Cautions Keep safety first your circuit designs! Renesas Technolo

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Cautions
Keep safety first your circuit designs! Renesas Technology Corporation puts maximum effort into making semiconductor products better more reliable, there always possibility that trouble occur with them. Trouble with semiconductors lead personal injury, fire property damage. Remember give consideration safety when making your circuit designs, with appropriate measures such placement substitutive, auxiliary circuits, (ii) nonflammable material (iii) prevention against malfunction mishap. Notes regarding these materials These materials intended reference assist customers selection Renesas Technology Corporation product best suited customer's application; they convey license under intellectual property rights, other rights, belonging Renesas Technology Corporation third party. Renesas Technology Corporation assumes responsibility damage, infringement third-party's rights, originating product data, diagrams, charts, programs, algorithms, circuit application examples contained these materials. information contained these materials, including product data, diagrams, charts, programs algorithms represents information products time publication these materials, subject change Renesas Technology Corporation without notice product improvements other reasons. therefore recommended that customers contact Renesas Technology Corporation authorized Renesas Technology Corporation product distributor latest product information before purchasing product listed herein. information described here contain technical inaccuracies typographical errors. Renesas Technology Corporation assumes responsibility damage, liability, other loss rising from these inaccuracies errors. Please also attention information published Renesas Technology Corporation various means, including Renesas Technology Corporation Semiconductor home page (http://www.renesas.com). When using information contained these materials, including product data, diagrams, charts, programs, algorithms, please sure evaluate information total system before making final decision applicability information products. Renesas Technology Corporation assumes responsibility damage, liability other loss resulting from information contained herein. Renesas Technology Corporation semiconductors designed manufactured device system that used under circumstances which human life potentially stake. Please contact Renesas Technology Corporation authorized Renesas Technology Corporation product distributor when considering product contained herein specific purposes, such apparatus systems transportation, vehicular, medical, aerospace, nuclear, undersea repeater use. prior written approval Renesas Technology Corporation necessary reprint reproduce whole part these materials. these products technologies subject Japanese export control restrictions, they must exported under license from Japanese government cannot imported into country other than approved destination. diversion reexport contrary export control laws regulations Japan and/or country destination prohibited. Please contact Renesas Technology Corporation further details these materials products contained therein.
Hitachi Microcomputer Development Environment System
F-ZTATMicrocomputer On-Board Writing Program
(HS6400FWIW5S) User's Manual
ADE-702-227 Rev. 00/10/24 Hitachi, Ltd.
Cautions
Hitachi neither warrants grants licenses rights Hitachi's third party's patent, copyright, trademark, other intellectual property rights information contained this document. Hitachi bears responsibility problems that arise with third party's rights, including intellectual property rights, connection with information contained this document. Products product specifications subject change without notice. Confirm that have received latest product standards specifications before final design, purchase use. Hitachi makes every attempt ensure that products high quality reliability. However, contact Hitachi's sales office before using product application that demands especially high quality reliability where failure malfunction directly threaten human life cause risk bodily injury, such aerospace, aeronautics, nuclear power, combustion control, transportation, traffic, safety equipment medical equipment life support. Design your application that product used within ranges guaranteed Hitachi particularly maximum rating, operating supply voltage range, heat radiation characteristics, installation conditions other characteristics. Hitachi bears responsibility failure damage when used beyond guaranteed ranges. Even within guaranteed ranges, consider normally foreseeable failure rates failure modes semiconductor devices employ systemic measures such fail-safes, that equipment incorporating Hitachi product does cause bodily injury, fire other consequential damage operation Hitachi product. This product designed radiation resistant. permitted reproduce duplicate, form, whole part this document without written approval from Hitachi. Contact Hitachi's sales office questions regarding this document Hitachi semiconductor products.
Preface
F-ZTAT microcomputer on-board writing program (hereinafter referred on-board writing program) program that allows user write data program code flash memory F-ZTAT microcomputer board. using on-board writing program, user write contents flash memory F-ZTAT microcomputer after been installed circuit board. user write application programs update contents memory workplace field. This will make product development easier allow more flexibility. user F-ZTAT microcomputer's on-board writing function installing onboard writing program host computer. user must read understand this manual before using on-board writing program. user must keep this manual read when necessary. user must on-board writing program before reading this manual. Microsoft®, MS®, MS-DOS®, Windows® Windows® registered trademarks Microsoft® Corporation United States and/or other countries. registered trademark International Business Machines Corporation. F-ZTAT
(Flexible ZTAT) trademark Hitachi, Ltd.
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Contents
Section Overview
On-Board Writing Function F-ZTAT Microcomputer 1.1.1 Boot Mode.1 1.1.2 User Program Mode Function Structure On-Board Writing Program
Section Installation
Installation.7
Section Preparation Before On-Board Writing
Modifying Writing Program.9 Connecting Host Computer User System Setting Serial Port.11
Section Using On-Board Writing Program: Basic Operations
Starting On-Board Writing Program Ending On-Board Writing Program.13 Selecting Standard Mode.15 Selecting Microcomputer Clock Communication Setting.18 Write Erase Setting Starting On-Board Writing
Section Using On-Board Writing Program: Further Operations
Further Operations On-Board Writing Program Selecting Custom Mode Selecting Boot/Set up/Write/Sumcheck Specifying Block Erase
Section Menus
[File] Menu.31 [Setting] Menu.31 [Help] Menu
Section Error Messages
Error Dialog List Error Messages
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Section Overview
On-Board Writing Function F-ZTATMicrocomputer
F-ZTAT microcomputer kinds on-board writing modes: boot mode user program mode. 1.1.1 Boot Mode
boot program installed microcomputer loads writing program erases entire contents flash memory. After selecting boot mode, reset start-up microcomputer. microcomputer will load boot program then start.
Boot program
Flash memory
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boot program will acquire writing program through Serial Communication Interface (SCI) load into RAM.
Writing control program
Writing cotrol program
Boot program Flash mamory
When boot program loaded writing program, boot program will erase entire contents flash memory hand control writing program.
Erase entire flash mamory
Writing cotrol program
Boot program Flash mamory
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writing program will acquire application program from Serial Communication Interface (SCI), etc. load into flash memory.
Application program
Application program
Writing control program
Flash memory
1.1.2
User Program Mode
Application programs erase contents write flash memory. application program will start write flash memory when microcomputer enters user program mode. While application program writing flash memory, user cannot read flash memory; therefore, user must load writing routine external memory execute writing routine.
SCI, port, etc.
Application program
Writing routine Flash memory
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writing routine will erase contents flash memory block units.
SCI, port, etc.
Erase
Writing routine Flash memory
writing routine will acquire rewriting data from SCI, port, etc. writes them flash memory. writing routine acquire writing data from arbitrary peripheral functions according user system's function.
Rewrite data
SCI, port, etc.
Rewrite data
Writing routine Flash memory
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Function Structure On-Board Writing Program
installing on-board writing program host computer, flash memory F-ZTAT microcomputer erased written Connect host computer (OS: Windows® 95/98/ Windows NT®/2000) microcomputer serial link. Connect host computer's serial port microcomputer's through interface; user system must have appropriate interface host computer's serial port. adapter, because voltage levels will different systems. Application programs simply mean data written flash memory. Send application program microcomputer serial communications thus rewrite contents flash memory. on-board writing program consists programs, which are: Main program: runs host computer (Flash.exe) Writing program: runs microcomputer (xxx.inf, xxx.sub, xxx.src; where indicates product type) main program user interface host on-board writing. writing program routine erase write contents flash memory. these programs erase contents write flash memory boot mode. main program communicates with boot program, which installed microcomputer, loads writing program microcomputer. main program then communicates with writing program writes application program microcomputer's flash memory.
Host computer
F-ZTATmicrocomputer
Boot program Installed microcomputer Writing program Provided product
On-board writing main program (Flash.exe) Provided product
Serial communications
Serial port
Figure
Model Operation On-Board Writing Program
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Note: directly connect host computer's serial port microcomputer's SCI. Because voltage levels will different systems, this damage product. details serial port specifications, refer manuals host computer. specifications, refer hardware manual microcomputer. Each microcomputer writing program. Each writing program consists following three files. Refer attached papers supported microcomputers corresponding writing program. xxx.inf: Information file (INF file) xxx.sub: Main writing program (S-type load module) xxx.src: Main writing program (source program) File xxx.inf gives information relating microcomputer writing program. File xxx.inf contains setting main program running host computer select function each product. Files xxx.sub xxx.src writing programs. xxx.sub executed boot mode write flash memory. file xxx.sub, which S-type load module. frequency file xxx.src modified. details, refer section 3.1, Modifying Writing Program. user also file xxx.sub sample program.
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Section Installation
Installation
Insert CD-ROM into CD-ROM drive host computer double-click icon file Setup.exe CD-ROM. When dialog figure displayed, click [Next button proceed. cancel, click [Cancel].
Figure
[Welcome] Dialog
When dialog figure displayed, input destination directory. When nothing input, standard directory assumed.
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Figure
[Choose Destination Location] Dialog
Click [Next button when have finished. installer will copy program host computer. When installer completed copying, dialog shown figure will displayed.
Figure
[Setup Complete] Dialog
Click [Finish] button complete installation.
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Section Preparation Before On-Board Writing
Modifying Writing Program
writing program continuously sets control register flags specified interval while user writing programs data flash memory. These control register flags that necessary voltage applied flash memory cells. writing program must same thing when erasing contents flash memory. writing program uses clock calculate parameters used timing. However, since writing program cannot determine clock, which use, user must determine clock notify writing program. clock writing program modified following ways: Through on-board writing operation (setup function) modifying part program Details former notifying clock will given later. Here, will explain latter method. Each writing program consists following three files (xxx means product type). xxx.inf: Information file (INF file) xxx.sub: Main writing program (S-type load module) xxx.src: Main writing program (source program) Modify program source program (xxx.src). following procedure: Modify xxx.src. text editor modify xxx.src. Search definition symbol KHZ. program, these symbols written that they represent operation frequency. Usually, these symbols defined beginning program. Modify according clock user system. Fraction that goes beyond digits below fraction point rounded down MHZ, fraction that goes beyond three digits below fraction radix point rounded down KHZ. Refer comments details. Convert xxx.src S-type load module. assembler, linkage editor, object converter convert xxx.src S-type load module. details, refer user's manual each software tool. Replace xxx.sub with created S-type load module. save created file under different name different directory rather than replace xxx.sub with modified S-type load module, follow procedure below:
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main part file name (xxx) must same information (.INF) load module (.SUB) files. Store xxx.inf that corresponds xxx.sub same directory. clock writing program must same microcomputer internal system clock. clock equals clock input microcomputer multiplied multiplier generated Clock Pulse Generator (CPG) frequency crystal oscillator connected microcomputer multiplied multiplier generated Clock Pulse Generator (CPG). details, refer hardware manual. Note: clock correctly. clock parameters incorrectly set, flash memory will erased written correctly.
Connecting Host Computer User System
This section will explain connect host computer's serial port microcomputer's SCI. host computer's serial port microcomputer's runs different voltage levels, user cannot connect them directly. Connecting F-ZTAT
microcomputer
F-ZTATmicrocomputer
Figure
Connecting Serial Port (Model)
details serial port specifications, refer manual host computer. details specifications, refer microcomputer's hardware manual.
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Note
user must directly connect host computer's serial port microcomputer's because voltage level differs two; otherwise microcomputer will damaged.
Setting Serial Port
Table shows communication specifications host computer microcomputer. serial port match these specifications. Table
Item Communications Data length Stop length Parity Flow control rate
Communications Specifications
Specifications Asynchronous serial bits None None 2,400 bit/s, 4,800 bit/s, 9,600 bit/s, 19,200 bit/s, 38,400 bit/s, 56,000 bit/s, 57,600 bit/s, 115,200 bit/s
Note: on-board writing program automatically sets rate.
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Section Using On-Board Writing Program: Basic Operations
Starting On-Board Writing Program
start on-board writing program, select [Program]->[Hitachi F-ZTAT ]->[Flash5] from Windows® Start menu. Alternatively, open program file (Flash.exe) through Explorer start on-board writing program. Select program from menu execute program file directly; on-board writing program will display window shown figure 4.1.
Figure
Main Window
window will show settings from last time user executed (clicked [Start] button for) on-board writing program. Clicking [Start] button without modifying anything will start on-board writing program with same conditions.
Ending On-Board Writing Program
on-board writing program: Select [Exit] from [File] menu. Click button upper-right hand corner window (the button);
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Select [Close] from system menu (you display system menu clicking icon upper-left hand corner main window) before.
Figure
Main Window: Ending On-Board Writing Program
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Selecting Standard Mode
Figure
Main Window: Selecting Standard Mode
Select Standard Mode check located lower-left hand corner main window. Then, microcomputer, clock, rate, timeout, file name, start address, address, offset, click [Start] button. boot program will automatically execute writing program write flash memory. Standard Mode useful when user wants write over entire contents flash memory. details Custom Mode, refer section Using On-Board Writing Program: Further Operations.
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Selecting Microcomputer
Figure Microcomputer
Main Window: Selecting Microcomputer
Select microcomputer type. Specify type name writing program information file (INF file) microcomputer. Refer attachment microcomputer type information file. on-board writing program uses this information acquire information microcomputer writing program. Selecting microcomputer (information file) will reset settings settings. Selecting same microcomputer last time will still reset settings. Clicking [Select] button selects microcomputer type. Clicking [Select] button will open figure 4.5.
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Figure
[Open] Dialog Box: Selecting Microcomputer
Select information file (INF file) microcomputer use. dialog will display directory including information file currently selected user. Usually, writing program stored directory where on-board writing program installed. on-board writing program will display that directory. However, user select information file from different directory. After selecting file, click [Open]. Clicking [Cancel] button will select file will close dialog box. Alternatively, close dialog without selecting file clicking button upper-right hand corner button ([x] button).
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Clock Communication Setting
Figure Clock
Main Window: Clock Communication Setting
Microcomputer clock (system clock frequency). on-board writing program uses this clock calculate long voltage applied flash memory cells during write operations, SCI's rate. rate rate serial communications. on-board writing program will transfer application programs this rate. on-board writing program cannot certain rates because clock frequency. Microcomputer's uses system clock timing. Some system clocks will generate errors rate. rate such that error within details, refer hardware manual. Serial port host computer uses serial port communicate with F-ZTAT (user system). Input communication port number. Default COM1. Timeout time over which system must remain unresponsive user. user time between usually suitable.
microcomputer
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Click [Modify/Set] button display [Clock Communication Setting] dialog modify setting contents.
Figure Input clock
[Clock Communication Setting] Dialog
Enter frequency clock input microcomputer, external crystal oscillator (connected microcomputer) clock integer with decimal fraction. user enter four digits after decimal point. Clock mode some microcomputers, select clock mode. such cases, select suitable clock mode from those available that microcomputer. Select clock mode from list box. Frequency ratio (CKM) Input multiplier derive system clock (master clock) from input clock. Select frequency ratio from list box. Frequency ratio (CKP) some microcomputers, select frequency ratio (CKP). Input multiplier derive peripheral clock from input clock. Select frequency ratio from list box. rate Enter rate transfer application program. Select rate from list box. Select following eight rates: 2,400 bit/s 4,800 bit/s 9,600 bit/s 19,200 bit/s 38,400 bit/s 56,000 bit/s 57,600 bit/s
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115,200 bit/s Serial port Enter serial port host computer used communicate with microcomputer. Timeout Enter timeout interval. Enter between When user using writing program that setup functions, input clock, clock mode, frequency ratio, rate must entered. Custom Mode, which will described later, user enter rate product types. This rate only loading application program. Communication other than loading application rate microcomputer. When user does select rate selects [None] from list box, on-board writing program will continue existing rate. However, user must always select rate when using writing program that setup functions. Click [OK] button entered values. Click [Cancel] button clear values entered dialog close dialog box. dialog also closed without setting values clicking button upper-right hand corner ([x] button).
Write Erase Setting
Figure
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Main Window: Write Erase Setting
File name Name file storing application program. application program must S-type load module. on-board writing program will simply display file name. 2.and Start address address Flash memory addresses write application program Offset Address offset. offset added address S-type load module storing application program appropriate address range flash memory. example, when user sets offset 1000 (hexadecimal), on-board writing program will write data address S-type load module address H'1000 flash memory. Erase before write Indicates whether contents flash memory will erased before writing. Standard Mode, this always (the contents flash memory erased). When [Modify/Set] button clicked, on-board writing program will display [Write Erase Setting] dialog modify setting contents.
Figure File name
[Write Erase Setting] Dialog
Enter name file storing application program. Click [Search] button display dialog specify file search for. Specify absolute path. only file name relative path specified, file found file with same name different directory read, depending current directory.
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2.and Start address address Enter flash memory address range writing, hexadecimal. list will display start addresses block erased. Select addresses. Offset Enter address offset hexadecimal. Click [OK] button entered values. Click [Cancel] button clear values entered dialog close dialog also closed without setting values clicking button upper-right hand corner ([x] button).
Starting On-Board Writing
Figure 4.10
Main Window: Starting On-Board Writing
On-board writing begins when [Start] button clicked. When on-board writing begins, dialog figure 4.11 below will displayed.
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Figure 4.11
[Start] Dialog
Click [OK] microcomputer boot mode reset microcomputer. Click [Cancel] button stop operation. When boot programming begins, on-board writing program will display cancel/information shown figure 4.12.
Figure 4.12
Display During Boot Programming
boot program inside microcomputer runs writing program. Click [Cancel] button cancel on-board writing. When on-board writing flash memory commence, cancel/information shown figure 4.13 will displayed.
Figure 4.13
Display During On-Board Writing
writing program writes application program flash memory. Click [Cancel] button cancel on-board writing.
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When on-board writing program completes writing flash memory, dialog shown figure 4.14 will displayed.
Figure 4.14
[End] Dialog
Writing been completed. Click [OK] button. When writing program checksum function, writing programs checks checksum entire flash memory against data personal computer when writing completed.
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Section Using On-Board Writing Program: Further Operations
Further Operations On-Board Writing Program
addition methods outlined section Using On-Board Writing Program: Basic Operations, there other ways on-board writing program. These listed below: On-board writing several steps operation described section Using On-Board Writing Program: Basic Operations, on-board writing program writes entire flash memory. However, onboard writing program execute boot program alone write flash memory several steps. On-board writing includes following four processes: Boot: Boot process writing program writing program sets (clock rate) process (some product cannot this process) Write: Writing application programs flash memory Sumcheck: Calculates checksum contents flash memory. Boot process above, on-board writing program loads writing program microcomputer RAM. When writing program receives control from boot program, writing program will wait command from host computer (command wait state). process sets clock rate writing program. Write process transfers application program from host computer writes flash memory. These processes executed individually. Sumcheck calculates checksum contents flash memory displays results. writing program written user user customize original writing program write one. When such programs have communications specifications identical main on-board writing program, these programs used on-board writing. User program mode on-board writing program used user mode which uses microcomputer's SCI. user mode, rewriting data acquired from SCI, port, etc. specifications between application program main on-board writing program identical, main on-board writing program used host write process. on-board writing program ways described above, user must understand basic functions F-ZTAT microcomputers. Read understand hardware manual microcomputer before using on-board writing program such ways.
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Selecting Custom Mode
Figure
Main Window: Selecting Custom Mode
Select Custom Mode check lower-left hand corner main window. custom mode used customize writing program user program mode. However, user sets incorrect value, flash memory damaged. details Standard Mode, refer section Using On-Board Writing Program: Basic Operations.
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Selecting Boot/Set up/Write/Sumcheck
Figure
Main Window: Selecting Boot/Set up/Write
Custom mode, select process executed when [Start] button clicked. user select Boot, Write, Sumcheck from lower-right hand corner main window. user must select processes execute. Boot: Boots writing program Sets writing program Write: Writes application program flash memory Sumcheck: Calculates checksum contents flash memory. When user selects more than processes, on-board writing program will execute processes order: Boot, Write, then Sumcheck.
Specifying Block Erase
When microcomputer enters boot mode, boot program will erase whole flash memory; therefore, user does have erase flash memory before writing data However, user program mode, user must explicitly erase contents target address range; except regions which contents have already been erased.
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boot mode, when writing will done several times, select [Erase before write] check prevent addresses that have already been overwritten written again. Custom mode, flash memory written block where data been erased. boot program will erase contents flash memory block units. This means that onboard writing program will erase each specified block before writing data When user selects [Erase before write] check [Write Erase Settings] dialog box, user specify check blocks erased.
Figure
[Write Erase Settings] Dialog Box: Selecting Erase before Write
Selecting Custom Mode automatically selects [Erase before write] check box. Therefore, flash memory does have erased block, click this check cancel selection. Selecting [Erase before write] check then clicking [OK] button [Write Erase Setting] dialog will display [Erase Block Selection] dialog box.
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Figure Erase block
[Erase Block Selection] Dialog
Displays block erase before writing. Opening dialog will display blocks erase. Some blocks range selected [Write Erase Setting] dialog chosen erasure. Adding deleting block erase list select blocks erased. Click [Add] button block blocks erased. Click [Delete] button remove block from list blocks erased. Click [Delete all] button delete blocks from list erasure. Some blocks memory range which specified user [Write Erase Setting] dialog specified erasure [Erase Block Selection] dialog box. this dialog remove blocks that have already been erased blocks which erased. Click [OK] after block addresses have been entered. Click [Cancel] button clear values entered dialog close dialog box. dialog also closed selections cancelled clicking button upper-right hand corner ([x] button). When cancelled, [Write Erase Setting] dialog will displayed again. check blocks that have been erased, click [Check] button main window.
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Figure
[Erase Block Checking] Dialog
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Section Menus
[File] Menu
[File] pull-down menu [Exit] item. Select this item exit from program execution.
[Setting] Menu
[Setting] pull-down menu three items. user select following dialog boxes through these menus instead clicking buttons other dialog boxes. [Setting]-[MCU type]: Select type. clock rate. [Setting]-[Write/Erase]: Make settings writing erasing.
[Help] Menu
[Help] menu [About] item. Select this item display dialog figure 6.1. dialog shows version on-board writing program. Click [OK] button close this dialog box. dialog also closed selections cancelled clicking button upper-right hand corner ([x] button).
Figure
Information Version
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Section Error Messages
Error Dialog
When error occurs, on-board writing program displays dialog figure 7.1. Click [OK] button confirm viewing message.
Figure
Error Dialog
List Error Messages
[Message]: Boot error: Bit-rate alignment failed. [Description]: Bit-rate alignment failed. host computer could receive H'0x00 failed. Check following: connection between host computer user system correct? (Serial cable adapter board, etc.) settings serial port host computer correct? serial port host computer operating correctly? correct microcomputer selected? contents information file (INF file) correct? microcomputer reset boot mode? [Message]: Boot error: Bit-rate alignment failed. [Description]: Bit-rate alignment failed. host computer received other than H'0xAA failed. Check following: connection between host computer user system correct? (Serial cable adapter board) host computer serial port settings correct? host computer serial port operating correctly? correct microcomputer selected?
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contents information file (INF file) correct? on-board writing program booted microcomputer? [Message]: Boot error: Bit-rate alignment failed. [Description]: Bit-rate alignment failed. host computer could receive H'0xAA timeout occurred. Check following: connection between host computer user system correct? (Serial cable adapter board) host computer serial port settings correct? host computer serial port operating correctly? correct microcomputer selected? contents information file (INF file) correct? on-board writing program booted microcomputer? [Message]: Boot error: Writing program transfer failed. [Description]: error occurred while transferring writing program. Check following: connection between host computer user system correct? (Serial cable adapter board) host computer serial port settings correct? correct microcomputer selected? [Message]: Boot error: Writing program transfer failed. (size error) [Description]: writing program large. Check following: correct microcomputer selected? contents information file (INF file) correct? writing control program (SUB file) correct? [Message]: Boot error: Writing program transfer failed. (time out) [Description]: microcomputer remains unresponsive user while writing program being transferred. Check following:
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connection between host computer user system correct? (Serial cable adapter board) host computer serial port settings correct? correct microcomputer selected? [Message]: Boot error: Flash memory erase failed. [Description]: error occurred while entire flash memory being erased. Check following: connection between host computer user system correct? (Serial cable adapter board) host computer serial port settings correct? correct microcomputer selected? settings operations correct, microcomputer damaged. [Message]: Boot error: Flash memory erase failed. (time out) [Description]: microcomputer remains unresponsive user while entire flash memory being erased. Check following: connection between host computer user system correct? (Serial cable adapter board) host computer serial port settings correct? [Message]: Setup error [Description]: error occurred during setup. Check following: connection between host computer user system correct? (Serial cable adapter board) host computer serial port settings correct? correct microcomputer selected? information file (INF file) contents correct? writing program (SUB file) correct? writing program user system selecting same multiplier?
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[Message]: Setup error (time out) [Description]: microcomputer remains unresponsive user during setup. Check following: connection between host computer user system correct? (Serial cable adapter board) host computer serial port settings correct? correct microcomputer selected? information file (INF file) contents correct? writing program (SUB file) correct? [Message]: Write error: Flash memory erase failed. [Description]: error occurred while flash memory being erased. Check following: connection between host computer user system correct? (Serial cable adapter board) host computer serial port settings correct? correct microcomputer selected? information file (INF file) contents correct? writing program (SUB file) correct? clock correct? clock setting incorrect, time apply voltage erase contents memory cells cannot controlled correctly. settings operations correct, microcomputer damaged. [Message]: Write error: Flash memory erase failed. (time out) [Description]: microcomputer remains unresponsive user while flash memory being erased. Check following: connection between host computer user system correct? (Serial cable adapter board) host computer serial port settings correct? correct microcomputer selected? information file (INF file) contents correct? writing program (SUB file) correct? clock correct? clock setting incorrect, time apply voltage erase contents
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memory cells cannot controlled correctly, rate cannot correctly. [Message]: Write error: Flash memory write failed. [Description]: error occurred while writing flash memory. Check following: connection between host computer user system correct? (Serial cable adapter board) host computer serial port settings correct? correct microcomputer selected? information file (INF file) contents correct? writing program (SUB file) correct? clock correct? clock setting incorrect, time apply voltage erase contents memory cells cannot controlled correctly. settings operations correct, microcomputer damaged. [Message]: Write error: Flash memory write failed. (time out) [Description]: microcomputer remains unresponsive user while writing flash memory. Check following: connection between host computer user system correct? (Serial cable adapter board) host computer serial port settings correct? correct microcomputer selected? information file (INF file) contents correct? writing program (SUB file) correct? clock correct? clock setting incorrect, time apply voltage erase contents memory cells cannot controlled correctly, rate cannot correctly.
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[Message]: Sumcheck error: Flash memory sumcheck failed. (time out) [Description]: microcomputer respond during calculation flash memory checksum. Check following: connection between host computer user system correct? (Serial cable adapter board) host computer serial port settings correct? correct microcomputer selected? information file (INF file) contents correct? writing program (SUB file) correct? [Message]: Sumchecks flash memory buffer memory matched. [Description]: checksum contents flash memory buffer memory match. Check following: connection between host computer user system correct? (Serial cable adapter board) host computer serial port settings correct? correct microcomputer selected? information file (INF file) contents correct? writing program (SUB file) correct? clock correct? clock setting incorrect, timing applying voltage write memory cells cannot controlled correctly, rate cannot correctly. [Message]: Serial port could open. [Description]: host computer serial port could opened. Check that serial port specified used. Some personal computers cannot COM2.
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[Message]: Serial port read failed. [Description]: error occurred while reading data from host computer serial port. Check following: connection between host computer user system correct? (Serial cable adapter board) host computer serial port settings correct? host computer serial port operating correctly? [Message]: Serial port write failed. [Description]: error occurred while writing data host computer serial port. Check following: connection between host computer user system correct? (Serial cable adapter board) host computer serial port settings correct? host computer serial port operating correctly? [Message]: clock rate set. [Description]: clock rate. [Message]: file name, start address, address, offset set. [Description]: file name, start address, address, offset. [Message]: Boot/Setup/Write/Sumcheck selected. [Description]: Select process execute.
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[Message]: write data [Description]: specified file includes data address range specified start address, address, offset. Check following: correct start addresses specified? correct offset specified? correct file storing application file specified? [Message]: Illegal contents initialization file [Description]: There problem initialization file (Flash5.ini). Check following: on-board writing program forcibly terminated immediately prior this? application files conflict with initialization file? on-board writing program forcibly terminated immediately prior execution initialization file, contents initialization file have been damaged. settings that have been saved initialization file will also have been lost. When initialization file deleted, on-board writing program restarted. initialization file under Windows directory. application files conflict with initialization file, move offending application another host computer. [Message]: Initialization file write failed. [Description]: error occurred while initialization file (Flash5.ini) being written. Check that free space exists host computer disk. initialization file Windows directory. Check free space exists Windows directory. there problems, host computer operating incorrectly.
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[Message]: information file found. [Description]: information file (INF file) could found. Check following: correct microcomputer selected (information file specified)? installation completed correctly? only file name relative path specified, file found file with same name different directory read, depending current directory. [Message]: Illegal contents information file [Description]: Something wrong with information file (INF file). [Message]: Information file: Incorrect specification Baud [Description]: Specify following Baud rates information file (INF file): 2,400, 4,800, 9,600, 19,200, 38,400, 56,000, 57,600, 115,200 value specified rate start adjusting rate boot mode. details product type value specified, refer attachment. [Message]: Information file: Incorrect specification Byte [Description]: There error Byte specification format Byte been specified more than once information file (INF file). Byte specification indicates size bytes application program transferred flash memory from host computer executing writing program. [Message]: Information file: Incorrect specification Sumcheck [Description]: There error Sumcheck specification format Sumcheck been specified more than once information file (INF file). Sumcheck specification indicates that calculation checksum contents flash memory writing program enabled.
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[Message]: Information file: Incorrect specification Input [Description]: There error Input specification format Input been specified more than once information file (INF file). Input specification indicates clock frequency range input clock. [Message]: Information file: Incorrect specification ModeInput [Description]: There error ModeInput specification format information file (INF file). ModeInput specification indicates frequency range input clock (crystal oscillator). indicates frequency range each clock mode. [Message]: Information file: Incorrect specification Clock [Description]: There error Clock specification format Clock been specified more than once information file (INF file). Clock specification indicates frequency range system clock. [Message]: Information file: Incorrect specification Ratio [Description]: There error Ratio specification format Ratio been specified more than once information file (INF file). Ratio specification indicates ratio system clock frequency input clock frequency. [Message]: Information file: Incorrect specification ModeRatio [Description]: There error ModeRatio specification format ModeRatio been specified more than once information file (INF file). ModeRatio specification indicates ratio system clock frequency input clock frequency. indicates frequency ratio each clock mode.
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[Message]: Information file: Incorrect specification ClockN [Description]: There error ClockN specification format ClockN been specified more than once information file (INF file). ClockN specification indicates clock frequency range input clock. indicates frequency ratio each clock mode. [Message]: Information file: Incorrect specification RatioN [Description]: There error RatioN specification format RatioN been specified more than once information file (INF file). indicates clock frequency ratio system clock input clock. indicates frequency ratio each clock mode. [Message]: Information file: Incorrect specification ModeRatioN [Description]: There error ModeRatioN specification format information file (INF file). ModeRatioN specification indicates clock frequency ratio system clock input clock. indicates frequency ratio each clock mode. [Message]: Information file: Incorrect specification ClockN/RatioN/ModeRatioN [Description]: There error ClockN/RatioN/ModeRatioN specification information file (INF file). value must [Message]: Information file: Incorrect specification address [Description]: There error address specification information file (INF file). Address specifications used indicate start addresses area erased area which writing program loads address must specified hexadecimal digits. Also, there must line specify start address line specify address.
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[Message]: Information file: Contradictory combination specification [Description]: combination specifications information file (INF file) contradictory. [Message]: Information file: Contradictory specification address. [Description]: address specification information file (INF file) contradictory. Check address specification. [Message]: Information file: Contradictory specification clock mode. [Description]: clock mode specification information file (INF file) contradictory. Check clock mode specification. [Message]: writing program found. [Description]: writing program (SUB file) could found. Check following: correct microcomputer selected (information file specified)? installation completed correctly? file (SUB file) storing writing program must have same body file name information file (INF file) must same directory. [Message]: Writing program read failed. [Description]: error occurred while reading writing program (SUB file). Check following: correct microcomputer selected (information file specified)? installation completed correctly? file (SUB file) storing writing program must have same body file name information file (INF file) must same directory. there problems with installation, host computer operating incorrectly.
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[Message]: Writing program S-type load module. [Description]: writing program (SUB file) must S-type load module. [Message]: Load address size writing program illegal. [Description]: load address size writing program contradicts specification information file. Check following. correct microcomputer selected? information file (INF file) contents correct? writing program (SUB file) correct? [Message]: specified file found. [Description]: Could find file storing application program. Check that file name correct. only file name relative path specified, file found file with same name different directory read, depending current directory. [Message]: Specified file read failed. [Description]: error occurred while reading file that stores application program. Check that file name correct. only file name relative path specified, file found file with same name different directory read depending current directory. there problems with file, host computer operating incorrectly. [Message]: Specified file S-type load module. [Description]: application program must S-type load module.
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[Message]: input clock frequency specified. [Description]: Specify clock input microcomputer clock crystal oscillator connected microcomputer. [Message]: serial port specified. [Description]: Select serial port host computer. [Message]: time specified. [Description]: Specify timeout value. This value used maximum period when microcomputer remains unresponsive user. timeout value value between seconds. seconds typical setting. [Message]: Input clock frequency illegally specified. [Description]: Enter frequency integer integer with decimal fraction (e.g., 14.7456). user enter nine digits including digits after decimal point. [Message]: Input clock range microcomputer operation. [Description]: Check that setting input clock correct. [Message]: Clock range microcomputer operation. [Description]: Check that settings input clock frequency ratio correct. [Message]: Clock "CKM" range microcomputer operation. [Description]: Check that settings input clock frequency ratio (CKM) correct.
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[Message]: Clock "CKP" range microcomputer operation. [Description]: Check that settings input clock frequency ratio (CKP) correct. [Message]: This rate cannot SCI. [Description]: Certain rates cannot because clock frequency. Since error rate specified clock frequency rate exceeds on-board writing program will able perform communication correctly. rate that error within ±3%. details, refer hardware manual. [Message]: Time setting illegal. [Description]: Enter integer. user time between usually suitable. [Message]: Serial port could use. [Description]: requested serial port host computer could opened. Check possible specified serial port. some host computers, COM2 available. [Message]: file name specified. [Description]: Input S-type load module file name which application program stored. [Message]: start address specified. [Description]: Specify start address flash memory which application program should written.
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[Message]: address specified. [Description]: Specify address flash memory which application program should written. [Message]: offset specified. [Description]: Specify offset. offset added address S-type load modules. [Message]: specified file found. [Description]: Could find file specified storing application program. Check that file name correct. only file name relative path been specified, file exist found, file with same name different directory read, depending current directory. [Message]: Start address illegally specified. [Description]: Specify flash memory address hexadecimal eight digits. [Message]: address illegally specified. [Description]: Specify flash memory address hexadecimal eight digits. [Message]: Offset illegally specified. [Description]: Specify hexadecimal eight digits. [Message]: Start address larger than address. [Description]: Check correct specifications start addresses.
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[Message]: Offset larger than address. [Description]: Check correct specifications offset addresses.
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F-ZTAT Microcomputer On-Board Writing Program User's Manual
Publication Date: Edition, October 2000 Published Electronic Devices Sales Marketing Group Semiconductor Integrated Circuits Hitachi, Ltd. Edited Technical Documentation Group Hitachi Kodaira Semiconductor Co., Ltd. Copyright Hitachi, Ltd., 2000. rights reserved. Printed Japan.

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