW 5 Rocker switch Fu

TP 1 Test ta TP 2 Test ta TP 3 Test ta TP 4 Test ta TP 5 Test ta TP 6 Test ta TP 13 Test ta TP 14 Test ta TP 15 Test ta TP 16 Test ta TP 17 Test ta TP 18 Test ta TP 19 Test ta TP 20 Test ta TP 21 Test ta TP 22 Test ta TP 23 Test ta TP 24 Test ta TP 25 Test ta TP 26 Test ta TP 29 Test ta

TP 30 Test ta TPLED 1 Test ta TPLED 2 Test ta TPLED 3 Test ta

GND 1 Test ta GND 2 Test ta GND 3 Test ta GND 4 Test ta

PFCO Test ta

12V Test ta

5V Test ta

C 3 Ceramic ca C 4 Ceramic ca C 8 Ceramic ca C 9 Multila C 25 Multila C 26 Multila C 27 Multila C 28 Multila C 42 Multila C 45 Multila C 48 Multila C 104 Multila C 204 Multila C 304 Multila C 501 Multila C 502 Multila C 503 Multila Q 1 Power MOSFET Toshiba 2SK3017 F 1 Fuse holde

er ceramic capacito er ceramic capacito er ceramic capacito er ceramic capacito er ceramic capacito er ceramic capacito er ceramic capacito er ceramic capacito er ceramic capacito er ceramic capacito er ceramic capacito er ceramic capacito er ceramic capacito er ceramic capacito

acito acito acito

Renesas Electronics PS2561AL-1 Renesas Electronics PS2561AL-1 Renesas Electronics PS2561AL-1

isoku SLE210K4-6 Mac8 LC-2-G-Skyblue Mac8 LC-2-G-Skyblue Mac8 LC-2-G-Skyblue Mac8 LC-2-G-Skyblue Mac8 LC-2-G-Skyblue Mac8 LC-2-G-Skyblue Mac8 LC-2-G-Skyblue Mac8 LC-2-G-Skyblue Mac8 LC-2-G-Skyblue Mac8 LC-2-G-Skyblue Mac8 LC-2-G-Skyblue Mac8 LC-2-G-Skyblue Mac8 LC-2-G-Skyblue Mac8 LC-2-G-Skyblue Mac8 LC-2-G-Skyblue Mac8 LC-2-G-Skyblue Mac8 LC-2-G-Skyblue Mac8 LC-2-G-Skyblue Mac8 LC-2-G-Skyblue Mac8 LC-2-G-Skyblue Mac8 LC-2-G-Skyblue Mac8 LC-2-G-Skyblue Mac8 LC-2-G-Skyblue Mac8 LC-2-G-Skyblue Mac8 LC-2-G-Skyblue Mac8 LC-2-G-Black Mac8 LC-2-G-Black Mac8 LC-2-G-Black Mac8 LC-2-G-Black Mac8 LC-2-G-Red Mac8 LC-2-G-Red Mac8 LC-2-G-Red

Murata Manufacturin Murata Manufacturin Murata Manufacturin Murata Manufacturin Murata Manufacturin Murata Manufacturin Murata Manufacturin Murata Manufacturin Murata Manufacturin Murata Manufacturin Murata Manufacturin Murata Manufacturin Murata Manufacturin Murata Manufacturin Murata Manufacturin Murata Manufacturin Murata Manufacturin

BULGIN FX0321

Model No. or Drawing No.

DEHR33D102KB3B DEHR33D102KB3B DEHC32H471KA2B

GRM32EB31C476ME15

GRM188B31H104KA92 GRM188B31H104KA92 GRM188B31H104KA92 GRM188B31H104KA92 GRM188B31H104KA92 GRM188B31H104KA92

GRM188B31H104KA92 GRM31MR71H474KA01 GRM31MR71H474KA01 GRM31MR71H474KA01

GRM188B31H104KA92

GRM188B31C105KA92 GRM32EC81E226ME15

R20UT0702EJ0100 Rev. 1.00 Page 24 of 30 Jun 20, 2011

Page 25

(

])

pply

p typ

EZ-0011 APPENDIX B PARTS LIST

Table B-1. Parts List (2/4)

Part Part No. Item name Manufacture

U1 Power su LF 1 Common mode choke TDK UF1717V-201Y1R6-01 LF 2 Common mode choke TDK UF1717V-300Y1R2-03

U 502 Interface IC Texas Instruments SN75176BDE4

SW 1 Push t SW 2 Push t SW 3 Push t SW 4 Slide switch Al

R2 Chi

R3 Chi

R4 Chi

R5 Chi

R6 Chi

R7 Chi

R8 Chi

R21 Chi

R22 Chi

R23 Chi

R24 Chi

R25 Chi

R26 Chi

R31 Chi

R32 Chi

R33 Chi

R34 Chi

R35 Chi

R36 Chi

R37 Chi

R38 Chi

R39 Chi

R40 Chi

R 42 Metal oxide film resisto

R43 Chi

R 45 Metal oxide film resisto

R46 Chi

R 48 Metal oxide film resisto

R49 Chi

R50 Chi

R51 Chi

R52 Chi

R53 Chi

R54 Chi

R55 Chi

R 101 Chi

R 102 Chi

R 104 Chi

R 105 Chi

R 106 Chi

R 107 Chi

R 108 Chi

R 109 Chi

R 117 Chi

R 119 Chi

R 120 Chi

R 201 Chi

R 202 Chi

R 204 Chi

R 205 Chi

R 206 Chi

R 207 Chi

R 208 Chi

R 209 Chi

R 217 Chi

R 219 Chi

R 220 Chi

R 301 Chi

R 302 Chi

Fuse holder cove

AC250[V]1.6[A

Fuse

e switch Alps Electric SKHHLQA010 e switch Alps Electric SKHHLQA010 e switch Alps Electric SKHHLQA010

e resisto e resisto e resisto e resisto e resisto e resisto e resisto e resisto e resisto e resisto e resisto e resisto e resisto e resisto e resisto e resisto e resisto e resisto e resisto e resisto e resisto e resisto e resisto

e resisto e resisto e resisto

IC Power Integrations LNK613DG-TL

BULGIN 12760

Littlefuse 021701.6HXP

s Electric SSSF121900

KOA RK73H2ATTD10R0F KOA RK73H2ATTD1001F KOA RK73H2BTTD4702F KOA RK73H2BTTD4702F KOA RK73H2ATTD1302F KOA RK73H2ATTD1002F KOA RK73H2BTTD4303F KOA RK73H2ATTD2002F KOA RK73H2ATTD1002F KOA RK73H2ATTD33R0F KOA RK73H2ATTD1000F KOA RK73H2ATTD1003F KOA RK73H2ATTD4301F KOA RK73H2ATTD1000F KOA RK73H2ATTD3302F KOA RK73H2ATTD1001F KOA RK73H2ATTD1002F KOA RK73H2ATTD1002F KOA RK73H2ATTD5103F KOA RK73H2ATTD2702F KOA RK73H2ATTD3300F KOA RK73H2ATTD1202F KOA RK73H2ATTD8200F KOA SL2TBK4R7J KOA RK73H2ATTD1001F KOA SL2TBK4R7J KOA RK73H2ATTD1001F KOA SL2TBK4R7J KOA RK73H2ATTD1001F KOA RK73H2ATTD5103F KOA RK73H2ATTD2702F KOA RK73H2ATTD5103F KOA RK73H2ATTD2702F KOA RK73H2ATTD5103F KOA RK73H2ATTD2702F KOA RK73H2ATTD10R0F KOA RK73H2ATTD2001F KOA RK73H2ATTD2200F KOA RK73H2ATTD10R0F KOA RK73H2ATTD2200F KOA RK73B2ATTD3R3J KOA RK73H2ATTD6801F KOA RK73H2ATTD1001F KOA RK73H2ATTD51R0F KOA RK73H2ATTD1002F KOA RK73H2ATTD1002F KOA RK73H2ATTD10R0F KOA RK73H2ATTD2001F KOA RK73H2ATTD2200F KOA RK73H2ATTD10R0F KOA RK73H2ATTD2200F KOA RK73B2ATTD3R3J KOA RK73H2ATTD6801F KOA RK73H2ATTD1001F KOA RK73H2ATTD51R0F KOA RK73H2ATTD1002F KOA RK73H2ATTD1002F KOA RK73H2ATTD10R0F KOA RK73H2ATTD2001F

Model No. or Drawing No.

R20UT0702EJ0100 Rev. 1.00 Page 25 of 30 Jun 20, 2011

Page 26

p typ

pply

EZ-0011 APPENDIX B PARTS LIST

Table B-1. Parts List (3/4)

Part Part No. Item name Manufacture

R 304 Chi

R 305 Chi

R 306 Chi

R 307 Chi

R 308 Chi

R 309 Chi

R 317 Chi

R 319 Chi

R 320 Chi

R 501 Chi

R 502 Chi

R 503 Chi

R 504 Chi

R 508 Chi

R 509 Chi

R 510 Chi

R 512 Chi

R 513 Chi

R 515 Chi

R 516 Chi

R 517 Chi

R 518 Chi

R 519 Chi

CN 2 Connecto CN 502 Screwless terminal block Sato Parts ML-800-S1H-2P CN 503 Screwless terminal block Sato Parts ML-800-S1H-3P

L 41 Coil Sumida Cor

L 42 Coil Sumida Cor

L 43 Coil Sumida Cor

U 21 Power su

CN 1 AC inlet 3-terminal connecto

C 1 Film ca

C 2 Film ca

MOV Absorbe

CN 501 Strai

T 1 Transforme

T 2 Transforme

T 3 Transforme

D 2 Schottk

D 3 Schottk

D 4 Schottk

D 9 Schottk

D 22 Schottk

D 23 Schottk

D 24 Schottk

D 25 Schottk

D 26 Schottk

D 103 Schottk

D 106 Schottk

D 203 Schottk

D 206 Schottk

D 303 Schottk

D 306 Schottk

D 501 Schottk

LED 1 LED Rohm SLR-332MG

Q 2 Transisto

Q 21 Transisto

Q 23 Transisto

Q 24 Transisto

Q 25 Transisto

Q 103 Transisto

Q 104 Transisto

Q 108 Transisto

Q 203 Transisto

Q 204 Transisto

Q 208 Transisto

Q 303 Transisto

Q 304 Transisto

Q 308 Transisto

Q 501 Transisto

D 6 Fast recover

IC Seiko Instruments S-812C50BMC-C5E-G

acito acito

ht type pin heade

Barrier diode Rohm RB160M-90 Barrier diode Rohm RB160M-90 Barrier diode Rohm RB160M-90 Barrier diode Rohm RB160M-90 Barrier diode Rohm RB160M-90 Barrier diode Rohm RB160M-90 Barrier diode Rohm RB160M-90 Barrier diode Rohm RB160M-90 Barrier diode Rohm RB160M-90 Barrier diode Rohm RB160M-90 Barrier diode Rohm RB160M-90 Barrier diode Rohm RB160M-90 Barrier diode Rohm RB160M-90 Barrier diode Rohm RB160M-90 Barrier diode Rohm RB160M-90 Barrier diode Rohm RB160M-90

diode Shindengen Electric Manufacturin

KOA RK73H2ATTD2200F KOA RK73H2ATTD10R0F KOA RK73H2ATTD2200F KOA RK73B2ATTD3R3J KOA RK73H2ATTD6801F KOA RK73H2ATTD1001F KOA RK73H2ATTD51R0F KOA RK73H2ATTD1002F KOA RK73H2ATTD1002F KOA RK73H2ATTD1001F KOA RK73H2ATTD3001F KOA RK73H2ATTD1002F KOA RK73H2ATTD1002F KOA RK73H2ATTD1201F KOA RK73H2ATTD3300F KOA RK73H2ATTD3301F KOA RK73H2ATTD1102F KOA RK3B2ATTD4R7G KOA RK73H2ATTD1002F KOA RK73H2ATTD1002F KOA RK73H2ATTD1200F KOA RK73H2ATTD1001F KOA RK73H2ATTD1002F

Sato Parts ML-800-S1H-6P

oration CDRH127/LDNP-821M oration CDRH127/LDNP-821M oration CDRH127/LDNP-821M

EMUDEN M1907-A Panasonic ECQU2A224ML Panasonic ECQU2A224ML Panasonic ERZV10D511

Hirose Electric HIF3F-16PA-2.54DS

Pony Electric 078-T001B Pony Electric 078-T002 Pony Electric 078-T003

Rohm 2SA2092 Rohm 2SC2412KR Rohm 2SC5865 Rohm 2SA2092 Rohm 2SC2412KR Rohm 2SC5865 Rohm 2SA2092 Rohm 2SC2412KR Rohm 2SC5865 Rohm 2SA2092 Rohm 2SC2412KR Rohm 2SC5865 Rohm 2SA2092 Rohm 2SC2412KR Rohm 2SC2412KR

Model No. or Drawing No.

D1FK60

R20UT0702EJ0100 Rev. 1.00 Page 26 of 30 Jun 20, 2011

Page 27

ying

EZ-0011 APPENDIX B PARTS LIST

Table B-1. Parts List (4/4)

Part Part No. Item name Manufacture

D7 Rectif D8 Rectif

D 27 Schottk DB 1 Rectif DB 501 Rectif

Heat sink Mizutani Electric PUE26-25

Heat sink Mizutani Electric PUE26-25 C 5 Film ca C 6 Film ca D 21 Fast recover C10Electrol C21Electrol C22Electrol C24Electrol C41Electrol C43Electrol C44Electrol C46Electrol C47Electrol C49Electrol D 41 Schottk D 42 Schottk D 43 Schottk D 101 Schottk D 201 Schottk D 301 Schottk

diode Shindengen Electric Manufacturin diode Shindengen Electric Manufacturin

Barrier diode Shindengen Electric Manufacturin

stack Shindengen Electric Manufacturin stack Shindengen Electric Manufacturin

acito acito

diode Nihon Inter Electronics EA31FS4-F tic capacito tic capacito tic capacito tic capacito tic capacito tic capacito tic capacito tic capacito tic capacito tic capacito

Barrier diode Fuji Electric CB863-15 Barrier diode Fuji Electric CB863-15 Barrier diode Fuji Electric CB863-15 Barrier diode Fuji Electric CB863-15 Barrier diode Fuji Electric CB863-15 Barrier diode Fuji Electric CB863-15

Nitsuko MDX22W105K Nitsuko MDX22W105K

Nippon Chemi-Con EKXJ401ELL100MJ16S Nippon Chemi-Con ELXV101ELL121MK25S Nippon Chemi-Con ELXZ250ELL101MFB5D Nippon Chemi-Con ELXZ250ELL470MEB5D Nippon Chemi-Con E LXV101ELL560MJ20S Nippon Chemi-Con ELXV800ELL270MF15D Nippon Chemi-Con E LXV101ELL560MJ20S Nippon Chemi-Con ELXV800ELL270MF15D Nippon Chemi-Con E LXV101ELL560MJ20S Nippon Chemi-Con ELXV800ELL270MF15D

Model No. or Drawing No.

D1N60 D1N60

D1FJ10

LN4SB60

S1NB60-7102

R20UT0702EJ0100 Rev. 1.00 Page 27 of 30 Jun 20, 2011

Page 28

REVISION HISTORY EZ-0011 User’s Manual

Rev. Date

Page Summary

1.00 Jun 20, 2011 ⎯ First Edition issued

Description

C - 1

Page 29

EZ-0011 User’s Manual

Publication Date: Rev.1.00 Jun 20, 2011

Published by: Renesas Electronics Corporation

Page 30

EZ-0011

R20UT0702EJ0100