Yokogawa AF220 Flash Microprocessor Programmer Instruction Manual

NET IMPRESS

Network Compatible in-circuit Flash Micom Programmer for Enbedded Smart Systems

FLASH MICOM PROGRAMMER

Instruction Manual

Yokogawa Digital Computer Corporation

Contents

1. Overview and Features ...............................................................................................8

Part Names and Functions ...............................................................................................11

4. Using the AF220.......................................................................................................14

4.1 Installation.................................................................................................................................... 14

4.4 Programming................................................................................................................................ 23

5. List of Commands ....................................................................................................26

5.1 Functions List............................................................................................................................... 26

5.3.1 Edit (Buffer RAM Content Modifications) ....................................................................... 33

5.3.3 Buffer Clear (Buffer RAM Initialization).......................................................................... 36

5.3.4 Modified Bit Search (Modified Data Search).................................................................... 37

5.3.6 YSM File Check (Function 98) ......................................................................................... 39

5.4 Parameter Settings........................................................................................................................ 40

5.4.3 UART Baud Rate Setting (Function D2)........................................................................... 43

5.4.4 CSI Baud Rate Setting (Function D9) ............................................................................... 44

5.4.5 TVcc Threshold Setting (Function D3) ............................................................................. 45

5.4.10 Displayed Model Name Change (Function D8) ................................................................ 50

5.4.13 MCU Operating Frequency Setting (Function DF) ........................................................... 53

5.4.17 Beep Tone Setting (Function 95)....................................................................................... 57

5.5 Ethernet Settings .......................................................................................................................... 60

5.5.2 IP Address/Port Setting (Function E2) .............................................................................. 61

5.6 List of Device Functions .............................................................................................................. 63

5.6.1 Copy .................................................................................................................................. 64

2

5.6.3 Erase .................................................................................................................................. 66

5.6.4 Program ............................................................................................................................. 67

5.6.6 E.P.R. ................................................................................................................................ 69

6. One Action Key Function.........................................................................................70

6.2.1 Command Sequence File (*.CSB)..................................................................................... 71

6.2.2 Command Sequence File Format ...................................................................................... 71

8. Specifications ...........................................................................................................76

8.1 Operating Conditions ................................................................................................................... 76

8.2.1 Connector (RS-232C)........................................................................................................ 77

8.3 Ethernet Interface ......................................................................................................................... 80

8.3.1 Connector (Ethernet) ......................................................................................................... 80

8.3.2 Signal Table....................................................................................................................... 80

8.4.2 Signal Table....................................................................................................................... 81

8.5.1 Connector (EXT.KEY)...................................................................................................... 82

8.5.2 Signal Table....................................................................................................................... 82

8.6.1 Connector (TARGET PROBE) ......................................................................................... 84

9.1 Maintenance Service Contract Recommendation......................................................................... 88

9.2 Maintenance Service .................................................................................................................... 89

9.3.1 Purpose .............................................................................................................................. 90

9.3.2 Service Contents................................................................................................................ 90

9.3.3 Others ................................................................................................................................ 90

Appendix List of Error Codes ......................................................................................96

3

Instruction Manual

No. M2320KE-06

Revision History

Revision

Version 1

Version 2

Version 3

Version 4

Version 5

Publication Date

September 1, 1999

November 16,1999

June 12,2001

August 22,2001

June 25,2007

Details of Change

Initial Publication

Del. Appendix I and Appendix II

Correction of AZ211and AZ213 pin assign

Correspond to CE mark and

Correction of EXT.KEY pin assign

The information of the lead color change is added

Correction of One Action Key definitions Version 6 July 24,2007

Notices

(1) This manual may not be reproduced, neither in whole or in part, without permission.

(2) The contents of this manual are subjected to change without notice.

(3) Please contact YDC or your local distributors regarding any problems or suggestions.

(4) Regardless of (3), Yokogawa Digital Computer Corporation (YDC) accepts no liability for damages arose from the use of this product.

© 1999 Yokogawa Digital Computer Corporation. All rights reserved. Printed in Japan.

4

Ensuring Safety Use of Flash Writer

In order to ensure the proper and safety use of Flash Writer, please be sure to follow the safety caution mentioned below as operating Flash Writer. Yokogawa Digital Computer Corporation has no responsibility nor guarantee for any injuries which occur as a result of the violation of these safety caution and warnings.

♦

Following safety-related symbols are used on Flash Writer and its instruction manual for a safety use.

It indicates not only that there is a danger to humans as well as to the equipment, but also that it is necessary to refer to the instruction manual.

It indicates a safety ground terminal. As this terminal is on the main unit, please be sure to connect this terminal to the ground before operating.

Warning!

In order to avoid the risk of death or serious injury which may occur as a result of an incorrect use.

Caution!

In order to avoid the risk of minor injury or material damage which may occur as a result of an incorrect use.

♦

To avoid the risk of death or serious injury to users, such as electrocution or any other accidents, as well as the risk of damage to Flash Writer, please follow the warnings mentioned below.

•

Warning!

Use in Chemical Gases

Do not use Flash Writer in an environment where are combustible or explosive gases or steam.

Using Flash Writer in such environment is extremely dangerous.

•

Power Supply

As Flash Writer is designed to prevent the electrocution or any other accidents, be sure to use the power supply pack (AC adapter) specified by Yokogawa Digital Computer Corporation ONLY.

The power supply pack is designated as an option with /AC4P.

Confirm that the supply-side voltage matches to the rated power supply voltage for a power supply pack. Also ensure that the power supply switch (on the back panel) of Flash Writer is switched "OFF" before connecting to the power cord.

•

Removing the Case

Only qualified service engineers should remove the case of Flash Writer because of the high voltage.

5

Making the Most of Flash Writer

The Flash Writer is an electronic device which consists of high-precision electronic components. Please be sure to understand and follow the caution listed below in order to avoid any accidents and as well as to make the most of your Flash Writer.

1. Switch ON / Switch OFF Sequence

Warning!

•

Refer to the Switch ON / Switch OFF sequence below regarding Switch ON and OFF of the host computer, Flash Writer, and the target system.

•

The Switch ON / Switch OFF sequence should be followed in order to avoid major damages to the target system and Flash Writer itself. (especially between Flash Writer and the target system.)

<Power Up Sequence>

<Power Down Sequence>

computer

2. Connecting the Probe and Connector

Warning!

•

Switch OFF the power supply of Flash Writer and the target system before plugging in or unplugging any probes or cables.

•

All probes and cables are designed to prevent an incorrect connection. Never force them to plug in nor unplug. Confirm the position and direction.

3. Disassembling Flash Writer

Warning!

•

Since Flash Writer contains printed circuit boards with minute patterns, never remove screws or disassemble Flash Writer.

6

IMPORTANT

Flash Writer

To make the most of Flash Writer, please read and understand AF200 Flash Writer Instruction Manual before use. After reading the instruction manual, please keep it for the further reference whenever required.

Please ensure that Flash Writer should be used only by persons who have read and understood the instruction manual. We strongly recommend that the first-time users receive an proper instruction from those who have a good knowledge of Flash Writer.

What is Flash Writer?

The Flash Writer is AF200, Flash Writer main unit, control modules, and other related products manufactured by Yokogawa Digital Computer Corporation. The target system and the host computer are strictly excluded.

Flash Writer is an electronic device which consists of the high-precision electronic components. In order to make the most of Flash Writer and also to prevent any accidents, please follow the caution listed below.

A certain repair fee is required regarding the equipment damages resulted from an incorrect use or connection, etc. Please aware that it may require a few months for repairs.

Regarding software products and manuals, YDC guarantees only if there are any damages of media provided by Yokogawa Digital Corporation, manual defects or trouble executing the program installation.

If proved that there are bugs or that there are problems apart from those listed above, the action will be taken based on the maintenance agreement.

•

Caution!

Be sure to Switch OFF the power supply of Flash Writer and the target system before plugging in or unplugging any cables between Flash Writer and the target system. Be aware that plugging in or unplugging any cables while the power supply is ON, may result in an explosion or ignition of Flash Writer or the target system.

•

Before Switching ON the power supply, be sure to confirm whether the direction of Pin 1 in the probe tip matches to Pin 1 Socket in the target system. An incorrect connection may result in an explosion or ignition of Flash Writer or the target system.

Warning!

•

As particular parts of electronic circuits in the probe tip are exposed, Flash Writer should be used only in environments where are protected from a static electricity. Using Flash

Writer in such environment as without static electric protection, may result in destroying

Flash Writer or the target system.

•

The Switch ON / OFF sequence should be followed. Flash Writer should be switched ON prior to the target system and remained ON while Switch ON / OFF of the target system power supply. An incorrect Switch ON / OFF sequence may result in a serious damage to

Flash Writer or the target system circuits.

7

1. Overview and Features

The AF220 is a flash microprocessor programmer for programming microprocessors with embedded flash ROMs. Through using the microprocessor-specific control modules (optional

PC cards) the AF220 can support programming specifications for different types of microprocessors with embedded flash ROMs. The AF220 model offers more enhancements and higher speeds than the legacy AF200 model and supports Ethernet (10 BASE-T). As the

AF220 has forward compatibility with the AF200 models, all of the control modules used with the AF200 can also be used with the AF220.

CAUTION!: The /ACP and /AC2P AC adapters and the AZ201 and AZ202 RS-232C cables used with the AF200 can not be used with the AF220. Use /AC3P or /AC4P AC adapters and

AZ221 or AZ222 RS-232C cables with the AF220.

Features

1. The AF220 can support the programming specifications for all types of microprocessors using the microprocessor-specific control modules (optional PC cards).

2. The user system can connect to the AF200 using microprocessor-specific target probes

(option). The target microprocessors can be programmed while they are mounted and soldered on the user system.

3. It can be used as a standalone. Programming information can be saved as a file in the

DOS area of the PC card.

4. Remote control from the host computer can be performed using an RS-232C interface.

This enables file transfer and programming parameter changes (optional AZ290 software is required).

5. As the AF220 can be connected using Ethernet it can be connected to a network and used to build a system. The AF220 can be easily used to remotely control application software created at customers' sites using remote control package AZ291 (optional software which uses Microsoft's COM). The user can upgrade the AF220 to handle automatic programming systems.

6. High speed flash memory programming.

7. High speed search for modified data.

8. Modification information can be saved on the PC cards in the form of modification files for the original programming information files.

8

CE Notes: ( only for AF221 series )

The CE mark on the back of this Yokogawa Digital Computer (YDC) product indicates that it conforms to the requirement of the EMC (Electromagnetic Compatibility) Directive of the European

Union (Directive 89/336/EEC). This YDC product has been tested to the following technical standards:

■ EN 55022 (1998) :

■ EN55024 (1998) :

- Conducted Emission test.

- Radiated Emission test.

- Power-frequency magnetic field.

- Radio-frequency electromagnetic field.

- Electrostatic discharge.

- Radio-frequency continuous conducted.

- Fast transients.

- Voltage dips and interruptions.

- Surges.

■ EN61000-3-2 (1995):

- AC Mains Harmonic Emissions.

■ EN61000-3-3 (1995):

-Voltage Fluctuations and Flicker.

The details of product’s compliance with the EMC Directive are contained in a Technical

Construction File (TCF) which is on file at Ashling Microsystems Ltd., National Technological Park,

Limerick, Ireland.

To ensure that your product can be used without causing interference to, or being affected by other electronic equipment, please note the following:

■ Before using this YDC product, please read this User Manual, and in particular those sections of the manual that describe how the product may be safety used; and that describe how to avoid static-discharge damage to this YDC product, or the system in which it is used.

■ This product is designed for use with a Personal Computer whose electromagnetic emission and susceptibility performance comply with the EMC Directive.(at the Remote Control Application.)

■ This YDC product contains high speed digital electronic circuits which are susceptible to electrostatic discharges. The user is advised that no part of the product or its enclosure should be subjected to an electrostatic discharge exceeding 2KV.

■ This YDC product contains an Target Probe that is designed to attach directly to digital logic voltages in the range 0-5V (except for Vpp voltage). Please note in particular that.

･The Target probe should be attached to a target system, with the programmer powered on, before powering up the target system.

･If you have selected a specific operation voltage (for example 3.3V) then no voltage in excess of this figure should be applied to the Target probe (unless the User Manual specifically states that a higher voltage is permissible in certain cases).

■ Due to the nature of the Flash Micro Programmer, the target system and the connections to the

Programmer having to be exposed and having no shielding, it is to be expected that this YDC product will not meet the Class A Radiated Emission requirements of EN 55022. To resolve this issue the User Instructions specify that Radio and Broadcast Receivers used within a 30m. radius of the Programmer are likely to experience interference from the Flash Micro Programmer. The choice of 30m. distance is based on the actual radiated emissions measured at 10m..

9

2. General Precautions

1. Only use AC adapters that Yokogawa Digital Computer (YDC) has approved. When you connect the DC jack to the AF220, make sure that the AC plug has been unplugged and the Power Switch has been turned off.

2. Do not use the AF220 in dusty areas, where there is direct sunlight, or where corrosive gas is generated.

3. Use the AF220 in an environment with a temperature between 5 and 40 ℃ and between

20 and 80% humidity.

4. If there is noise in the AC current line then use a noise filter to eliminate the noise.

5. Do not format the control modules (PC cards). The control modules contain the control programs for the flash writers as well as the DOS area for the user programs. Formatting the control modules will destroy the control programs.

6. Turn off the AF220 power switch before replacing the control modules.

7. The procedure for turning the power on is to turn the AF220 on first and the user system second. The power should be turned off in the reverse order.

8. The AF220 can be operated with the PC cards connected to the specified PC card connector. The AF220 can not be operated with the PC cards removed.

CAUTION:

Carelessness while using the AF220 can cause the definitions (card contents) to be destroyed.

YDC does offer a fee-based service to program the definitions. For more information contact us or one of our authorized distributors.

Visit our home page for information about how to use the AF220 and related products and for the latest information.

Flash writer home page: http://www.ydc.co.jp/micom/

10

3. Part Names and Functions

2. RS-232C Connector

1. Ethernet Connector

3. Model Name

4. LCD

5. Target Connector

7. EXT.KEY Connector

6. DC Power Jack

8. Keyboard

9. PC Card slot

11

10. Power Switch

1. Ethernet Connector

This is the connector to connect with an Ethernet. The AF220 comes equipped with it.

2. RS-232C Connector

This is a serial communications connector to connect with the host computer.

3. Model Name

This is the model name.

4. LCD

Displays all types of information.

Ⅰ

Ⅱ

Ⅲ

Ｈ Ｖ ／ Ｆ Ｏ ０ ０ １ Ｓ １ ／ Ｂ Ｌ Ａ Ｎ Ｋ

Ｆ ／ Ｍ ／ ０ ０ １ ０ ０ ０ ／ Ａ Ａ ／ Ａ Ａ

Ⅳ Ⅴ

Ⅵ Ⅶ

Ⅷ

I. Programming Power Application Display

This shows that high voltage power for programming is being applied. This display can be reset by pushing the RESET key.

II. Control Module Model Name

Displays the model name of the control modules in the PC cards. How to customize this display part is described in Chapter 5.

III. Device Function Display

Displays the device function which is being executed.

IV. Function Display

Displays the function which is being executed.

V. Bit Modification Display

Displays that the buffer RAM data is modified. Displays "M" when the data is modified by key input or buffer transfer.

12

VI. Address Display

Displays the flash memory address, data key entry, and all types of messages. This only displays the lowest six address digits and does not display the higher address digits.

VII. Buffer

Displays buffer RAM data and error codes.

VIII. ROM Data/Checksum

Displays the flash ROM data and the buffer RAM data checksum values.

5. Target Connector

This is the connector to connect the target system and the probe.

6. DC Power Jack

This jack is to connect the AC adapter for the AF220.

7 EXT KEY Connector

This connector can be used to externally operate "DEV", "RESET", "SET", and two blank keys. Use the connection cable AZ223 (option).

8. Keyboard

0-F

Use 16 hexadecimal data keys to enter the numerical values. Additionally, 8, 9, C, D, E, and F can be used combined with the DEV key to specify all device functions.

RESET

Use this key to abort operations and to delete error messages. This can also cancel remote operations at the same time.

FUNC, DEV

These are the command keys which are combined with the 16 hexadecimal data keys for all operating settings.

▲ ▼

These are the keys to increment and decrement the address values. The buffer RAM and the

ROM data for the addresses are displayed simultaneously. You can use the FUNC key to enter parameter delimiters.

SET

Use this key to set the modes and to execute commands with the FUNC and DEV keys.

You can use the SET key to modify the data in the buffer RAM.

9. PC Card Slot

This is the slot to put the control modules in. The AF220 only operates with the

AF220-specific PC cards.

10. Power Switch

I: Power ON

O: Power OFF

13

4. Using the AF220

4.1 Installation

Ethernet Type

Ethernet

PC

AZ290

Hub

Twisted Pair Cable

Control Module

AF220

User System

Target Probe

AC Adapter

AC 110V

Options

•

Remote controller (AZ290 ver 3.0 or higher)

•

Control modules (Requires control modules compatible with your microprocessors)

•

Target probe

14

PC

AZ290

RS-232C Type

RS-232C

AF220

Target Probe

AC Adapter

User System

AC100V

Options

•

Remote controller (AZ290)

•

RS-232 cable (AZ221)

•

Control modules (Requires control modules compatible with your microprocessors)

•

Target probe

15

Standalone Type

Target Probe

AC Adapter

User system

AF220

Control module

Options

•

•

Control module (Requires control modules compatible with your microprocessors)

Target probe

16

4.2 Connecting with User System.

Pin Assignments

AF220 pin assignments are as shown below. For input signals to the user system, YDC recommends that pull-up resisters (about 10 K Ω) be attached considering malfunctions when the AF220 is not connected. The definitions for specific signal lines vary for the control modules. For more information see the manual for your control module.

1 GND

2 TVccd

3 Vcc

4 TRES

5 /TRES

6 TCK

7 NC

8 NC

9 TAUX2

Ground

User system power input (or driver power for I/F when an optional adapter is installed)

5 V output (max. 100 mA)

Rest signal (active high)

Rest signal (active low)

Clock output for synchronous communication

10 /TICS

11 /TOE

12 TMODE

13 TTXD

14 GND

15 GND

16 TVpp1

17 TVpp2

18 WDT

19 TAUX3

Auxiliary input/output pin (Definition may vary depending the type of the Control

Module)

Output pin (Definition may vary depending the type of the Control Module)

Output pin (Definition may vary depending the type of the Control Module)

Transmission data output pin (also can be receive pin for bi-directional transfer)

Ground

Ground

Programming voltage output pin (max. 200 mA)

Variable voltage output pin (0-12 V, max. 100 mA)

20 TAUX4

Auxiliary input/output pin (Definition may vary depending the type of the Control

Module)

Auxiliary input/output pin (Definition may vary depending the type of the Control

Module)

21 NC

22 NC

23 TAUX

24 TBUSY

25 T10

Auxiliary input/output pin (Definition may vary depending the type of the Control

Module)

Busy input signal for synchronous communication

Input pin (Definition may vary depending the type of the Control Module)

26 T11

27 TRXD

Not used (or user power monitor input when an optional adapter is installed)

Receive data input pin

28 GND Ground

Connector: DX10-28S (Hirose)

If you use /TICS then use pull-up resisters (about 10 KΩ).

Type

-

1

4

7

3

2

3

-

-

3

-

5

4

-

3

3

3

5

2

4

1

6

-

6

6

-

-

4

17

Type 1

To VHC244&125 VCC

To voltage monitor circuit

Type 2

LM36

47K

47K

0.1u

1u

AF220 side User Target side

TVccd

47K

0.1u

1u

1M

TI1

LM36

LS07

220

AF220 side User Target side

1M

Type 3

VHC244

220

AF220 side User Target side

1M

18

Type 4

Type 5

VHC125

220

AF220 side User Target side

1M

2SA1362

10

0.22u

AF220 side User Target side

1M

Type 6

HCT541

10K

1M

AF220 side User Target side

Tyep 7

AF220 side User Target side

1

FUSE

19

1. Control Module Check

After checking that the control module is compatible with the target microprocessor then insert it in the AF220 PC card slot

2. Turning the Power On

Turn the power switch ON. The initialization process begins. When the initialization process is completed the control module model name will be displayed on the LDC. Then turn ON the power for the user system.

3. Setting Ethernet (AF220)

Setting the Communication Channel

Set the communication channel between the AF220 and the PC. RS-232 or Ethernet settings can be used for the channel.

Key Operations LCD Display

Ｅ／１／ＲＳ－２３ ２ Ｃ ／ ＦＵＮＣ Ｅ １

Communication channel setup function

▲ ▼

Select Ethernet

ＳＥＴ ＦＵＮＣ ＳＥＴ

Decision

Ｅ／１／ＥＴＨＥＲ Ｎ Ｅ Ｔ ／

20

Setting IP Address and Port Number

Set the AF220 IP address and port number.

Example: Set the IP address to "192.0.0.1" and the port number to "1100".

Key Operations LCD Display

ＦＵＮＣ Ｅ ２

IP address and port number setup function

１ ９ ２ ▼

Set the IP address to "192"

０ ０ ０ ▼

Set the IP address to "0"

０ ０ ０ ▼

Set the IP address to "0"

０ ０ １ ▼

Set the IP address to "1"

１ １ ０ ０

Set the port number to "1100"

ＳＥＴ ＦＵＮＣ ＳＥＴ

Decision

▼

１９２．１６８．

１９２．１６８．

１９２．

１９２．

１９２．

Ｅ／２／

０．

０．

０．

０ ．

０ ．

０ ．

０ ．

０ ．

０

０

０

０

１

０ ｘ １ １ ０ ０

21

Setting Gateway Address

Set the gateway address if the AF220 will be accessed from different networks or from the same network using routers. If the AF220 and the PC are on the same network then set the gateway address to "0.0.0.0".

Example: Set the gateway address to "192.0.0.254".

Key Operations LCD Display

ＦＵＮＣ Ｅ ３

Gateway address setup function

１ ９ ２ ▼

Set the gateway address to "192"

０ ０ ０ ▼

Set the gateway address to "0"

０ ０ ０ ▼

Set the gateway address to "0"

２ ５ ４ ▼

Set the gateway address to "254"

ＳＥＴ ＦＵＮＣ ＳＥＴ

Decision

０．

１９２．

１９２．

１９２．

１９２．

０．

０．

０．

０．

０．

０

０

０

０

０

．

．

．

．

． ２

4. Setting Parameters

The default parameter setting values can be used as they are. The parameter values can be changed if needed. Consult your control module manuals for the default values.

５

０

０

０

０

４

22

4.4 Programming

This manual describes how to operate the AF220 using the keyboard. Consult the AZ290 manual for information on remote controlling via RS-232 and Ethernet. Basic instructions for programming are described below. For more details refer to the list of commands in Chapter 5.

1. Initializing the Buffer RAM*1

Initialize

*2

the buffer RAMarea which corresponds to the flash ROM area of the microcomputer (MCU).

Key Operations

ＦＵＮＣ ２

Buffer RAM initialization function

ＳＥＴ ＦＵＮＣ ＳＥＴ

Decision

*1 Buffer RAM

This is the place where the program data for the MCU is stored. Binary data is converted and stored by loading object files on the buffer RAM. Data can be modified using the edit function (Chapter 5, Section 3). As the buffer RAM is on the PC card the buffer RAM data is preserved when the AF220 power is switched OFF.

*2 Initialization

The buffer RAM data at initialization varies depending on the control module and it will be

"00" or "FF". (Consult your control module manual for information about the data contents.)

23

2. Setting the Execution Address

Set the execution target area for the device function. The default setting is the entire flash

ROM area. Change the default setting if you want to change the programming area.

Example: Change the setting address from "FE0000H" to "FF0000H".

Key Operations LCD Display

ＦＵＮＣ

０

Programming area setup function

Ｆ Ｅ ０ ０ ０ ０

Enter the first address

Ｆ Ｆ ０ ０ ０

Enter the last address

ＳＥＴ ＦＵＮＣ ＳＥＴ

Decision

０

▼

▼

０／

０／

０／

／ＦＣ０００

／ＦＥ０００

／ＦＦ０００

０

０

０

／

／

／

Ｆ

Ｆ

Ｌ

／

／

／

If you change the execution address a warning message will be displayed when the AF220 power is restarted.

Execution address

Microprocessor flash ROM area

(Function 0)

(Function D6)

Transfer address (Function F5)

If the above settings are not consistent, a warning message such as "ADDR WARN FC0/F5" will be displayed and there will be a beep. Push the RESET key to cancel the warning. This warning can be ignored if you intentionally use the AF220 with a narrow device function execution area.

24

3. Loading the Object File

Load the user object file in the PC card DOS area on the AF220 buffer RAM. For example, load the "DAT128K.BIN" file.

Key Operations LCD Display

ＦＵＮＣ Ｆ １

File load function

▲ ▼

Select "DAT128K.BIN".

Ｆ／１／ＴＥＳＴ１

Ｆ／１／ＤＡＴ１２

．

８

Ｈ

Ｋ

Ｅ

．

Ｘ

Ｂ Ｉ Ｎ

ＳＥＴ ＦＵＮＣ ＳＥＴ

Ｆ／ ／ＬＯＡＤＩ Ｎ Ｇ ． ． ．

Decision

4. Programming

Execute the EPR command to perform the ERASE, BLANK-CHECK, PROGRAM, and

READ-VERIFY commands sequentially. Each command can be executed individually. (The available commands vary depending on the control modules. For more information consult your control module manual.)

Key operations LCD Display

ＤＥＶ Ｆ

EPR command

ＳＥＴ ＤＥＶ ＳＥＴ

Decision

ＥＲＡＳＩＮＧ

ＢＬＡＮＫ ＣＨ Ｅ Ｃ Ｋ Ｉ Ｎ Ｇ

Displayed sequentially

ＰＲＯＧＲＡＭＭ Ｉ Ｎ Ｇ

ＲＥＡＤ ＣＨＥ Ｃ Ｋ Ｉ Ｎ Ｇ

Ｄ／ ／ＰＡＳＳ ／ ／ ０ ０

25

5. List of Commands

Command

File operation

Command contents Command key

File Load

File Save

File Purge

Current File Display

Transfer Address Setting

Buffer area editing

Edit

Block Store

Buffer Clear

Modified Bit Search

Checksum Value Display

Calls a file from the control modules to the buffer RAM.

Saves the buffer RAM contents to the control module as a file.

Deletes files on the control module.

Displays the name of the file loaded in the buffer RAM.

Sets the buffer RAM address range.

Modifies the buffer RAM contents.

Modifies the data in the specified range of the buffer RAM.

Resets the buffer RAM data to the initial state.

Displays the addresses of the modified buffer RAM data.

Displays checksum value of the buffer RAM data.

"FUNC", "F1"

"FUNC", "F2"

"FUNC", "F3"

"FUNC", "F4"

"FUNC", "F5"

"FUNC", "1"

"FUNC", "2"

"FUNC", "3"

"FUNC", "93"

YSM File Check

Parameter settings

Execution Address Setting

UART/CSI Switchover

UART Baud Rate Setting

TVcc Threshold Setting

MCU Mode Setting

Performs sumcheck using the YSM file.

Sets the device function execution address range.

"FUNC", "98"

"FUNC", "0"

Sets the communication channel between the AF2xx and the target system. "FUNC", "D1"

Sets the baud rate for UART communication.

Sets the target system operating voltage.

Target MCU mode switchover.*2

"FUNC", "D2"

"FUNC", "D3"

"FUNC", "D4"

Watchdog Timer Setting Sets the pulse to be sent to the watchdog timer circuit in the target system. "FUNC", "D5"

Flash Memory Area Display Displays the data in the target MCU's flash memory area.

Communication Channel

"FUNC", "D6"

Sets the communication channel between the AF2xx and the target system. "FUNC", "D7"

Setting

Changes the model name displayed on the AF2xx. "FUNC", "D8" Displayed Model Name

Change

CSI Baud Rate Setting

Data Format Setting

RS-232C Setting

MCU Operating Frequency

Setting

Sets the CSI communication baud rate.

Sets data format (50:Intel Hex, 60: Motorola S)

Sets the baud rate, data length, stop bit, and parity.

Sets the MCU operating frequency.

"FUNC", "D9"

"FUNC", "5"

"FUNC", "7"

"FUNC", "DF"

Beep Setting

Remote/Local Setting

Version Display

Beep Tone Setting

Battery Remaining

Read Mode Switchover

ON/OFF Setting

Wait T1 Setting

Turns the beep ON or OFF.

Sets the remote/local specification.

Displays the version.

Sets the beep tone (high, medium, low).

Displays the amount of the control module battery remaining

Sets the read check mode.

Application read setting(Contact to YDC in detailes)

Sets the application read ON (enable) or OFF (disable).

Wait T2 Setting

Wait T3 Setting

Wait T4 Setting

Ethernet setting (AF220 only)

Ethernet/RS-232C Switchover Sets the communication channel between the AF220 and the PC.

IP Address/Port Setting

Gateway Address Setting

Sets the AF220 IP address and port number.

Sets the AF220 default gateway address

"FUNC", "91"

"FUNC", "92"

"FUNC", "94"

"FUNC", "95"

"FUNC", "96"

"FUNC", "99"

"FUNC", "DA"

"FUNC", "DB"

"FUNC", "DC"

"FUNC", "DD"

"FUNC", "DE"

"FUNC", "E1"

"FUNC", "E2"

"FUNC", "E3"

* Some commands are not supported for specific MCUs.

* The MCU-specific commands are assigned from "FUNC","81" to "FUNC", "8F". In all cases, refer to your control module manual.

26

Calls the specified object file from the control module.

AF220 Operations

ＦＵＮＣ Ｆ

▲ ▼

ＳＥＴ ＦＵＮＣ

１

ＳＥＴ

... File Load command

... Select the name of the file to be loaded.

... Execute object file loading on the buffer RAM.

Operation Example:

Load the "DAT128K.BIN" file from the control module.

AF220 Operations

File Load command

AF220 Display

F / 1 / T E S T 1 ．H E X

ＦＵＮＣ

▲

Ｆ

▼

1

SET ＦUNC SET

Execute file loading.

F / 1 / D A T 1 2 8 K ．B I N

(Select the file name when it is displayed.)

F / / L O A D I N G ．．．

(Displayed during loading, and then disappeared when the loading completes.)

27

Saves the AF220 buffer RAM contents onto the DOS area on the PC card as an object file. If you select saving the modified data as a differential file, the automatically created modified object file (three digits will be added to the current file name) will be saved. If you select saving the contents as a new object file, then an empty file will be saved. (Some of the control modules will automatically create RAMxxx.bin, RAMxxx.S, or RAMxxx.HEX file as an empty file.)

*1 Differential file: A file which only saves the modified parts of the object.

*2 It is useful to have an empty object file prepared before using the AF220.

AF220 Operations

ＦＵＮＣ Ｆ

▲ ▼

ＳＥＴ ＦＵＮＣ

２

ＳＥＴ

... File Save command

... Select the name of the file to save.

... Execute save on the control module.

Operation Example:

Save the modified data as a differential file. (The current file name is "DAT128K.BIN)

AF220 Operations AF220 Display

ＦＵＮＣ Ｆ

ＳＥＴ ＦＵＮＣ

２

ＳＥＴ

File Save command

F 2 / + D A T 1 2 8 K ． 0 0 0

(Difference file will be created automatically when you save it. Execute saving.)

F / / S A V I N G ．．．

(Displayed during loading, and then disappeared when the loading completes.)

28

Deletes the object files on the control module.

AF220 Operations

ＦＵＮＣ Ｆ

▲ ▼

ＳＥＴ

ＳＥＴ

ＦＵＮＣ ｏｒ

３

ＳＥＴ

ＲＥＳＥＴ

... File Purge (delete) command

... Select the file to purge.

... Execute file purging.

... To delete push the SET key. To cancel the deletion push the RESET key.

Operation Example:

Delete the "DAT128K.BIN" file from the control module.

AF220 Operations AF220 Display

ＦＵＮＣ Ｆ ３

File Purge command

▲ ▼

Select the "DAT128K.BIN" file.

ＳＥＴ ＦＵＮＣ ＳＥＴ

Execute Purge command

ＳＥＴ

Execute removing.

F / 3 / T E S T 1 ．H E X

F / 3 / D A T 1 2 8 K ． B I N

(Select the file to delete.)

F / / P U R G E O K ?

29

5.2.4 Current File Display (Function F4)

Displays the name of the current file loaded in the buffer RAM. This command also displays

KEY, BTP, YSM, and CSB files. If there are no files, a "NO FILE" message will be displayed.

AF220 Operations

ＦＵＮＣ Ｆ

ＦＵＮＣ ＳＥＴ

▲ ▼

４

ＳＥＴ

ＲＥＳＥＴ

Note: AF220 Display

... Current File Display command

... Select display (CFL⇔YSM⇔CSB⇔BTP⇔KEY).

/ F F 0 0 1 / C O P Y

C F L / D A T 1 2 8 K . B I N

(Shadowed section shows the selected item.)

YSM .... YSM file

CSB ..... CSB file

BTP ..... BTP file

KEY..... KEY file

Note:

Some control modules do not support specific functions. In that case, unsupported items will not be displayed.

*YSM File: This is required to use the sumcheck function. For further information see Chapter

7, "Sumcheck Function".

*CSB File: This is required to use the one-action key function. For further information see

Chapter 6, "One-action key function".

* BTP File: This is a programming control program which is required to program the MCU.

According to the type of the MCU this file may be required. For further information see your control module manual.

* KEY file: There are times when MCUs with security functions need KEY files. For further information see your control module manual.

30

Operation Example:

Display the current file, BTP file, KEY file, YSM file, and CSB file.

AF220 Operations AF220 Display

ＦＵＮＣ Ｆ ４

F / / 4 / /

Current File Display command

ＳＥＴ ＦＵＮＣ ＳＥＴ

YSM file is displayed.

▼

C F L / D A T 1 2 8 K ．B I N

(Current file is displayed with “CFL” leading.)

Execute the command → Current file is displayed.

▼

Y S M / D A T 1 2 8 K ．Y S M

(YSM file is displayed with “YSM” leading.)

C S B / D A T 1 2 8 K ．C S B

(CSB file is displayed with “CSB” leading.)

CSB file is displayed.

▼

B T P / M 0 0 1 H 0 1 ．B T P

(BTP file is displayed with “BTP” leading.)

BTP file is displayed.

▼

K E Y / D A T 1 2 8 K ．K E Y

(KEY file is displayed with “KEY” leading.)

Key file is displayed.

ＲＥＳＥＴ

Display completed.

31

5.2.5 Transfer Address Setting (Function F5)

This carries out the buffer RAM range setting when object file loading and saving is done. For object files with Intel HEX and Motorola S formats the files contain address descriptions so that at the file loading time the settings are not used.

AF220 Operations

FUNC F

Enter the first address

Enter the last address

SET FUNC

5

SET

▲

▲

... Transfer Address Setting command

... Enter the first address.

... Enter the last address.

... Execute transfer address setting.

Notes: AF220 display during address settings.

/ F F 0 0 1 / C O P Y

-F ... First address

F / / F E 0 0 0 0 / - F /

(Shadowed section shows the selected item.)

-L ... Last address

Operation Example:

Set the first address to "FE0000 and the last address to "FFFFFF".

AF220 Operations AF220 Display

FUNC

F

5

Transfer Address Setting command

F E 0 0 0

Enter the first address.

F F F

Enter the last address.

SET FUNC SET

F

F F

0

▲

▲

1 /

1 / / F E 0 0 0 0 / - F /

(Check that “-F” (first address) is displayed.)

1 / / F F F F F F / - L /

(Check that “-L” (last address) is displayed.)

Execute transfer address setting.

/ F C 0 0 0 0 / - F /

32

5.3 Buffer RAM Editing

5.3.1 Edit (Buffer RAM Content Modifications)

Calls the contents of the specified buffer RAM address to edit them.

AF220 Operations

Enter the address

Enter the modified data

ＳＥＴ

ＳＥＴ

...Enter the address.

...Modify the data.

Operation Example:

Modify the data of the buffer address "FE0000" to "00".

AF220 Key Operations

F E

0 0

Enter the address "FE0000".

0 0 SET

Modify the data to "00".

0 0

SET

AF220 Display

/ / F E 0 0 0 0 / F F / F F

/ / F E 0 0 0 0 / 0 0 / F F

(Changing moves to next address.)

* Buffer RAM

This is the location to store the data to program the MCU.

The data is converted to binary data and saved by loading the object file onto the buffer

RAM. Even if the AF220 power is OFF the buffer RAM data is preserved because the buffer RAM is on the PC card.

33

5.3.2 Block Store (Modifying Buffer RAM Contents)

Fills the specified range of the buffer RAM with the same specified data.

AF220 Operations

ＦＵＮＣ １

Enter the first address

Enter the last address

Enter the modified data

ＳＥＴ ＦＵＮＣ ＳＥＴ

▲

▲

...Block Store command

...Enter the first address.

...Enter the last address.

...Enter the new data.

...Execute buffer modifying.

Note:

AF220 display during address and data entries.

/ F F 0 0 1 / C O P Y

1 / / F E 0 0 0 0 / - F /

-L... Last address

(Shadowed section shows the selected item.)

-d...

34

Operation Example:

Modify data in the buffer RAM addresses from "FE0000" to "FEFFFF" to "55".

AF220 Operations AF220 Display

1 / / F C 0 0 0 0 / - F /

FUNC 1

Block Store command

F E 0

Enter the first address.

F E F

Enter the last address.

5 5

Enter the new data.

SET FUNC SET

F

0

Execute buffer modifying.

F

0

F

0

▲

▲

1 /

(Check that “-F” (first address) is displayed.)

1 / / F E F F F F / - L /

(Check that “-L” (last address) is displayed.)

1 /

/ F E 0 0 0 0 / - F /

/ 5 5 / - ｄ /

(Check that “-D” (data) is displayed.)

35

5.3.3 Buffer Clear (Buffer RAM Initialization)

Initializes the buffer RAM which corresponds to the flash memory area (displayed by Function D6).

AF220 Operations

ＦＵＮＣ ２

...Buffer

ＳＥＴ ＦＵＮＣ ＳＥＴ

...Execute buffer clearing.

* Initialization

The data at the time of buffer RAM initialization will differ from the control module and this will be "00" or "FF". (Consult your control module manual concerning the data contents.)

36

5.3.4 Modified Bit Search (Modified Data Search)

Searches for and displays the addresses of the modified buffer RAM data, which correspond to the flash memory area (displayed by Function D6).

AF220 Operations AF220 Display

ＦＵＮＣ

ＳＥＴ

３

ＦＵＮＣ ＳＥＴ

...Modified Bit Search command 3 / / F E 0 0 0 0 / /

F / / S E A R C H I N G

(Searching the modified data.) searching.

▲ ▼

If modified data is found,

...Display the addresses located.

（▲: Next, ▼:Previous）

F / M / F E 0 0 0 1 / 1 1 / 0 1

(Displays the address for modified data.)

If no modified data is found,

/ / / /

(Nothing is displayed.)

37

Displays the checksum values of the object file loaded on to the buffer RAM. The two types of checksum values below will be displayed

F0: Checksum value for the device function execution area set using Function 0.

F5: Checksum value for the buffer RAM area set using Function F5.

AF220 Operation AF220 Display

９ ３

Display command

9 / / 3 / /

FUNC SET

S U M value display.

ＲＥＳＥＴ

S U M F

Display

C H E C K I N G

0 / 0 1 F 5 / 0 1

38

5.3.6 YSM File Check (Function 98)

Compares the YSM file contents and the buffer RAM contents. For more information see

Chapter 7, " Sumcheck Functions".

AF220 Operation AF220 Display

９ ８

9 / / 8 / /

Display command

FUNC SET checksum

K I N G value display.

/ / P A S S / /

Error Display

•

YSM FILE NOT FOUND

(Displayed if sumcheck is passed. If an error occurs, the error location will be displayed.)

Cause: Displayed when the YSM file is not found.

Action: Copy the YSM file on the PC card.

•

YSM FILE FORMAT ERROR

Cause: The YSM file has the wrong description or the file is corrupted.

Action: Check that the YSM file has the proper format and correct it.

•

YSM CHECK ERROR YSM/XX RAM/YY

Displayed when checksum values differ during a check.

XX shows the checksum value described in the YSM file, while YY shows the checksum value for the buffer RAM.

•

YSM CHECK ERROR ADDRESS:ZZZZZZZ

Displayed when the data described on the YSM file and the buffer RAM data differ during a check. ZZZZZZZ shows the error address.

39

5.4.1 Execution Address Setting (Function 0)

Sets the target area for the device function execution. Make sure that the first address and the

ROM first address match.

AF220 Operations

FUNC 0

Enter the first address

Enter the last address

Enter the ROM first address

▲

▲

... Execution Address Setting command

... Enter the buffer RAM first address.

... Enter the buffer RAM last address.

... Enter the flash memory first address.

SET FUNC SET

Note: AF220 display during address entries.

... Execute address setting.

(Shadowed section shows the selected item.)

L........ Last

AL..... Block rF....... ROM first address

* Some control modules do not display the ROM first address.

* When the block alignment is ON and you try to specify the address within a block, the alignment is performed automatically.

40

Operation Example:

Set the first address to "FE0000", the last address to "FFFFFF", and the ROM first address to "FE0000".

AF220 Operations AF220 Display

0 / / F C 0 0 0 0 / F /

FUNC 0

Execution Address Setting command

F Ｅ ０ ０ ０

Enter the first address.

F F F F

Enter the last address.

F E 0 0

Enter the ROM first address.

SET FUNC

SET

F

0

Execute address execution setting.

０

F

0

▲

▲

0 / / F E 0 0 0 0 / F /

(Check that “F” (first address) is displayed.)

0 /

(Check that “L” (last address) is displayed.)

0 /

/ F F F F F F / L /

/ F E 0 0 0 0 / ｒ F /

(Check that “rF” (ROM first address) is displayed.)

41

5.4.2 Communication Channel Setting (Function D1)

Sets the communication channel between the AF220 and the target system. You can select

"UART" or "CSI" for the communication channel to accommodate the MCU specifications.

AF220 Operations AF220 Display

▲

SET

▼

FUNC

Setting command

... Select the channel.

SET

...Execute channel setting.

D / 1 / C S I / /

(Select UART or CSI using the up and down arrow keys.)

42

5.4.3 UART Baud Rate Setting (Function D2)

Sets the UART baud rate if the communication channel between the AF220 and the target system is UART. You can select "2400", "4800", "9600", "19200", "31250", "38400", "57600",

"62500", "76800", or "10400" as the baud rate to accommodate to the MCU specifications.

AF220 Operations AF220 Display

▲ ▼

Baud

2 4 0 0 / /

Setting command

D / 2 / 4 8 0 0 / /

...Select the baud rate.

D / 2 / 9 6 0 0 / /

FUNC SET

D / 2 / 1 9 2 0 0 / / baud rate setting

D / 2 /

D / 2 /

3 1 2 5 0 / /

3 8 4 0 0 / /

D / 2 / 5 7 6 0 0 / /

D / 2 / 6 2 5 0 0 / /

D / 2 / 7 6 8 0 0 / /

D / 2 / 1 0 4 0 0 / /

(Select the baud rate using the up and down arrow keys.)

43

5.4.4 CSI Baud Rate Setting (Function D9)

Sets the CSI baud rate if the communication channel between the AF220 and the target system is CSI. You can select "62.5K", "125K", "250K", "500K", "850K", or "1.25M" as the baud rate to accommodate the MCU specifications.

AF220 Operations

FUNC

▲

D

▼

FUNC

9

SET

...CSI Baud Rate

Setting command

...Select the baud rate.

AF220 Display

D / 9 / 6 2 ． 5 K / /

D / 9 /

D / 9 /

1 2 5 K / /

2 5 0 K / / baud rate setting.

D / 9 / 8 5 0 K / /

D / 9 / 1 . 2 5 M / /

(Select the baud rate using the up and down arrow keys.)

44

5.4.5 TVcc Threshold Setting (Function D3)

Sets the minimum operating voltage for the target system. This setting is required because this voltage setting will be used to detect the target system power OFF.

AF220 Operations

D 3

...TVcc Threshold Setting command

FUNC

▲

SET

▼

FUNC SET

...Select the TVcc threshold value.

...Execute TVcc threshold setting.

Operation Example:

Set the TVcc threshold value to "4.5V".

AF220 Operations AF220 Display

D 3

Setting command

D / 3 / 3 ． 0 / /

▲ ▼

D / 3 / 4 ． 5 / /

(Select the TVcc threshold value using the up and down arrow keys.)

SET FUNC SET

…Execute threshold setting.

* The TVcc detecting accuracy of the AF220 is the set value +- 0.1V.

45

5.4.6 MCU Mode Setting (Function D4)

Sets the MCU mode. Some types of MCUs do not support this command. For further information consult your control module manual.

AF220 Operations AF220 Display

D ４

Setting command

D / 4 / M O D E H / /

▲ ▼

FUNC SET

D / 4 / M O D E L / /

...Select the mode.

(Select the MCU mode using the up and down arrow keys.)

...Execute

SET mode setting.

Note: Some MCUs have different displays.

46

5.4.7 Watchdog Timer Setting (Function D5)

Sets the watchdog timer period.

AF220 Operations

FUNC

▲

SET

D

▼

FUNC

５

SET

...Watchdog Timer Setting command

...Set the period (unit: ms).

...Execute watchdog timer setting.

Operation Example:

Set the watchdog timer period to 10 ms.

AF220 Operations AF220 Display

D ５

Setting command

D / 5 / 2 0 / /

▲ ▼

FUNC SET

D / 5 / 1 0 / /

(Select the period using the up and down arrow keys.)

Execute

SET timer setting.

47

5.4.8 Flash Memory Area Display (Function D6)

Displays the flash memory area of the target MCU.

Display:

Fst: Shows the first address of the flash memory area.

Lst: Shows the last address of the flash memory area.

AF220 Operations AF220 Display

D ６

Display command

F / / 6 / /

SET FUNC SET

F / / F s

Execute. t : 0 0

(Displays the first address.)

0 0 0 0 0 0

▲

ＲＥＳＥＴ

▼

Select the display item. F / / L s t : 0 0 0 0 7 F F F

(Displays the last address.)

48

5.4.9 Communication Channel Setting (Function D7)

▲

SET

Selects the communication channel between the AF220 and the target system. This command is required if more than one channel exists between the AF220 and the target system and you must set the number of the communication channel to use it.

AF220 Operations AF220 Display

D ７

Setting command

0 / /

▼

FUNC SET

F / / 1 / communication channel.

(Select the communication channel using the up and down arrow keys.)

Execute the communication channel setting.

49

5.4.10 Displayed Model Name Change (Function D8)

Changes the model name shown in the AF220 display. Up to 7 characters can be entered for the model name.

Note:

On the AF220 only characters from "0" to "9" and from "A" to "F can be entered. By connecting with the PC and using the software which runs on the PC, you can enter any alpha-numeric characters.

AF220 Operations AF220 Display

FUNC

D

Enter Model Name

FUNC

８

SET

Displayed Model Name

Change command

F / 8 / F M 2 0 1 /

Move the cursor with the ▲ and ▼ keys.

F / 8 / 9 1 6 /

(Pressing either the up or down key moves cursor.) model name change.

50

5.4.11 Data Format Setting (Function 5)

Sets the data format and length per record which will be used for data transfer from the AF220 to the PC. The Intel HEX and Motorola S formats are supported.

Enter "50" for the Intel HEX format or "60" for the Motorola S format.

Note: AF220 display during setting operation.

5 / / 5 0 / - F /

(Shadowed section shows the selected item.)

AF220 Operations

-L...Data length per record setting

FUNC

６

１

SET

FUNC

５

...Data Format Setting command

Enter format

Enter Data length

SET FUNC

▲

SET

...50: Intel HEX, 60: Motorola S

...Enter the data length per record.

...Execute data format setting.

Operation Example:

Set the record length to 16-bit and the format to Motorola S format.

AF220 Operations

５

Data Format Setting command

AF220 Display

5 / / 5 0 / - F /

０

０

FUNC

▲

SET

Motolora S format.

5 / / 6 0 / - F /

(Check that “-F” (first address) is displayed.)

Enter the record length in hexadecimal.

5 / / 1 0 / - L /

(Check that “-L” (last address) is displayed.)

51

5.4.12 RS-232C Setting (Function 7)

Sets the baud rate, data length, stop bit, and parity which will be used to communicate with a

PC via RS-232C interface.

-b: Baud rate setting

-P: Data length, stop bit, parity setting

•

Baud rate setting (-b)

Specify this with a one digit code which corresponds to one of the following eight baud rates.

Baud rate [bps] 2400 4800 9600 19200 38400 57600 76800 115200

Code 1 2 3 4 5 6 7 8

Note: If a communication error occurs, select a lower baud rate.

•

Data length, stop bit, parity settings (-P)

Specify these with a 2-digit code.

DataBits

7 : 7 bits (D6～D0)

D3 D2 D1 D0

8 : 8 bits (D7～D0)

LineBreakCheck

0 : disable

StopBits

0 : Stop bits = 1

1 : Stop bits = 2

Parity

00 : No parity check

01 : Odd parity

10 : Even parity

AF220 Operations AF220 Display

７

Enter baud rate code.

▲

Enter data length and others.

SET FUNC SET command

Set the baud rate.

Set data length and others.

(Check that “-b” (baud rate) is displayed.)

7 / / 8 8 / - P /

(Check that “-P” (parity) is displayed.)

Execute RS-232C settings.

52

5.4.13 MCU Operating Frequency Setting (Function DF)

Sets the MCU operating frequency.

AF220 Operations

FUNC

▲

D

▼

F

...MCU Operating Frequency Setting command

...Select the frequency.

SET FUNC SET

...Execute MCU operating frequency setting.

Operation Example:

Set the MCU operating frequency to 10 MHz.

AF220 Operations AF220 Display

D F

Frequency Setting command

D / F /

▲ ▼

D / F /

...Execute

SET FUNC SET frequency setting.

7 ． 5 / /

1 0 ． 0 / /

53

5.4.14 Beep Setting (Function 91)

Turns the beep ON or OFF.

Executing this command once changes the setting in the order of "ON"→"OFF"→"Key entry sound only OFF".

Note: Some control modules can not turn OFF the key entry sound alone.

AF220 Operations

FUNC

SET

９

FUNC

１

SET

...Beep On/Off Setting command

...Execute the command.

When "ON" before setting → Goes "OFF"

When "OFF" before setting → Goes " Only key entry sound OFF"

When "Only key entry sound Off" before setting → Goes "ON"

54

5.4.15 Remote/Local Setting (Function 92)

Set to the "Remote" mode if you want to remotely control the AF220 from the PC. In the

"Remote" mode, only the RESET key is enabled.

To cancel the Remote mode push the RESET key.

Note:

If you are using YDC Remote Control Software it will automatically set the mode.

Therefore this operation is not required.

AF220 Operations

FUNC

SET

９

FUNC

２

SET

...Remote/Local Setting command

...Execute the command → Goes to the "Remote" mode.

55

FUNC

SET

▲

ＲＥＳＥＴ

Displays the versions of the AF220 and the control modules.

SOFT VER: Control module version

HARD VER: AF220 version

AF220 Operations

９ ４

AF220 Display

Display

6 / / command

FUNC

▼

SET

Execute the command.

S O F T V E R 0 1 . 0 0

(Displays the version on the Control Module.)

Change the display item.

H A R D V E R 0 1 . 0 1

(Displays the version on the AF220 hardware.)

56

5.4.17 Beep Tone Setting (Function 95)

Sets the beep tone. High, medium, or low tone can be selected.

Executing this command once changes the tone in the order of "High", "Medium", and "Low".

AF220 Operations

FUNC

SET

９

FUNC

５

SET

...Beep Tone Setting command

...Execute the command.

57

Displays the battery remaining to preserve the control module memory. If BATTERY

REPLACE is displayed replace the battery promptly.

BATTERY FULL:

BATTERY REPLACE:

BATTERY EMPTY:

Good

Need to change the battery.

Remaining battery level is 0. (The memory contents have been erased.)

Caution:

Be careful as when the memory contents are erased the control program is also erased and the AF220 will not start up.

AF220 Operations AF220 Display

９ ６

Display command

9 / /

SET FUNC SET

Execute the command.

B A T T

ＲＥＳＥＴ

Display

E R

•

How to Change the Battery

6 / /

Y F U L L

1. Insert the PC card (control module) in the AF220 and turn the power "ON".

2. After starting the AF220 replace the battery.

At this time leave the AF220 power "ON". Do not turn the AF220 power "OFF" while changing the battery. If the power is "OFF" the PC card data will be erased.

•

Batteries for Memory Preservation

•

Mitsubishi SRAM card (MF3xM1-L6DAT0x)

→ BR2325

•

Maxell SRAM card (ML-xM-TB4Nxx.M-220)

→ CR2025(Maxell)

58

5.4.19 Read Mode Switchover (Function 99)

▲

SET

Toggles the read mode. The AF220 has two read modes.

FULL READ VERIFY: Compares the programmed data in the MCU with the buffer RAM data.

SUM READ VERIFY: Compares the checksum values received from the MCU with the checksum values of the buffer RAM.

Note:

Some control modules do not support mode switchovers.

AF220 Operations AF220 Display

９ ９

Switchover command

V E R I F Y

▼

FUNC SET

...Select SUM or FULL.

S U M R E A D V E R I F Y

...Execute Read Mode toggling.

59

5.5.1 Communication Channel Setting (Function E1)

Sets the communication channel between the AF220 and the PC. The channel can be

"RS-232C" or "Ethernet". (This command is for the AF220 only.)

AF220 Operations

FUNC

▲

SET

E

▼

1

...Communication Channel Setting command

...Select the channel.

FUNC SET

...Execute communication channel setting.

Operation Example:

Change the communication channel from RS-232C to Ethernet.

AF220 Operations

FUNC Ｅ 1

Communication Channel Setting command

▲ ▼

Select Ethernet.

SET FUNC SET

Execute communication channel setting.

AF220 Display

E / 1 / R S - 2 3 2 C /

E / 1 / E T H E R N E T /

60

5.5.2 IP Address/Port Setting (Function E2)

Sets the IP address and port number for the AF220. (This command is for the AF220 only.)

AF220 Operations

FUNC

▲

E

▼

2

...IP Address/Port Setting command

...Sets the IP address and port number.

SET FUNC SET

...Execute IP address/port setting.

Operation Example:

Set the IP address to "192.0.0.1" and port number to "1100".

AF220 Operations AF220 Display

1 9 2 . 1 6 8 . 0 0

FUNC

E 2

IP Address/Port Setting command

1 9 2 ▼

Set "192" (IP address).

0 0 0 ▼

Set "0" (IP address).

0 0 0

Set "0" (IP address).

▼

0 0 1 ▼

Set "1" (IP address)

1 1 0 0

Set "1100" (port number).

SET FUNC SET

Execute IP address/port setting.

▼

1 9 2 . 1 6 8 . 0 . 0

1 9 2 .

1 9 2 .

1 9 2 .

E / 2 /

0 . 0 . 0

0 . 0 . 0

0 . 0 . 1

０ ｘ 1 1 0 0

61

5.5.3 Gateway Address Setting (Function E3)

Sets the default AF220 gateway address. (This command is for the AF220 only.)

Set the gateway address if the AF220 is accessed from different networks or accessed from the same network using routers. If the AF220 and PC are used on the same network set the gateway address to "0.0.0.0".

AF220 Operations

FUNC

E 3

▲

SET

▼

FUNC SET

Operation Example:

...Gateway Address Setting command

...Set the gateway address.

...Execute gateway address setting.

Set the gateway address to "192.0.0.254".

AF220 Operations AF220 Display

0 .

0 . 0 0

FUNC

E 3

Gateway Address Setting command

1 9 2 ▼

Set "192" (gateway address).

0 0 0 ▼

Set "0" (gateway address).

0 0 0 ▼

Set "0" (gateway address).

2 5 4 ▼

Set "254" (gateway address).

SET FUNC SET

Execute gateway address setting.

1 9 2 .

1 9 2 .

1 9 2 .

1 9 2 .

0 . 0 . 0

0 . 0 . 0

0 . 0 . 0

0 . 0 . 2 5 4

62

5.6 List of Device Functions

Command Command contents

Copy

Command key

Reads data from the flash memory to the buffer RAM and performs read check.

"DEV", "8"

Blank Check Checks if the flash memory is erased before programming. "DEV", "9"

Erase

Program

Erases the flash memory and performs blank check.

Programs the flash memory and performs read check.

Read Check Compares the flash memory and the buffer RAM.

E.P.R.

"DEV", "C"

"DEV", "D"

"DEV", "E"

Executes the Erase, Blank Check, Program, and Read Check commands sequentially.

"DEV", "F"

* The functions of some MCUs do not support these commands. Consult your control module manual.

Caution:

The "HV" message appears in the upper left corner of the AF220 display while executing a device function. This shows that the programming voltage is being applied to the target system through the probe. To power off the user system or remove the probe, push the

RESET key on the AF200 and then check that the "HV" message is no longer displayed.

63

5.6.1 Copy

Copies the contents of the MCU flash memory to the AF220 buffer RAM. After copying this command compares the imported contents of the buffer RAM with the flash memory contents.

If the contents are copied successfully and match "PASS" will be displayed. If not, the error addresses will be displayed. The execution range for the Copy command is within the range of the flash memory area (FUNC D6).

AF220 Operations AF220 Display

ＤＥＶ ８

ＣＯＰＹＩＮＧ

...Copy

ＳＥＴ ＤＥＶ ＳＥＴ

...Execute the command.

ＲＥＡＤ ＣＨＥ Ｃ Ｋ Ｉ Ｎ Ｇ

Ｄ／ ／ＰＡＳＳ ／ ／ ０ ０

64

Checks that the flash memory area of the MCU has been erased. If the flash memory contents have been erased "PASS" will be displayed. If not, the address of the bits that have not been erased or the top address of the erased block including that address will be displayed. The execution range for the Blank Check command is within the device function execution range

(FUNC 0).

AF220 Operations AF220 Display

ＤＥＶ ９

ＳＥＴ ＤＥＶ ＳＥＴ

...Blank Check command

...Execute the command.

ＢＬＡＮＫ ＣＨ Ｅ Ｃ Ｋ Ｉ Ｎ

Ｄ／ ／ＰＡＳＳ ／ ／

Ｇ

65

5.6.3 Erase

Erases the contents of the flash memory of the internal MCU. After erasing this command performs a blank check and verifies erasure has been successful. If the erasure has been successful, then "PASS" will be displayed. If not, the error address will be displayed. The execution range for the Erase command is within the device function execution range (FUNC 0).

AF220 Operations AF220 Display

ＤＥＶ Ｃ ＥＲＡＳＩＮＧ

...Erase

ＳＥＴ ＤＥＶ ＳＥＴ

...Execute the command.

ＢＬＡＮＫ

Ｄ／

ＣＨ

／ＰＡＳＳ

Ｅ Ｃ

／

Ｋ Ｉ Ｎ Ｇ

／

66

5.6.4 Program

Writes the AF220 buffer RAM contents in the MCU flash memory area. Then this command compares the flash memory contents with the buffer RAM contents. If the buffer RAM contents match the MCU flash memory contents "PASS" will be displayed. If not, the error address on the buffer RAM will be displayed. The execution range for the Program command is within the device function execution range (FUNC 0).

AF220 Operations AF220 Display

ＤＥＶ Ｄ

ＰＲＯＧＲＡＭＭ Ｉ Ｎ Ｇ

...Program

ＳＥＴ ＤＥＶ ＳＥＴ

...Execute the command.

ＲＥＡＤ ＣＨＥ Ｃ Ｋ Ｉ Ｎ Ｇ

Ｄ／ ／ＰＡＳＳ ／ ０ ０ ／

67

Compares the MCU flash memory contents with the AF220 buffer RAM contents. If the data matches "PASS" will be displayed. If not, the error address or the top address of the erased block including that address will be displayed. The execution range for the Read Check command is within the device function execution range (FUNC 0).

There are two types of Read modes; "FULL READ VERIFY" and "SUM READ VERIFY".

See Section 5-4-19, "Read Mode Switchover (Function 99)" for setting the mode.

Some MCUs do not support the flash memory area reading function. The AF220 uses the application read function from the user system to read the programs. Reading the ROM contents is the means by which copying and reading can be done for unsupported devices. For more information on the application read function consult Appendix 1 and Appendix II of your manual.

Note:

Some control modules do not support the Read Mode Switchover command (Function 99).

AF220 Operations AF220 Display

ＤＥＶ Ｅ

...Read

ＲＥＡＤ ＣＨＥ Ｃ Ｋ Ｉ Ｎ Ｇ

ＳＥＴ ＤＥＶ ＳＥＴ

...Execute the command.

Ｄ／ ／ＰＡＳＳ ／ ／ ０ ０

68

5.6.6 E.P.R.

Writes on the internal flash memory area of the MCU. This command executes the Erase,

Blank Check, Program, and Read Check commands sequentially. If the E.P.R. command is completed successfully "PASS" will be displayed. If not, the error message will be displayed.

The execution range for the E.P.R. command is within the device function execution range

(FUNC 0).

Note:

Some control modules do not support these commands. For further information consult your control module manual.

AF220 Operations AF220 Display

ＤＥＶ Ｆ ＥＲＡＳＩＮＧ

...E.P.R.

ＳＥＴ ＤＥＶ ＳＥＴ

...Execute the command.

ＢＬＡＮＫ ＣＨ Ｅ Ｃ Ｋ Ｉ Ｎ Ｇ

ＰＲＯＧＲＡＭＭ Ｉ Ｎ Ｇ

ＲＥＡＤ

Ｄ／

ＣＨＥ

／ＰＡＳＳ

Ｃ Ｋ Ｉ Ｎ Ｇ

／ ０ ０ ／ ０ ０

69

6. One Action Key Function

Control modules that support one-action key functions can execute device functions with one touch key entries. The two keys in the figure below, OneActionKey1 and OneActionKey2, can be assigned for this function. The usual key operation

DEV * SET DEV SET will not be necessary to execute the device functions and OneActionKey1 and OneActionKey2 can be used to execute these functions with one touch entries.

OneActionKey1

OneActionKey2

70

6.2 One Action Key Setting

6.2.1 Command Sequence File (*.CSB)

The command sequence file (extension: CSB) is used for one-action key setting. Only one CSB file can exist on the DOS area of the control module.

6.2.2 Command Sequence File Format

The command sequence file is a text file and stores the information on which device functions

(command sequence) are assigned to the OneActionKeys.

L K 1 ， CNT1 CNT2 ， C1

，

C2

， ・・・ ，

C16 ； Comment

L K 2 ， CNT1 CNT2 ， C1

，

C2

， ・・・ ，

C16 ； Comment

5 6

1

2

1. KeyNo code (3 bytes)

3 4

LK1: OneActionKey1/ LK2: OneActionKey2

2. ',' (1 byte)

Shows the command delimiter.

3. CNT1 and CNT2 (2 bytes)

Shows the number of device commands.

Decimal notation (after "09" is "10")

Maximum: "16"

For unused keys use "00".

4. Cn

Device commands ... See Table 1 on next page.

5. ';' (1 byte)

Shows the comment delimiter.

6. Comment (any number of bytes + CRLF)

Describes the comment.

71

Table 1. Key definitions

D9

DC

DD

DE

DF

Cn Description

F0(XXXXXXXX YYYYYYYY) Device function area setting

(XXXXXXXX: First address, YYYYYYYY: Last address) *1

F1(XXXXXXXX YYYYYYYY ZZ) Block store

(XXXXXXXX: First address, YYYYYYYY: Last address, ZZ: Data) *2

F2 Buffer memory clear

FF1(XXXXXXXX. XXX)

FF5(XXXXXXXX YYYYYYYY)

File load

(XXXXXXXX. XXX: Load file name) *3

Transfer address setting

(XXXXXXXX: First address, YYYYYYYY: Last address) *1

Blank (Device function)

Erase (Device function)

Program (Device function)

Read (Device function)

E. P. R (Device function)

*1 These settings can be omitted. When omitted, the address becomes the entire flash ROM area.

*2 These settings can be omitted. When omitted, the address becomes the entire flash ROM area and the data becomes “00”.

*3 This setting cannot be omitted.

72

Error messages will be displayed for 3 seconds after a beep sounds. Messages, causes, and actions are as shown below:

1. CSB NOT FOUND

Cause: This error will occur if a command sequence file is not found in the DOS area, multiple command sequence files are found in the DOS area, or the command sequence file has the wrong format.

Action: Check that there is only one command sequence file in the DOS area and that it has the proper format.

2. LK1 ASSIGN ERR/ LK2 ASSIGN ERR

Cause: This error will occur if the settings information in the command sequence file has any inconsistencies (undefined device commands, unmatched number of device commands, or others).

Action: Correct the setting information in the command sequence file.

73

7. Sumcheck Function

This function checks the checksum values and data at specified addresses for every device function execution. As this check is done for every device function execution it is possible to prevent incorrect object data from being written.

7.2 Sumcheck Function Settings

The YSM file (extension: YSM) is used for the sumcheck function settings. Only one YSM file can be exist in the DOS area of the control module. If there is a YSM file in the DOS area of the control module when a device function is executed, then the sumcheck function will be executed. Before executing the device function the YSM file data is compared with the buffer

RAM data. If it passes the check then the device function is executed. After reading and executing the device function a comparison is then carried out between the YSM file checksum value and the value at execution read time.

74

7.2.2 YSM File Format

The YSM file is in the Motorola S format. Use the AZ281 (option) to create this file.

Line 1 SUM Data

Set the checksum value for the object data.

Address: 00000000, Size: 1, Type: HEX

Data: Checksum value for the object data

Line 2 SUM Data Check Flag

Set whether Line 1 will be checked or not.

Address: 00000000, Size: 1, Type: HEX

Data: Checked (1), Not checked (0)

Line 3 Data1

Set the data address and other information for the check.

Address: Data top address

Size: Data size

Type: HEX or ASCII

Line 4 Data1 Check Flag

Set whether Line 3 will be checked or not.

Address: 00000000, Size: 1, Type: HEX

Data: Checked (1), Not checked (0)

These settings will generate the file below. (Motorola S format file)

1 S3060000000000F9

2 S3060000000001F8

← SUM Data Check Flag

3 S30B00000100010203040506DE

← Data1

4 S3060000000001F8

← Data1 Check Flag

5 S70500000000FA

From line 3, you can add as many data and check flag pairs as you want up to a maximum of

10 items.

75

8. Specifications

Ambient temperature: 5 to 40 ℃

Humidity:

Power:

20 to 80% (no condensation)

AF220 DC input Voltage: 6 to 16V

Current: 0.4A or less (average)

AC adapter input Voltage: 90 to 264 VAC

Current: 1 A rms (115 VAC)

0.5 A rms (230 VAC)

Physical dimensions: 210 (L) X 148 (W) X 44 (H)

76

Connector pin arrangement (mate side view)

DELC-J9PAF-13L6 ( JAE )

5 1

9 6

Supported baud rates are as shown below.

2400 bps

4800 bps

9600 bps

19200 bps

38400 bps

57600 bps

76800 bps

*

115200 bps

*

* If a communication error occurs, select a lower baud rate.

77

Connector for DOS/V (9 pin female - 9 pin female)

AZ221

DEU-9SF-P0 ( JAE ) DEU-9SF-P0 ( JAE )

AZ221 connection diagram

5

6

7

8

9

Pin

No

1

2

3

4

AF220/210

Signal Name

NC

RXD

TXD

DTR

SG

NC

RTS

CTS

NC

AZ221

3m

5

6

7

8

9

Pin

No

1

2

3

4

PC

Signal Name

DCD

RXD

TXD

DTR

SG

NC

RTS

CTS

RI

78

AZ222: Connector for PC98 (25 pin male - 9 pin female)

AZ222

DEU-9PF-P0 ( JAE ) DBU-25PF-P0 ( JAE )

D9S-FF ( SANWA SUPLY )

AZ222 connection diagram

4

5

6

7

8

9

Pin

No

1

2

3

AF220/210

Signal Name

NC

RXD

TXD

DTR

SG

NC

RTS

CTS

NC

AZ222

3m

4

5

6

7

20

Pin

No

1

2

3

PC

Signal Name

FG

TXD

RXD

RTS

CTS

DSR

SG

DTS

79

Connector pin arrangement (mate side view)

8

TM11R-5L-88( HRS )

1

Pin No

1

2

3

4

5

6

7

8

Signal Name

TXD+

TXD-

RXD+

N.C.

N.C.

RXD-

N.C.

N.C

80

Connector pin arrangement (mate side view)

IC7-68PD-1.27DS-EJR ( HRS )

1 34

35

Signal Name

D5

D6

D7

GND

D3

D4

/CE1

A10

/OE

A11

A9

A8

A13

A14

/WE

N.C.

Vcc

Pin

No

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

Pin

No

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

Signal Name

A5

A4

A3

A2

N.C.

A16

A15

A12

A7

A6

A1

A0

D0

D1

D2

WP

GND

Signal Name

GND

/CD1

N.C.

N.C.

N.C.

N.C.

N.C.

/CE2

N.C.

N.C.

N.C.

A17

A18

A19

A20

A21

Vcc

Pin

No

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

Pin

No

52

53

54

55

56

57

58

59

60

61

62

63

64

65

66

67

68

Signal Name

N.C.

A22

A23

A24

A25

N.C.

N.C.

N.C.

N.C.

/REG

BVD2

BVD1

N.C.

N.C.

N.C.

/CD2

GND

68

81

8.5 External Key Entry Interface

Connector pin arrangement (mate side view)

5 1

10 6

TX20A-10R-D2LT1-A1LH (JAE)

Definition

1 RST+

2 OAK1+

3 OAK2+

4 Reserved

5 Reserved

6 RST-

7 OAK1-

8 OAK2-

9 Reserved

10 Reserved

ONE ACTION KEY 1 + Pin (LINE KEY 1)

ONE ACITON KEY 2 + Pin (LINE KEY 2)

ONE ACTION KEY 1 – Pin (LINE KEY 1)

ONE ACTION KEY 2 – Pin (LINE KEY 2)

* The OneActionKey1 is the top right blank key and the OneActionKey2 is the bottom right blank key.

* By shorting the positive terminal and negative terminal of each signal the applicable key on the AF220 keyboard will go in a pressed state.

82

Key entering 1

Key entering 2

TPWL TINT

TPWL

8.5.4 EXT.KEY Interface Cable (AZ223)

AZ223

Plug : TX20A-10PH1-D2P1-D1( JAE )

1m

C a b l e : U L 2 7 2 7 6 - S B ( M A ) 1 0 P

×

2 8 A W G ( 7 / 0 . 1 2 7 ) ( H I T A C H I C A B L E )

Wiring Diagram

RST+

RST-

OAK1+

OAK1-

OAK2+

OAK2-

Reserved

Reserved

Reserved

Reserved

4

9

3

8

5

10

1

6

2

7

TX20A-10PH1-D2P1-D1

Orange ■

Orange □

Grey ■

Grey □

White ■

White □

Yellow ■

Yellow □

Pink ■

Pink □

■ ：

Dot mark black

□ ： Dot mark red

83

8.6.1 Connector (TARGET PROBE)

Connector pin arrangement (mate side view)

14 1

•

28

DX10-28S ( HRS )

15

Vpp output are as shown below:

Voltage (±5%)

Current (max value)

0 - 3.0 (V)

3.0 - 12.5 (V)

10 (mA)

200 (mA)

•

TVcc input is 2.7 - 5.25 (V).

84

This is used for the DX10-28S (HRS) or equivalent connector mounted on the target board.

AF200-side

(Target-side)

DX-28-CV

(Connector Cover w/ One-Touch Lock)

Target-side

(AF200-side)

Standard Probe

A: AZ210

1m

1

15

DX31A-28P

14

28

1 14

The pin layouts are viewed from the cable side.

DX31A-28P

15

*Connectors

Manufacturer: Hirose Electoronics

28

AZ210 Wiring Table

18

19

20

21

22

23

24

25

26

27

28

14

15

16

17

10

11

12

13

7

8

5

6

9

3

4

1

2

AZ210 : AF200-side(Target-side)

Standard Signal Pin Assign

Pin No.

AF200

Standard Signal Name

GND

TVcc

Vcc

TRES

/TRES

TCK

GND

GND

TAUX2 (TR/W)

/TICS

TAUX5 (/TOE)

TMODE

TTXD

GND

GND

TVpp1

TVpp2

WDT

TAUX3 (TVpp1C)

TAUX4 (TVpp2C)

GND

GND

TAUX

TBUSY

TI0

TI1

TRXD

GND

18

19

20

21

22

23

24

25

26

27

28

14

15

16

17

10

11

12

13

7

8

5

6

9

3

4

1

2

AZ210 : Target-side(AF200-side)

Standard Signal Pin Assign

Pin No.

AF200

Standard Signal Name

GND

TVcc

Vcc

TRES

/TRES

TCK

GND

GND

TAUX2 (TR/W)

/TICS

TAUX5 (/TOE)

TMODE

TTXD

GND

GND

TVpp1

TVpp2

WDT

TAUX3 (TVpp1C)

TAUX4 (TVpp2C)

GND

GND

TAUX

TBUSY

TI0

TI1

TRXD

GND

Full 28 pin-to-pin wired.

85

If the connector can not be mounted on the target board then use this cable to connect test clips to test pins or others.

Target-side

AF200-side

Standard Probe

B: AZ211

1m

1 14 2 20

0.25m

Test Clips:

Signal x 20

GND x 1

DX31A-28P

15

(Hirose Electronics)

28 1

PS-20PE-D4LT1-B1

(JAE)

The pin layouts are viewed from the cable side.

19

AZ211 Wiring Table

Enlarged View

Pin No.

7

8

9

10

11

12

13

4

5

6

1

2

3

14

15

16

17

18

19

20

AZ211(AZ213) : Target-side

Test Clips Signal Assign

Lead Color

Brown

Red

Orange

Yellow

Green

Blue

Violet

Grey

White

White & Black

White & Brown

White & Red

White & Orange

White & Yellow

White & Green

White & Blue

White & Violet

White & Grey

Yellow & Green

Light-Blue

AF200

Signal Name

TRXD

TTXD

TVccs (TI1)

TMODE

TI0

TAUX5 (/TOE)

TBUSY

/TICS

TAUX

TAUX2 (TR/W)

TAUX4 (TVpp2C)

TCK

TAUX3 (TVpp1C)

/TRES

WDT

TRES

TVpp2

Vcc

TVpp1

TVccd

GND (Black) : Directry Soldered to PWB.

I/O

O

O

O

I

O

O

O

O

I

O

I

O

I

O

O

I

O

O

O

O

※

The lead color of pin No.19 has been changed from “Light-Green”

to “Yellow & Green” to distinguish it from “Green”.

The pin No.19 which you have may be “Light-Green”.

21

22

23

24

25

26

27

28

14

15

16

17

18

19

20

7

8

9

10

11

12

13

4

5

6

1

2

3

AZ211(AZ213) : AF200-side

Standard Signal Pin Assign

Pin No.

AF200

Standard Signal Name

GND

TVccd

Vcc

TRES

/TRES

TCK

Reserved

GND

TAUX2 (TR/W)

/TICS

TAUX5 (/TOE)

TMODE

TTXD

GND

GND

TVpp1

TVpp2

WDT

TAUX3 (TVpp1C)

TAUX4 (TVpp2C)

GND

Reserved

TAUX

TBUSY

TI0

TVccs (TI1)

TRXD

GND

86

You can customize the connector and wiring.

DX-28-CV

(Connector Cover w/ One-Touch Lock)

AF200-side

Target-side

Standard Probe

C: AZ212

1m

1 14

DX31A-28P

15 28

The pin layouts are viewed from the cable side.

AZ211 Wiring Table

AZ212 : AF200-side

Standard Signal Pin Assign

17

18

19

20

13

14

15

16

21

22

23

24

25

26

27

28

6

7

4

5

1

2

3

8

9

10

11

12

Pin No.

AF200

Standard Signal Name

GND

TVcc

Vcc

TRES

/TRES

TCK

GND

GND

TAUX2 (TR/W)

/TICS

TAUX5 (/TOE)

TMODE

TTXD

GND

GND

TVpp1

TVpp2

WDT

TAUX3 (TVpp1C)

TAUX4 (TVpp2C)

GND

GND

TAUX

TBUSY

TI0

TI1

TRXD

GND

*Connectors (DX31A-28P, DX-28-CV)

Manufacturer: Hirose Electoronics

17

18

19

20

13

14

15

16

21

22

23

24

25

26

27

28

6

7

4

5

1

2

3

8

9

10

11

12

Pin No.

AF200

Standard Signal Name

GND

TVcc

Vcc

TRES

/TRES

TCK

GND

GND

TAUX2 (TR/W)

/TICS

TAUX5 (/TOE)

TMODE

TTXD

GND

GND

TVpp1

TVpp2

WDT

TAUX3 (TVpp1C)

TAUX4 (TVpp2C)

GND

GND

TAUX

TBUSY

TI0

TI1

TRXD

GND

AZ212 : Target-side

Wiring Specification

Insulator

Color

White

Yellow

Orange

Grey

White

Yellow

Pink

Orange

Grey

White

Yellow

Pink

Orange

Grey

White

Pink

Orange

Grey

White

Yellow

Pink

Orange

Grey

White

Yellow

Pink

Orange

Grey

Dot Mark

■

■

■■

■■

■■

■■

■■

■■■

■■

■■■

■■■

■■■

■■■

■

■

■

■■■

■■■

■■■

■

■

■

■

■

■■

■■

■■

■■

Black

Black

Red

Red

Red

Red

Red

Red

Red

Red

Red

Red

Red

Red

Red

Red

Black

Black

Black

Black

Black

Black

Black

Black

Black

Black

Black

Black

87

9. Maintenance Service

9.1 Maintenance Service Contract Recommendation

YDC offers preventive and quick repair services which allow our customers to always use their AF220s in excellent running condition and to produce great results.

Our maintenance service period is set to support you for the lifetime of your specified machine.

The lifetime maintenance service system is available by contract when you buy your AF220.

Our maintenance service include:

1. Taking care of repairs when failures occur

2. System software revision service

3. Loaning backup AF220s during the repair period

In addition YDC also offers our Engineering Service (ES) as an optional service contract. With this service contract and with our customer's cooperation we will propose a solution to the customer by determining and analyzing the problems when the customer connects the AF220 to the user system.

Through these services we believe that our customers can use the AF220 effectively for various purposes with a high up rate and increase their productivity. Please see our

"Maintenance Service Information" and make good use of it.

YDC offers product maintenance and repair parts for a period which lasts five years after YDC stops production for that product.

88

YDC offers both maintenance service and optional ES service. Our maintenance service menu and, for your reference, our on-call service menu which is available after your contract expires, are displayed below.

Work contents

Taking care of repairs

Lifetime maintenance contract

◯ Parts included in the lifetime maintenance contract are free of charge for repairs.

*1

On call service

◯ Fee based repairs

(rates for your reference)

Loaning a backup

AF220 during repairs

◯ Loaning a backup AF220 during repairs is free of charge.

◯ Fee based loan

AF220 (rates for your reference)

Software revision up

◯ Offering revision up information

To meet your needs, YDC will ship the latest software without any charge.

△ Revision up is fee based. optional service

*2

◯ Optional contract

(ES optional service)

This service provides technical supports for problems when the writer and target system are connected as shown on the separate ES

Optional Service list.

×

Note

*1 Cable, probe, and battery replacements are not included. In addition repairs that are the responsibility of the customer will require additional payment.

*2 In addition to the standard service, the Engineering Support service contract is required.

89

9.3.1 Purpose

The smooth connection of the target system and the writer.

•

YDC offers the examination of problems when your target system and writer are connected and then presents measures to solve those problems.

•

ES optional service is available from AM 9:00 to PM 5:00.

<On Carrying Out ES Optional Service>

•

You shall provide the equipment we need for our maintenance service. In addition, you shall provide effective information on your target system when we need the information during our investigation.

•

After investigation, YDC can provide additional hardware and/or software which is needed to fix the problem. This service is not covered by this service contact regardless of the cause of the problem. There are extra charges for these services.

•

YDC provides a special order model name for the above added hardware and software and manages it.

•

For services outside of the above time YDC also charges an extra fee.

•

If our service engineer travels to provide services, our hourly rates during normal hours are within the range in the contract, but YDC does charge for travel expenses such as transportation and lodging. YDC also charges extra for services outside of our normal

9:00 AM to 5:00 PM hours.

9.3.3 Others

•

ES optional service supplements the maintenance support for the control modules

(Fx-xxx).

•

In order to obtain ES optional service you must have the ES optional service contract for the attached control module and the lifetime maintenance service for the control module and the AF220.

90

The first six months after you purchase your AF220 is our period of free maintenance service.

During this period you can obtain our standard service free of charge.

<Maintenance Service Conditions>

Our lifetime maintenance service is a maintenance support option for the flash writer (AF220) and control module. After six months of the period of use (lifetime) of your flash writer a new maintenance contract agreement is necessary if you would like a maintenance agreement. The contents of this agreement may vary depending on the lifetime of your AF220. YDC is currently conducting a six month extension campaign, so if you enter into a lifetime maintenance contract when you purchase your flash writer, then YDC will extend the above free maintenance contract period to one year.

Please complete the information on the maintenance contract application form on the next page and sign up at our Instruments Business Division. Furthermore, concerning the maintenance service rates please see the list price which is on a separate sheet. If anything is not clear please contact our Instruments Business Division sales department or a distributor.

Send your registration and lifetime maintenance contract to:

Instruments Business Division Support Center

Yokogawa Digital Computer (K.K.)

91

Yokogawa Digital Computer (K.K.)

User registration and Lifetime Maintenance Contract Application Form

The flash writer lifetime maintenance contract can be concluded by applying as shown below.

<<How to contact you>>

Company name

(Office name)

Section: TEL:

Name: FAX:

<<System configuration>>

(A) Flash writer AF220

•

AF220 serial number:

(Write the serial number which is on the nameplate seal on the back of the AF220)

•

•

Control module model name:

Control module serial number:

(Write the serial number which is on the nameplate seal on the front of the control module PC card)

<<Contract service type and period>>

Check the box and fill in the contents for the service contract

□ 1. Standard service

Contract coverage Purchase date

(A) AF220

(B) Control module

Maintenance contract starting date

Contract period Contract completion scheduled date

□2. ES option (to be contracted for during the control module standard service contract period)

Contract contents

(C) ES optional service

Maintenance contract starting date

Contract period Contract completion scheduled date

*1 YDC is currently conducting a six month extension campaign for customers who enter into maintenance contracts at the time of purchase. YDC will extend the above free maintenance contract period to one year.

*2 YDC believes that our one year service period after purchase is appropriate for almost all of our customers.

92

The company which handles rental machines offers the following two types:

(1) Flash Writer Covered by Maintenance Service

This is the product that YDC has entered into a standard service contract with the rental company for. Customers using our flash writer covered by the maintenance contract can automatically use the standard services shown in our list of maintenance services. In addition customers using our flash writer maintenance contract can use ES optional services that they would like. (There are additional fees.) ES optional service is conducted by contracts between customers and our company. Enter the information in the attached lifetime maintenance contract application form and fax it to us.

YDC also offers an ES Optional Service for shorter periods for customers who will be using our AF220 for a shorter period of time.

(2) Flash Writer not Covered by Maintenance Contract

The rental company is in charge of Flash Writer maintenance service. When YDC provides maintenance services, YDC will ask you for reimbursement for our on-call service fees.

After confirming whether or not the maintenance contract applies to rental products, please contact the department in charge of the maintenance. In addition to the flash writer rental product, the dummy target (DUB) for the self-test function is added to the product for your use. If there are any problems with your AF220 after carrying out self-diagnostics with the dummy target, please contact our support center.

93

9.6 Maintenance Service System

The AF220 support center below is in charge of the flash writer maintenance service.

1. Support Center

Contact the support center below with any maintenance service inquiries you have.

Instruments Business Division Support Center

Yokogawa Digital Computer (K.K.)

Tel: 042-333-6245

Fax: 042-352-6107

For technical inquiries please send them by fax.

2. Maintenance Service Hours

A.M. 9:00 to P.M. 5:00 (Monday to Friday)

94

Fax to 042-352-6107

Instruments Business Division Support Center

Yokogawa Digital Computer (K.K.)

Q&A FAX SHEET

If there are any abnormalities generated while using the product please consult your user manual first. (Be especially sure to conduct the DUB programming test.) If the situation does not return to normal, then fill out the Q&A Fax Sheet items below and send the Fax Sheet to the Support Center. (Please fill out each item and keep a copy for your own use.)

<<How to contact you>>

Company name

(Office name)

Section: TEL:

Name: FAX:

<<System configuration>>

(A) Flash writer AF220

•

AF220 serial number:

(Write the serial number which is on the nameplate seal on the back of the AF220)

•

Control module model name:

•

Control module serial number:

(Write the serial number which is on the nameplate seal on the front of the control module PC card)

<<Problem contents and those conditions>>

Failures or Status (The frequency of the problems, operation procedures, and other things at that time)

Instruments Business Division Support Center (A.M.9:00 to P.M.5:00)

TEL: 042-333-6245

FAX: 042-352-6107

95

Appendix List of Error Codes

Error code

01:WORK RAM ERR

02:BUFFER RAM ERR

Content

Working RAM failure

State/Action

Defective AF220

03:PROGRAM ROM ERR Program ROM failure Defective AF220

04:PC CARD ERR

14:DEVICE ERR XX

15:TVCC TOO LOW

16:VPP1 TOO LOW

17:VPP2 TOO LOW

18:DEVICE ILLEGAL REPLY

XX

19:DEVICE CRC ERR

Target device error

User target voltage low

Vpp1 voltage low

Vpp2 voltage low

Illegal response from MCU

Device communication error

User target MCU abnormality.

Correct wiring.

Correct connection or target power.

*1

User target has a short circuit.

Correct wiring.

User target has a short circuit.

Correct wiring.

Correct connection or communication setting

Correct communication settings.

*1

1A:DEVICE OVERRUN XX

1E:DEVICE NO STR

1F:DEVICE NO KEY

Data has been overwritten before retrieving

Correct the communication settings.

1B:DEVICE FRAMING ERR

XX

1C:DEVICE SEND TIMEOUT

XX

1D:DEVICE RECV TIMEOUT

XX

Baud rate mismatch

AF220 does not transmit in the specified time.

Correct the communication settings.

Correct the connection or the communication settings.

No response from the target MCU in the specified time

Correct the connection or the communication settings.

Could not receive the STR code during Application Read

Keyword mismatch during

Application Read

20:COM I/O ERR

21:COM IN ERR

22:COM OUT ERR

33:DATA FORMAT ERR

Serial I/O line error

Serial IN parity error

Serial OUT timeout

Invalid receive data

Correct host communication settings.

Correct host communication settings.

Correct host communication settings.

Correct host communication settings.

34:DATA ADDRESS ERR

35:FILE CRC ERR

36:HEX ADDRESS

OVERFLOW

37:S5 RECORD CHECK ERR

Data being expanded outside the range of Func D6 address

Intel Hex or Motorola S file checksum value differs from the loaded data checksum value

Correct user object.

Correct user object.

The Intel Hex format file is over the

20 bit address range.

Correct user object.

Motorola S file S5 record value differs from the loaded data checksum value.

Correct user object.

*1

*1

*1

*1

96

40:INVALID PC CARD

42:PC CARD WRITE

PROTECTED

PC card has invalid format.

PC card is write protected.

Defective control module.

Remove the PC card write protect.

43:BATTERY EMPTY PC card battery is empty.

Internal PC card data will be erased.

44:PC CARD PARAMETER

ERR XXXX

45:BATTERY REPLACE

PC card parameter values are invalid. Download proper parameters.

Very little PC card battery remains. Change PC card battery.

*2

*3

50:PC CARD DISK FULL

60:FILE FORMAT ERR

62:MODIFY FILE FULL

64:RAM000 NUM MAX

65:YSM FILE NOT FOUND

No space is left on the PC card.

AF200 has loaded the file with the wrong extension.

The number suffixed to file extension may be over 1000.

The number suffixed to filename may be over 1000.

No YSM file on the PC card

Put in the proper extension.

Modify files can create up to 1000 files.

RAM xxx files can be up to a maximum of 1000 files

Copy the YSM file on the PC card.

66:YSM FILE FORMAT ERR

80:NO LICENCE

Illegal YSM file format

67:YSM CHECK ERR YSM/XX

RAM/YY

YSM file checksum value differs from the checksum value of the data on the buffer RAM.

67:YSM CHECK ERR

ADDRESS:ZZZZZZZ

Data on YSM file at the corresponding address differs from the data on the buffer RAM.

68:UNSPORTED FILE

FORMAT

Check file contents and describe them in the correct format.

AF200 is trying to load a file without a BIN, HEX, or S extension.

AF200 can only load files with a

BIN, HEX, or S extension.

No control module license

Control modules without licenses can not be loaded

E0:ETHERNET ERR XYZ Ethernet connection abnormality See detail code below.

*4

*4

*5

E2:NO BTP FILE No BTP file on the PC card

E3:FILE NOT FOUND There is no file.

*1

XX

01 : ERASE ERROR

02 : BLANK ERROR

03 : PROGRAM ERROR

04 : READ ERROR

05 : COPY ERROR

0F : OTHERS

*2

XXXX: Parameter address error

*3

Consult AF220 manual "Battery Remaining Display" to change battery.

Copy a BTP file on the PC card.

Choose an existing file.

97

*4

XX: YSM file checksum value

YY: Buffer RAM (Func 0 range) checksum value

ZZ:YSM file and the buffer RAM address do not match.

*5

X: Y:

0: Initializing

1: Opening

2: Closing

3: Sending

4: Receiving

5: Connecting

0: Subsystem reset error

1: Subsystem configuration error

2: Opening error

3: IP address setting error

4: Gateway address setting error

5: IP address port address setting error

6: Connect request (Listen) error

7: Connect permission (Accept) error

8: Closing error (Shut)

9: Closing error (Close)

A: Sending error (Send)

B: Receiving error (Recv)

C: Status error

Z:

0: Timeout

1: Request error 1

2: Request error 2

3: Response error 1

4: Response error 2

5: CCB error

6: DB error

7: Line error

98