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SuperPro IS03 Manual

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1. Package ISP Adapter FX ISP100 Pins Check Diabled Remove interval s 4 Insert interval s 2 Buffer Info Verify mode Once with Yee Name Size Checksum FLASH 80000H 8 Ox07F80000 Note Normally chip Checksum will be the sum of total or partial buffer verification sums and the algorithm is determined by users For more details please refer to Checksum SUPERPRO 1803 User Guide 57 4 5 Programmer Panel 0G 12052060 2 Auto WINBOND W25X40BV ISP ISP 3 _ Success 0 ULU o 00O amp mm gt 9000 Count Dom Disabled 69 Y O Set Gount Down Connect 7 0 S N Disabled g 1 Module number is consistent with LCD number In multiple programmer mode this number can be used to identify the relationship between panel and programmer If online it shows the corresponding programmer ID 2 Execute Auto or Cancel 3 Current chosen devices 4 Indicate the current status and adapter mode The green light indicates successful operation or ready to program the red light means operation failure the yellow light shows the programmer is still working and the grey light represents no current connection or some units in adapters are forbidden The indicator layout is consistent with adapter units For example if using GANG4 and 2 2 adapter layout the indicator area should be as following 8 8 5 Record the numbers of success or failure The rule by default is 1 Running Pr
2. Adapter mode Search p ALL Manufacturers Devices E E E E at a a i Device type ALL Dewintfo OK Cancel AIMEL NOTE The red device name means that such device s need authorization for use 3 2 2 Load data into buffer The process of programming chips is to load buffer data into chip memory units per manufacturers requirements There are two ways to load data into buffer 1 Read data from a file Select Load File from the File menu to load data from a file into buffer Input the relative file folder and name into the Load File dialog box and then choose file format from the File Type dialogue box Next load file data into buffer after confirmation To make sure the loaded data correct one can review the information in the Buffer window NOTE Some Hex or S record files contain non zero file initial address In this case enter the start address in the File Address box 2 Read the data from a master chip Insert the master chip in the socket after device selection and select Read on the Device Operation window in the main screen The data will be copied from the master chip to the buffer memory To make sure the loaded data correct one can review the information in the Buffer window You can save the data to a disk for later use NOTE The read function is not available for some devices including those encrypted SUPERPRO 1803 User Guide s10 3 2 3 Set options 1 Operation Option
3. Device Info i LockBit ra 2 Cancel Manufacturer ATMEL Device ATMEGA168 Option Zone Write Cal to Flash Package ISP Adapter FX ISP1004 BLBO Mode No Lock Bits 11 BLB1 Mode No Lock Bits 11 Buffer Info Name size Checksum TFI CH ANNNH ASNANeRCANN Pins Check Diabled Remove interval s 4 File Info Insert intervals 2 Verify mode Once with ee Shown as the above figure looking at the buffer the buttons on the left window and programmer panel are active 4 1 5 3 Log File Save the operation information into a file During the executing some data are saved in the buffer so save them into the file when quitting SUPERPRO 1803 User Guide Ba 1 Do not save Do not save the current log information 2 Create a new file Save the current log information If a log file exists cover it 3 Add into the current log file Save the current log information If a log file exists add the new information at the end of the current log file 4 The whole directory of log file can be modified 4 1 6 Tool 4 1 6 1 Password Generator Dynamic Password Gener Dynamic Password Project Password The password set when building the project file SUPERPRO 1803 User Guide siis Random Code If project configuration contains dynamic code one random code will be reminded when loading the project file Dynamic Code The dynamic code can be built by the proj
4. DlgExt dll loader bin dll_cr dl loader _ bin _ge 2 dl frol El log txt 2 app_ital S dil_ge dll LoqDIl txt AW E 2 dll _ital dll 2 ManuList dl 2 dll_kr al A muti_p exe Moro cama temas i i dll_ span dll run init ini dll_tu dll SAOMIAD May Computer File name Files of type All files w Open as read only e biy Network When the data type is HEX ASCII divide the file into many types according to the saved files SUPERPRO 1803 User Guide 28 So after selecting files to ensure loading data properly it is necessary to choose the file types 3 File Type Different file types are included here e g Binary Intel Hex Motorola S record JEDEC POF TI etc 4 File Mode Select one of the following File Modes from the drop down list e Normal Load the whole file e Even Select the first byte and discard the second byte out of every two bytes e Odd Discard the first byte and load the second byte out of every two bytes e 1st byte of 4 Load first byte and discard the other three bytes out of every four bytes e 2nd byte of 4 Load the second byte and discard the other three bytes out of every four bytes e 3rd byte of 4 Load the third byte and discard the other three bytes out of every four bytes e 4th byte of 4 Load the fourth byte and discard the other three bytes out of every four bytes e 1st 2_ byte of 4 Load the first two bytes and discard the other two bytes
5. and then all the devices whose manufacturer name or device name include 25 will come out SUPERPRO 1803 User Guide Ss Device Select el Adapter mode Search 258 p Manufacturers Devices R5F21358ANFP ISP ISP GANG 16 Device type R5F21358CDFP ISP ISP GANG 16 ALL R5F21358CNFP ISP ISP GANG 16 R5F21358MDFP ISP ISP GANG 16 R5F21358MNFP ISP ISP GANG 16 Dev Info Note If the device name is shown 1n red it means the device needs authorization 4 1 3 2 Device information e Device Key Information e Manufacturer requirement e Agreement for special devices About operations some devices have some special requirements or agreements for example data buffer arrangement explanation for special operations of devices etc besides basic ones All the information can be found in the Device Guidance Manual e Pin Connection Connect programmer pins and the signals to be written correctly according to the pin connection guidance If multiple channels to be programmed please connect every chip with relative channel in order The device information will be shown in a window as following SUPERPRO 1803 User Guide nT A Device information y mas General Information Manufacturer ATMEL Device ATMEGABOPY Algorithm MEG48G16 Package ISP Adapter FX ISP1004 Adapter Order Number Device Basic Information Connecting Information ISP connector of 1803 program
6. 23 i i i i i i i i i i i i i i i i i i i i i i i i j i i i i i i i i i i i i i i i i i i i i i i i i In 1503 systems every channel has two expression ways For example A3 channel means the No 3 channel and D1 is the NO 13 channel 4 Channels g O0 gt BROWN 2 Channels For example if Nor Flash chips have many pins just two channels can be supported that is AB channel or CD channel AB channel is Channel 1 and CD channel is Channel 2 SUPERPRO 1803 User Guide 3 5 Programming When Connected by Hub SUPERPRO 1S03 provides a connection hub and user can simultaneously operate multiple SUPERPRO 1S03 programmers by using the hub Click menu Programmer gt Module Management and select the number of the programmer you want to operate Picture below shows the interface when simultaneously operating three programmers Every programmer has a unique number such as 01 02 and the programmer s first line of the LCD display will show the number of this programmer The numbers displayed on the screen are correspondence with the ones on the software interface The module that is selected at the time will be highlighted The device that is going to be programmed can be different type s in each of the module that is connected through the hub In normal mode all operations i e selecting devices loading documents and programming are carried o
7. FF FF FF FF FF FF FF FF Current Address 0 h Checksum 0x1 FEDOOOO Start Address lh End Address 83FFFFF A e Locate Enter the address of the data you wish to display in the Locate box and select OK to quickly move the cursor to the desired location e Fill Enter the Fill box including three boxes of start address end address fill data and two buttons of OK and Cancel Input the data to fill and specify the start address and end address For Fuse buffer the data must be 0 or 1 and for Data Buffer HEX ASCII buffer the data must be Hex such as AA 55 E4 e Copy Enter the Copy Buffer dialog box which includes three boxes of start address end address new address and two buttons of SUPERPRO 1803 User Guide 3h OK and Cancel The data between the start address and end address will be copied into the buffer starting with the new address e Radix Within the address range exchange the high bytes and lower bytes according to the word width specified by users C 32 Bits 4 Bytes O 64 Bits 8 Bytes Suppose buffer address O 10 Hex is 12 34 56 78 90 AA BB CC DDEE FF 11 22 33 44 55 The word width can be chosen as 16Bits 2 bytes the data after exchanged is 34 12 78 56 AA 90 CC BB EE DD 11 FF 33 22 55 44 32Bits 4 bytes the data after exchanged is 78 56 34 12 BB CC 90 AA 11 FF EE DD 55 44 33 22 64Bits 8 bytes the data after exchanged is CC CC AA 90 78 56 34 12 55 4
8. Stand alone Operation Specification 1 Overview Insert SD card into the programmer turn it on press any key on the programmer keyboard and then the programmer will run in the stand alone mode If message NO SD FOUND comes out please check 1f SD card inserted properly and then restart again Basic Features e Ultra high programming speed The period to program and verify a64Mb NOR FLASH is just 11 3 seconds e One built in CPU 6 keys membrane keyboard 20X4 LCD display and SD card socket e Up to 96 universal drive circuit universal adapter support E EPROM FLASH single chip machines PLD SRAM testing with voltage low to 1 5V e A production mode programmer has an exclusive automatic testing pin Once a high voltage is detected AUTO will run automatically e To ensure the reliability of data resource file one can choose functions such as running CHECKSUM or forbidding reading by needs e Project management Operation 1s very simple It can set two protections by both SD card and project file encryption 2 Refresh Algorithm Library Stand alone operation must equip SD cards All record related to stand alone operation 1s saved in the format of PROJECT Project contains device type data file device configuration word setting AUTO batch command series etc In a word one can start working once choosing Project from the menu after opening his her computer Building a Project file must be done in online mode and saved into
9. Start Address aa Checksum End Address 18170 h The data for editing is either 0 or 1 Refer to the data manual of the device and the JEDEC to determine which of the following explanations for the data apply e 1represents an intact fuse and O represents a blown fuse or e 1represents a blown fuse and 0 represents an intact fuse 4 1 3 4 Device Configuration Word Some single chip microcomputers allow special working modes such as the storage area mg 4 mapping the watchdog time the clock or the encryption Set these special modes through the Device Configuration Word option The user files contain the configuration words of some devices When you load these files the system automatically loads the configuration words into the configuration word buffer However you must select the configuration words for some devices manually The following sample illustration shows the configuration word for DALLAS DS89C420 It contains the watchdog and three protection modes Some single chip microcomputers include many items for the configuration word The items may appear on separate tabs or pages Make sure to set all the items on all pages before programming a chip The input of the configuration word can be divided into several ways the 8 bit byte edit box input the 16 bit word edit box input The single choice input select and deselect choose one out of two and the multiple choice input choose one ou
10. all available INF files through the Add New Hardware Wizard of Windows system To avoid USB device installation trouble we strongly recommend you to install programmer software first the INF files and driver for USB device installation will be processed automatically 2 1 Software setup from CD Insert the CD into the CD ROM drive If the setup program starts automatically a dialogue will come out for you to choose a programmer model if the setup program does not start automatically run SETUP EXE located in the root directory According to your purchased programmer choose the right model and click the button Setup to install programmer software NOTE Each model has its own software and they are NOT compatible 2 2 Download the software from website and setup recommended You can also download the specific software for a certain model at Xeltek website http www xeltek com Select the icon to download the appropriate file for your programmer Once you have saved the file to your computer and run it to setup the software 2 3 Software Setup Procedures Example by SUPERPRO IS03 The software installation will be done step by step and users can change default settings during the setup procedures SUPERPRO 1803 User Guide siis 1 Once the setup program is running a dialog box displays to allow the user choosing a preferred language select Language Please select a language during installation Preparing
11. devices SUPERPRO 1803 User Guide a Operation Option General MARCO al EE F _ Partilinn to Inc Double click to setthe operation range Count Option C Buffer clear on data load C Buffer save on exit Note 1 Double check Buffer to set the operation address 2 When cancelling any buffer it means the cancelled buffer will not be written this time e Dynamic Buffer Sometimes one needs to write some special information at a local part on the chip for example product series number MAC address etc This software supplies two methods Auto Increment and User Defined The former will automatically generate a new accumulative number and the latter will get a serial number from a user defined software Auto nc Option End o Format Hex s Initial Value User s Define we TT A suert TL To execute the current serial number needs to be written at the specified continuous 8 bytes SUPERPRO 1803 User Guide VAS area in buffer in the chip before any programming Auto Increment needs to do the following steps before working e Select Data area e Start address o End address o Step that is Inc Step e Automatic serial number increment method Starting from the start address increased by a byte the maximum Dec number is 255 what value to reach will trigger the tens digit or hundreds digit to increase e Increment direction e Initial value Here the address means the buffe
12. dialog box will be presented and allow the user to choose whether creating a start menu icon and or a desktop icon Once correctly check the box es click Next to continue SUPERPRO 1803 User Guide 4 SUPERPRO 1503 Version 1 0 Select Additional tasks Which additional tasks should be performed EA Select the additional tasks you would like Install Wizard to perform while installing J r gate a start menu icon Create a desktop 1con 6 Check the previous selections and click Install to start the installation 9 SUPERPRO 1503 Version 1 0 E Ready to Install the Program the Wizard le ready to begin installation Tf you want to review or change any of your installation settings click Back Click Cancel to exit the Wizard Current settings Destination Folder C 4SPis03 Start Menu Folder SUPERPEO 15305 Create a desktop SUPERPRO 1305 Copy driver setup and software registration will be done here To SUPERPRO IS03 Version 1 0 Setup ts installing Please wait while Setup installs This may take several minutes 1 Extracting files C SPisO3 liblspTk_ xls lib NOTE If you are using the Windows Vista system the operation system may display 13 SUPERPRO 1803 User Guide os the following dialog box to ask you whether to install the software Select Install this driver software anyway Don t install this driver software You should check yout manufacturers we
13. one device can run when programming are displayed in this window After finishing programming preparation one can run relative operation by requirements The following is the operation interface for EON EN25F80 SOP8 SUPERPRO 1803 User Guide sg 4 Verify BlankCheck 2 Erase Protect Unprotect Cancel Different devices have different operation options The following description is for most common Operation 4 3 1 Auto Its function is to organize the other functions in order and run them Please refer to Menu Auto 4 3 2 ReadID Some chips have IDs and users can check whether the IDs are right or not by running this function If not right there two reasons 1 The chips on the adapter are different from the chosen chips by customers 2 Poor connection between the chip and the adapter or no chips inserted in the adapter 4 3 3 Programming Write the buffer data into chips There are two methods to verify programming The first one is to verify while programming Once something wrong happens the programming will stop So finishing the programming process can ensure the programming right The second one will not verify while programming Even if something wrong happens during programming the system will not stop And after the last address is written it will show programming success In a word successful programming just means the process finishes and the user should verify the result separately SU
14. the programmer built in software and rebooting after the updating 4 1 4 6 Rebooting Do not need cut off the programmer power just software rebooting 4 1 5 Option 4 1 5 1 Global Mode When the software is set as multiple module status the global mode is selectable In the global mode all the operations such as select chips load file edit buffer device configuration word and edit Auto are suitable to all modules At this time if wanting to program one single chip choose the corresponding programmer panel click the Auto button or right click the button to run step by step 4 1 5 2 Protection Mode Designed for safety management In this mode only a limited operations can be run to avoid man made errors to damage chips or write wrong data into the chips SUPERPRO 1803 User Guide 49 Protected Mode Setting Keep Load Project enabled Disable Edit Buffer Only Auto allowed Managers can set password when entering If password has been set need password when quitting j SUPERPRO 1S03 Online Mode File F Project P Device D Programmer O Option O Tool T Window W Help H n i E 6 2 amp aS E Auto Site 1 00000066 130530E0 E ReadId ATMEL ATMEGA168 ISP ISP Program Q 3 E Read 900 Verify eC 000 3 BlankCheck Erase Connect S N Disabled X Write_Fuse Read_Fuse
15. 0 Email techsupport xeltek com Fax 001 408 530 0096 Website http www xeltek com 6 2 License Agreement The copyright of the program and the User s Guide remain the property of XELTEK You may 1 Copy the program for back up purposes ONLY in support of its use on a single computer 2 Transfer the program and license to another party if the other party agrees to accept the terms and conditions of this agreement You may not 1 Use this product on a computer system or network that allows the program to be operated by more than one user at the same time 2 Modify copy or transfer the User s Guide or other documentation or any copy 3 Decompile or disassemble any program modules or encrypted devices 6 3 Warranty XELTEK has a strict quality assurance system If the software or hardware has any defects it can be repaired or replaced free according to the specific situation within one year period after the user buys the product The warranty is based on proper installation of the software and usage in the specified working environment XELTEK is not responsible for the following cases e The product has been repaired used or changed by any organizations or persons who are not authorized by XELTEK e The product has been damaged because of misuse or careless use e The product serial number has been changed by the user or some other person o The program errors caused by the physical damage of the disk SUPERPRO 1503
16. 4 33 22 11 FF EE DD e Radix Radix the display method for memory address Hex and Dec e Search Search for the specified character string or Hex number e Next Search Search for the specified character string after the operation of Search 2 Fuse Buffer When you select Edit from the Buffer menu with the appropriate file type the system opens the Fuse Buffer Edit window illustrated below SUPERPRO 1803 User Guide Buffer 38 ES Fuse liser Code oo0000000 oo00000030 OOO000060 oo0000030 oo00000cdo OO00000F0 OOO000 LEO o00000150 o00000160 OOOOOO0LBO OOOOOOLED o000002 10 OO000002 40 OOO000e T o00000e2 10 o000002 D yeEm 111111111111111111111111111111111111111111111111 111111111111111111111111111111111111111111111111 1i111111i111111111111111111111111111111111111i1i11111 1i1i11111i11i1111111i1111111i111111111111111i111111i1i1111 1i1111111111111111111111111111111111111111111111 111111111111111111111111111111111111111111111111 111111111111111111111111111111111111111111111111 111111111111111111111111111111111111111111111111 111111111111111111111111111111111111111111111111 111111111111111111111111111111111111111111111111 1i1i11111i1i1i1111111i1111111i111111111111111i111111i1i1111 111111111111111111111111111111111111111111111111 111111111111111111111111111111111111111111111111 111111111111111111111111111111111111111111111111 111111111111111111111111111111111111111111111111 Current Address fo
17. 4 will display the running result represents the inactivated units channels O means succeeding units channels and X shows failing units channels For example OOOX represents Channel 1 2 3 succeeded and Channel 4 failed OOO means Channel 1 gt 2 gt 3 succeeded and Channel 4 was inactivated That is Channel 4 was not chosen 2 SELECT PROJECT Select the project saved in the SD card Using the up or down buttons to select the corresponding project after entering Once entering again automatically download the algorithm and data of the selected project Save the selection result automatically after choosing type every time and run directly without selecting again next time to restart your computer 3 SETTING 1 READ OPTION Activate or inactivate this function by O or O between Yes or No after entering By default it is No This function will change the initial project file must be careful to use However it can t change the saved initial data file CHECKSUM so the CHECKSUM error message will come out 2 AUTO CHECKSUM Activate or inactivate this function by Li or LI between Yes or No after entering Once activated it will automatically checksum before executing RUN By default it is No 3 PIN CHECK DISABLE Activate or inactivate this function by O or O between Yes or No after entering By default it is No It will check pin automatically b
18. Bar 3 Command Window 4 Programmer Statue Panel 5 Device Status Panel 6 Buffer Panel 7 Data File Panel 8 The Log Window A detailed specification of the Programmer Status Panel is shown in the picture below SUPERPRO 1803 User Guide Ze Site 1 1 ATMEL ATMEGA168 ISP SP 3 7 gum 0 9 ma P O O Gao Connect successfully 7 0 ISIN Disabled 8 Module number and the programmer ID Auto Cancel button Device name and the manufacturer information Status bar Statistic information panel Count down settings and information Programmer status panel CON DW bh 0 N E Serial number 3 2 Programming Procedures Before using the programmer to write a device make sure that the programmer is installed properly and that the computer and programmer communicate successfully Insert USB cable and turn on power as shown in the following picture Sys Ctrl 3 2 1 Select the device To open the Device Selection window click Select the Device icon or select the Device menu and select the Select Device option First choose adapter mode including ordinary GANG2 SUPERPRO 1803 User Guide 5185 GANG4 and ISP and then choose Device Type for example E EPROM BPROM SRAM PLD OR MCU Next select manufacturer and device name and click OK Also by searching device name in editing windows to narrow searching choose devices quickly Device Select na ce oe y l
19. Contact technical support for assistance 2 Files of other formats are mainly the JED files The system saves data in the buffer in a JED SUPERPRO 1803 User Guide spis file after reading the chip You can use this format the next time you load the file 5 2 Adapter Selection How to get adapter Please refer to Device Information Dev Info Take TSOP48 as a sample The adapter is on a programmer driven by 144pin and its order number is EX1004 BI Drv kk information General Information 2 Manufacturer MICRON Device MT29FIGOBAAAMP Algorithm PFOBXSCAD Package TSOP45 Adapter EX1004 Special Information This algorithm provides three bad block handling methods which are Skip Bad Block Hard Copy and Partition The Skip Bad Block method is a simple and common method It skips the bad blocks and program the data in the next good block when programming The Hard Copy method may lose data when there is a bad block in 4 NAND Flash chip and we don t recommend you to use it for a mass production programming process But you can use this method when you want to read out all the information in the chip The Partition method is 4 more intelligent and more complicated method of programming NAND Flash This method supports multa file programming with block address location We can provide a tool for you to merge several files to one programming file and alec generate a partition table file The progr
20. F FF FF FF FF FF FF FF FF FF FF FF Oo000000CcO FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF DODODOODO FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF DOODOODEO FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF DOOOODOFO FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF Current Address 0 A Checksum 0x1 FE00000 Start Address 0 h End Address 83FFFFF h 1 HEX ASCII Data Buffer Every address unit in buffer has 8 digits one byte The key TAB is used to switch between HEX and ASCII If needing to input the start address and end address the end address must be larger or equal to the start address Buffer NAND Partition Table poD0o0o0o0o000 000000010 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 000000020 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 000000030 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 000000040 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 000000050 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 000000060 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF O00000070 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF O00000080 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF O00000090 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 000000080 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF DODODOOBO FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF DODODOOCO FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF DODODOODO FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF OOOOOOOEO FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF DOODOOOFO FF FF FF FF FF FF
21. O HFPROGRAM JREAD READ OPTION Tres HNG SELECT PROJECT 1189051 PRJ AUTO CHECK SUM 1WES HNG SETTING TREAD OPTION AIAWTO CHECK SUM 3 PIN CHECK DISABLE ABEEPER DISABLE PIN CHECH DISABLE Tes ZING CHECKSUM BEEPER DISABLE TES ZING 2IDISPLAY BUFFER SIDISPLAY BUFFER SATISTIC MASS PRODUCTION
22. PERPRO 1803 User Guide T 4 3 4 Read Read chips and save into buffer Note 1 As to encrypted chips the system cannot read the encrypted part 2 As to the chips with configuration word the configuration word will be read out and saved into the buffer 3 As to PLD devices their measuring vectors are not in the chips so not readable 4 3 5 Verify Verify whether the chip data are different from the buffer data Once something wrong happens during verifying the process will stop and show error message The error message for most memories and single chip machines includes address and data however the error message for PLD devices depends on programming material Only the chips passing verification are successfully written Some chips do not supply unit to unit verification but only accumulative verification similar to VerifyCRC A very few chips do not supply verification functions even the accumulative verification but can be verified automatically during programming 4 3 6 Blank_Check To check if the chip is empty The chip empty status is determined by data manual If emptying data buffer when changing devices then after choosing devices the HEX ASCII buffer will be filled with FF or OO Hex and fuse buffer will be filled with 1 or O Chips may show empty after encrypted EEPROM the recoverable chips do not need empty check How to make one chip empty 1 Electrically erase chips by executing Erase 2 Erase chips by UV li
23. SD cards or download to SD card by card reader The reason why to do so is to simplify stand alone operation to avoid production loss by wrong operation The project number for a SD card to save is just limited by SD card size When building or downloading a project file library if the library is bigger than the size a SD card can take the software will give reminder message At this time reduce the number of project files or exchange a bigger SD card For more information about how to build or download the project file library please refer to Library of Standalone Mode in Online chapters 3 Menu Keyboard Rule ENTER Choose and enter sub menu EXIT Quit to upper menu Up Down Up down roll to choose function Change the address when BUFFER displays Choose address when BUFFER displays 1 RUN Finish all operations in this menu There are some different functions for various devices but the common functions are as following AUTO Execute User Defined AUTO Set when building the Project READID Check chip ID PROGRAM Write the BUFFER data into a chip READ Download chip data into BUFFER SD card Note Only valid when READ OPTION is activated and will change the project file data BLANK CHECK Check whether the chip is empty VERIFY Compare whether the written data in chips same with the BUFFER data ERASE Erase the chip SECURE Encrypt the chips LOCK MEMORY PROTECT have the same function with it LCD Row
24. User Guide XELTEK SuperPro 1503 Series XELTEK 1296 Kifer Rd Unit 605 Sunnyvale CA 94086 Tel 408 530 8080 Fax 408 530 0096 www xeltek com IMPORTANT 1 This manual applies to SuperPro 1503 2 Make sure the software installation is completed before connecting the programmer to PC 3 Please read the manual carefully before using programmers 4 Please use Xeltek Adapters Non Xeltek adapters will cause errors XELTEK 1296 Kifer Rd Unit 605 Sunnyvale CA 94086 Tel 408 530 8080 Fax 408 530 0096 www xeltek com SUPERPRO is the registered trademark of XELTEK COPYRIGHT Software Copyright 2012 2020 XELTEK User s Guide Copyright 2012 2020 XELTEK SUPERPRO for Windows software and this manual is copyrighted by Xeltek Inc Distribution and sales of this product are intended for use by the original purchaser under the terms of the License Agreement This document may not in whole or part be copied photocopied reproduced translated or reduced to any electronic medium of machine readable form without prior consent in writing from XELTEK The information in this document is subject to change without notice Not correspondence with this manual due to software updating the software will be the final SUPERPRO is the registered trademark of XELTEK Release time 2013 8 14 SUPERPRO 1803 User Guide sia Table of Contents Tapie OCONEE nodos 6 Chapter 1 Overview of SUPERPRO ISO3 a
25. __Auto Appendix 6 1 Technical Support Xeltek software needs minimum technical support A User Manual Guide will be attached with the software If the User Manual does not answer your questions first contact your sales agent or the distributor If you still need technical assistance you can call XELTEK between Mon Fri 7 30AM 12 00PM amp 1 00PM 4 30PM PST Make sure you have your product serial number before calling XELTEK periodically publishes upgrade software on the XELTEK website You can download and upgrade your software from the website Non users may download the software for evaluation Before contacting XELTEK check the following to ensure you get the best service e Read the User Manual e If you receive an error message that is not explained e Make sure you can repeat the circumstances that created the error e Write down the error message e Make sure you have your product serial number SUPERPRO 1803 User Guide x65 2 e Check your computer configuration including computer brand free memory size before starting the software the video adapter brand and the operating system e Make sure you are at your computer when you call so the engineer can guide you through the solution Contact Information XeltekInc 1296 Kifer Rd Suite 605 Sunnyvale CA 94086 United States General Consultation 001 408 530 8080 Order Sales 001 408 530 8080 Email sales xeltek com Technical Support 001 408 530 808
26. acnnnonaronnonanonnos 47 EOI ti ii 47 2s Relresh ABONO VID TOS 47 Men aia 47 SUPERPRO 1803 User Guide e Chapter 1 Overview of SUPERPRO 1503 This section provides a brief introduction of SUPERPRO 1 1 software features 1 2 structure of the handbook 1 3 system requirement for the installation 1 4 and package content 1 5 1 1 Introduction to SUPERPRO SUPERPRO is a menu driven software that operates a series of cost effective reliable and high speed universal programmers SUPERPRO communicates through a USB 2 0 port and operates with most IBM compatible desktop and notebook computers that are Pentium based Simple menu driven software interface makes operations user friendly 1 2 Software feature USB2 0 Series The USB 2 0 Series supports e Windows XP Windows Vista and Windows 7 e Large amount of different types of devices including E EPROM PLD MCU FLASH etc e Compatible with many types of file formats such as Binary Intel linear segmented Hex Motorola S Tektronix linear 8 segmented Jed pof etc e It supports a plug in test 48 pins or less to detect defective chips improper insertion and pins that are poorly contacted e SUPERPRO has an integral full screen buffer editorial environment with commands such as fill copy move swap etc e Electronic serial numbers are generated automatically 1 3 Structure of this User s Guide The content of this User s Guide is structured into three majo
27. al result 5 Display the CHECKSUM of this buffer 6 Set the buffer to calculate CHECKSUM 7 Accumulate all buffer CHECKSUM and take the original code reverse code or completion code of the accumulation sum as the final result 8 Chip CHECKSUM 9 Whether to hide the CHECKSUM on the main interface 5 4 Programmer Panel Style SPISO3 supplies two styles Normal style programmer panel contains programmer ID current device statistics information etc and the precise style only displays serial number status and operation buttons The following shows the interface at precise style for four programmers connected in parallel SUPERPRO 1803 User Guide spas Reset all W Site 2 P Auto 7 Site 3 Y Site 4 Demo Mode Demo Mode Demo Mode Demo Mode 0 0 0 Ey yyy BB 5 5 Beacon Layout When the chip layout on the target board is different from the software default beacon layout adjust the beacon layout to make the software beacon layout same with the chip layout on the target board Click menu Beacon Layout the following dialogue will come out Signal Layout User s definition Check User Defined Layout set the column and row for the target board and then set the corresponding device number on the target board for example 3x3 on so OE Ad ry B1 F Be Y B3 B4 C1 After confirmation arrange the beacon by users set SUPERPRO 1803 User Guide er ite 1 00000066 130530E0
28. amming file and partition table file need to be loaded inte the NAND Butter and Partition table Butter respectively We also support special Bad Block Management scheme such as Samsung XSR Method Marvell plattorm PXAS20 935 and zo on Anything about customized Bad Block Management scheme please contact uz Thanks Adapter Information The picture below shows the correct position of the device in the socket of the adapter Top view EX1004 EA Note Please order Xeltek original adapters to use here otherwise some online errors may happen 5 3 Verify Sum CHECKSUM When the data type in buffer is HEX ASCII by default the verification and calculation will accumulate all the data from address O to the maximum with byte as unit In order to meet customers special requirements accumulate the data from partial or whole address by a specified method SUPERPRO 1803 User Guide ds Cabculate checksum x Buster checksum Bufer UTT v 1 Oparabro User Aa MO MEBFFRFEF Ringo Tye ErOperabos Checksum Device checksum Buster to be inectwed ExOperaton ca 1 Select the buffer to calculate 2 Set calculation range double click the start address and end address 3 Select calculation type byte accumulation word accumulation large end alignment or small end alignment PLD calculation method 4 Take the original code reverse code or completion code of the calculation result as the fin
29. bsite for updated driver software lor your devre 14 4 r AL 2w install this driver software anyway Only install driver software oblaimed from your manufactures webate disc Un c qned software fr m other sources may hanm your computer or stes nformation y See deta 7 Once the installation is complete click Finish fe SUPERPRO 1S03 Version 1 0 Sm Install Wizard Completed The Install Wizard has successfully installed the software Click Finish to exit the wizard Y Launch the program 2 4 Hardware and Driver Installation Connect a programmer and a computer by USB Universal Serial Bus and then turn on the programmer power After you set up the software you can install the hardware and driver automatically When you connect the new hardware the system initiates the New Hardware Wizard which locates the driver from the software you have just installed The system displays one alert message at a time illustrated below The alert message on your system may be slightly different SUPERPRO 1803 User Guide As i Found New Hardware USB Device L Found New Hardware USB2 0 prog ammer P bl U Found New Hardware Your new hardware is installed and ready to use 2 5 Programmer Software Programmer software has a standard Windows interface including drop down menu buttons etc Programmer software will communicate with programmer hardware and initiate it immediately after it
30. e project file manufacturer The project file manufacturer gets a dynamic number from Password Generator For more information refer to Password Generator and tells the user the password The user can load project by inputting the password in the password box 4 1 2 2 Save Project Files Save the current working environment into a specified project file To ensure the security of the data you can encrypt the project file NOTE The project file name can be made of max 15 characters and only be saved using the prj extension If the size of project file is larger than 4G bytes the project file will be cut into several parts and the suffix is xxx prj part xxx prj partO When used stand alone all these files are saved on SD card SUPERPRO 1803 User Guide sgis Save project Project name Input password Enter protected mode after loading the project LC Dynamic Password Project description Mo more than 500 characters Cancel Once check the box Enter protected mode after loading the project a box of Protection mode setting will come out For more detailed information please refer to Protection Mode Setting Protected Mode Setting E Input password Confirm password F Keep Load Project enabled Disable Edit Buffer Only Auto allowed Dynamic Password If the setting includes dynamic password please save the password carefully Please refer to Load Project File and Password Generato
31. ect Menu The project is a file to save all the current engineering environment containing e The current device s information such as o Manufacturer o Device type o Pin information o Size o Data file name o Current buffer data NOTE The buffer data may be revised after loaded and the revised date will be the final So the buffer data may differ from the data files e All Operation Option settings SUPERPRO 1803 User Guide 30 e The content of the Auto mode e Software module related to the project For more information please refer to the Protection Mode Generally speaking the project file saves all the preparation related to programming Users can restore the engineering environment any time Note The project file is related to the programmer software If the software has upgraded or has been re installed to another folder the saved project files become ineffective 4 1 2 1 Load Project File Select Load Project from the Project menu to load a project file Change the device s data in buffer and operation option accordingly by the information that is provided by the project file Load project Project name CiUsersWincyiDesktopitest1 prj Input password Random code MCK4Pyq7 Project description No more than 500 characters Dynamic Password cancel Once the Project File was set as Dynamic Password a series of random numbers will come out and the user needs to supply the random numbers to th
32. ect password and random code 4 1 6 2 Help Help file contains the Programmer Manual 4 1 6 3 Contact Us Xeltek telephone number and address 4 1 6 4 Order Generation User Mame intel Manufacturer SPANSION Device SZYALOUSZDSOTF IOS me TSOP 45 GANG 2 ii Current programmer SIN 0000005 1307 04E0 Programmer listto apply 0000005 130704E0 When users order the device authorization make the order by this tool What the user needs to fill in are user name and programmer serial number Click Add button to add programmer serial number After click OK an order will be built Send this file to the sales department SUPERPRO 1803 User Guide e Note Due to the long serial number be careful to fill in it There are two spaces among the serial number 4 2 Tool Bar The tool bar provides a quick way to execute common functions The toolbar from the main SUPERPRO screen is illustrated below Each tool is labeled with a number and described below ca i ha Y E 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Load file Save file Load project Save project Edit buffer Calculating the Checksum Select device Device information O CON DW E 0 N e Device configuration word Edit Auto Option e he e N e O Logic test y QO Production mode HE gt Factory mode E QI Global settings E ep Help 4 3 Device Operation Window All the operation options
33. efore operating chips Once activated it will not run pin check 4 BUZZER Activate or inactivate this function by O or O between Yes or No after entering 4 BUFFER 1 CHECK SUM Calculate Buffer CHECKSUM and compare with the CHECKSUM saved in the current project If different display the two CHECKSUM at the same time Both physical and man made reasons can make CF card data destroyed and make the written chips disabled So recommend running CHECKSUM at last once before any operation after restarting the computer or run 1t automatically Please refer to the following AUTO CHECKSUM 2 Display BUFFER Display BUFFER The start address and data will display once pressing ENTER Press O or LU to move cursor to the address where to change Move O or O to change the cursor address The address will increase 1 successively once pressing ENTER 3 Display BUFFER 1 Display BUFFER 1 Same operation with Display BUFFER 5 PRODUCTION MODE The programmer will monitor the socket status after entering Once a chip is inserted and contacts stably the programmer will run the user defined AUTO automatically 6 STATISTIC Display the programming statistics data including successful times and failure times OS Flowchart for Standalone SUPERPRO IS03 SELECT OPTION DRN 2 JSELECT PROJECTION SISET TING BUFFER IMASS PRODUCTION BISTATIS TIC ATMEL ATS9C41 TAJT
34. einn a a a a ensenese 7 MA introduction tos UP ERE INO seira a A e OA We e e r Y 7 1 2 Software feature USB2 0 Seres una A a a da 2an bods 7 1 3 Structure ofthis Users GUdE scada 7 tA System requirements ia A A ek C d k 7 A el LO nn DN DD A ee T N A E Pree oe 7 Chapter 2 SoftWare Nalda a id 9 2 VSonWware setup Iron CD NE 9 2 2 Download the software from website and setup recommendedg 9 2 3 Software Setup Procedures Example by SUPERPRO 18S03 cccccconoccccncconocccnnccnnaacnnnnos 9 2 4 Hardware and Driver Installation cccccccccccssssseeccccccseeesseeeccccesssuausseeeeceeessuaeeeseseess 12 25 Proerimmer SOTEW ANE ti ii a Ke K Mi e SE ewe NEN 13 Chapter 3 Quick Guidance to Write Devices MAh A w A keke eke keke ke k k KAK KK KRA 13 ILTTE n sa la n ar e tirita 14 2 2 PTrogramim ng Procedures ada 15 Bi ASCIECE ste Se saab 15 32 2 1090 data MtO DU A 15 SL DEC OP TON a a a E A decid e e da we Ee er aa 15 3 2 4 Execute programming loading buffer data into the chips 16 2 Sa enana PAS WO aia 17 33 Pro ECFE a a a E suallgul linksys xo 17 3 4 Programmer Hardware Interface and Channel Introducti0N occcooccccnnccnnnnccnnnaninonanoso 18 3 5 Programming When Connected by HUD M j k keke ek k 19 Chapter 4 FUNCTIONS and Commands ic ANA E 20 SUPERPRO 1803 User Guide bis ALF M
35. en and TOO Bar asii 20 A A Vacccceuewee tans r a tance EE 20 A FAPT eco Meda dalla da 23 ALLA PO Al La LO ke 23 A12 2 Save Project F leS NEA 24 41 23 Manage Project LID A EE 25 132 LESCANO DEF 25 AL Dece Mia DD 26 ATS ds DEVICE Selecionar 26 11 32 DEV ICO INTO MALI ON it a PK NR A EN 26 AEB BUM 26 4 134 DEVICE CONTSULATION Word A ds 28 ALSO Pera ton ODUION uta tai 29 A 1 36 AUTO PRO Sra ai AA A OK anaes 32 1 1 3 7 Verify SUM Checks UM a is 32 71 3 0 Data COMP INSOMNIO A 32 Are APO MM tai 33 A AAA Module mahagelm lll 4 4 yar Alya e kl ios 33 A142 alo Ms yA o Say AA N KK a WAN Kek ee SA W ka a ee A Adel en aka 33 AAAS System Sel A O 33 A A anal oi ev 34 ALAS System o e A i se ewa ue he eee 34 ALTAS R OOO IN O Ai 34 J O A E ES 34 PY MOO RA 35 4 1 6 1 Password Generator i kek kek kek Ke K EKE KE EKA KAK KK K KAK 35 SUPERPRO 1803 User Guide p L A y e PO E A 35 2 25 TODA ti Es 36 2 53 Device Operation VU DOQO W iaa la dde 37 RO 37 A Ae D ore vaste estab pt niga cess dares saint ana sme connec ary a r re 37 AS Protamine e Ka decent ed e ne ak ee Ke seu ea EAE nek 37 DR e e PIN e DN e e a ND N E OA 37 A ASA Ya an CN DA M E DD N DD a AN 37 RA A E eri v Kida K ke A ka ewk K n 37 AO SO cae yk K k ak HAY xak be A EE N ARA e E E e RAN Kak e SE WE K k Cerek 38 A A U EK kela tae 38 d kn dc Aa e e i je 5 cic KA Nr D MD
36. er AVE E E Me inher TO 38 Da OSE Ase A renee rareek cece naepan ine oe tae unsts eee cs naam santas cues onset na ceo one 38 2 5 11 Prolt CU AL A A A dis 38 4 3 12 Lock_Bit One Encryption Method ooccccconnccnncnoccnncnnoconononocnnonanonnnnnnonnnonaronnnnos 38 43 13 Device Data Manual ui lAs 38 4 3 14 Device Special Information Dev lnformation i eee 38 44 Operation Panel idad A io 39 Lo Proprammer kla cr lll 39 46 General StatlStiCs Pan or 39 Chapter 5 Frequently Asked Questions FAQ hkh A hk kk eee kek K k k 40 Data lis AAA 40 5 1 1 Intel Hex Motorola and TektrOn X kek kk KK KK KA 40 5 1 2 Separate File Data Tor Programming xy Ja si Kilke nin lala a aka kaeTA 40 5 1 3 Program Two or More Files to One Chip kk kk eee 40 5 1 4 POF Format Files ne ee de 41 SUPERPRO 1803 User Guide e SAAGADE RO 1 610 o SN DDDDorw r Ir rwr arrrv e ce 7 eee a 41 5 3 Verity SUm CHECKSUM lt ilc ebay y ar n a 42 5A Programmer Pane Siy l sy laa lalala 42 A Ay n o E ay A E A mu A rv ata cules hie N E 42 o DD rrr rk rr 43 6 1 TECNICA SUDDONE 2i yw yaya e a ea ne We N Ee KO Wa e SK 43 0 2 LICENSE ASTM nda AA er Re e n wa e nen DK K De n K a AAA 45 OW E O 45 6 4 Feature Comparison Table for SUPERPRO Series Programmers 45 SUPERPRO 1503 Stand alone Operation SpecificatiON coooocccnconocnnnonacnnnonanonnnnn
37. er Guide fais Readid e Program Read _ verify BlankCGheck Erase Protect Unprotect O When programming the software will record programming status parameters automatically or by users setting By default just Program function is selected and can change default choices in this window O In Auto operation only the chosen items included in the Auto can be executed Note 1 The operation option will vary with devices For example most single chip machines do not permit users to change start end address Stand alone mode does not support Auto Increment 2 When GANG2 GANG4 or GANG16 are chosen the General Property panel will display Adapter Setting all chosen by default When any adapters are not chosen programmer will not write them the interface LEDs turn grey and the programmer indicators will turn off Operation Option General aia Basic Settings ISP Pins Checl Buffer Remove interval s 4 Insert interval s 2 Auto Inc Count Verify mode Unit Settina Al A3 Gi Twice with Vec 10 C3 9 Once with Vcc Twice with Vec 5 SUPERPRO 1803 User Guide 44 3 If the chosen devices belong to ISP type the ISP property panel will show up Operation Option ma Basic Settings VCC V VIO V VPP V Clock Parameter1 Parameter2 Frequency Speed mode Other High Delay time of power on ms 0 Middle Delay time of power o
38. erted chips are not placed properly When the chips are placed properly the software will run Auto immediately O Please remove the programmed chips reminds users that the programming has finished please take away the chips from the socket At the meantime please read the information in the Operation panel to check if the programming succeeds or fails If needs to stop Production mode please click Production mode once again in the File menu or toolbar 4 1 4 3 System Self check Users can check if the system hardware runs properly or not by running Programmer gt System Self Check Checking items include memory pin driving clock etc Note When running System Self Check no chips should be on the adapter The testing report will appear like the following Self check Report Sample for Xeltek Programmer Programmer Model SUPERPRO 1503 Programmer ID Operator Time 2013 06 20 14 10 44 SUPERPRO 1803 User Guide Ae 4 1 4 4 Voltage Testing One measures the programmer voltage by a multimeter according to the following figure PIN1 is V1 PIN24 is GND PIN25 is V2 and PIN48 is V3 Voltage Test Press Enter key To Test V1 V3 SUPERPRO 1803 User Guide Ag Voltage Test Testing 41 5 3 Wi Once clicking Enter key the system will measure the current voltage the highlighted item in the list at the same time the highlighted item will move to the next 4 1 4 5 System Update Update
39. f device has no Configure word If user will program a large amount IC it s better to create a project file first Load the project file before start to program after running S W and it s no need to repeat the steps of various settings This is convenient and avoids man made mistakes 3 4 Programmer Hardware Interface and Channel Introduction By initiating the trigger signal users can implement automatic programming and watch the running status by the LED in software interface The LED configuration can be adjusted any time at customers needs For more information please refer to 5 5 Control Socket Signal Specification in ISP System SUPERPRO 1803 User Guide ye CTRO System Expansion Control Output 3 3V CTR1 System Expansion Control Output 3 3V CTR2 Reservation Input 3 3V CTR3 Output done signal Output 3 3V high pulse signal CTR4 System Expansion Control Output 3 3V CTR6 Outside input trigger signal Input 3 3V In production mode once the high voltage is detected AUTO will be executed automatically GND Ground 3 3V_ voltage il cua System Expansion Control Output 3 3V ISO3 Channel Description ISO3 supports most ISP devices to program 16 channels simultaneously As to a few multiple pin devices 1503 may support 4 channels or 2 channels programmed at the same time The lay out for various channels is shown as following 16 channels SUPERPRO 1803 User Guide
40. ff ms 0 Low Delay time of power off ms Delay time of power off ms Ctrl0 Ctrl1 Ctrl4 Ctrl5 Ctrl0 Ctrl1 Ctrl4 Ctrl5 Users can set the working voltage programming voltage clock frequency and speed 4 1 3 6 Auto Programming In the Operation panel all devices have a basic operation Auto Its function is to put all other operations in the Operation window together in order to be executed automatically as a batch For example choose device EON EN25F80 SOP8 open Auto dialogue On the left of the dialogue the Function List panel displays all the functions and on the right the Auto panel lists all the operations to be executed and the order _ Edit Auto KE Hi 2 L Erase when Blank Check fails Shown in the window above Auto will execute Erase BlankCheck Program Verify SUPERPRO 1803 User Guide sbe e Add Add the functions highlighted in the left Function List into the right Auto list e Delete Delete the functions highlighted in the right Auto window e Upward Move up a step the function highlighted in the right Auto window e Downward Move down a step the function highlighted in the right Auto window e Reset Set Auto as Default Double click the function in the left Function List equals to add the function double click the function in the right Auto panel equals to delete the function 4 1 3 7 Verify Sum Checksum For more details please refer to Chapter 5 5 3 4 1 3 8 Data Comparis
41. ght for 3 30 minutes 3 Program chips at one time OTP Never empty after writing 4 3 7 Erase Erase chips and make them empty Only the electronically erasable chips apply It is not necessary for EEPROM recoverable chips If EEPROM needs to be empty write empty data into the chips Some electronically erasable chips can set whole or a part as OTP chips by setting configuration word Please read data manual carefully SUPERPRO 1803 User Guide 255s 4 3 8 Protect 1 Encryption makes chips unreadable Whether encryption status can be read affects how to edit chip functions If the encryption status is unreadable encryption function will be written directly into the Operation panel Once executing encryption function chips will be encrypted If encryption status is readable the configuration word will list None and all encryption choices for users to choose Executing the encryption function the chips will be operated by the configuration word Especially if None is chosen executing the encryption function means empty operation Reminder Some chips with windows are not reusable once completely encrypted even if erased by UV light 2 As to FLASH chips this operation will protect the data in chips The chips cannot be programmed before removing the protection Note Erasing can remove protection This function should combine with device configuration word Dev Config to determine the sector to protect There are two ways to ch
42. hat the Buffer clear on data load option is not checked 2 Select Load from the File menu to load the Samplel file o In the Buffer Start Address field enter 0 o In the File Start Address field enter 200 3 Select Load from the File menu to load the Sample2 file o In the Buffer Start Address field enter 3000 o In the File Start Address field enter 0 4 Select Load from the File menu to load the Sample3 file o In the Buffer Start address field enter 4000 o In the File Start Address field enter 4000 5 Continue with programming If there are no changes in the file requirements or content of the three files Sample1 Sample2 and Sample3 you can save the data in buffer to a new file such as Sample4 for easily loading and programming next time 5 1 4 POF Format Files When programming ALTERA PLD devices the system saves the data in POF format files When loading a POF Format file the system displays a File Type dialog box Select one of the following 1 POF file The system transforms the data into the Fuse data and checks the data when you load it to the buffer You may receive one of the following errors e Unmatched file to this chip This POF file does not match this chip The POF file is related to the device when it is compiled The error indicates that this POF file is not for this device Replace the chip with a matched one e The POF file has errors 9 Load POF file dll error not found An auxiliary file has errors
43. he user Erase Cenfiquroten Wore 31 mox 4 1 3 5 Operation Option The operation option includes SUPERPRO 1503 User Guide 40 Operation Option General Basic Settings Butter Pins Check moe Remove interval Insert interval Count Verify mode Once with Ver O Twice with Ver 5 Cancel O Insertion Test When the chip has 48 pins or less than 48 pins if more than 48 pins a special adapter will change the chip into a new chip with 48 pins or less than 48 pins the programmer will execute insertion test automatically before programming chips Once something wrong with the insertion test the user can abort programming or retry the insertion test Or the user can ignore the insertion test error and program chips directly O Verify Mode After programming a chip to verify the written data right or not is necessary According to a manufacturer s programming guidance the verify voltage on the VCC pin has the following changes VCC 5 or VCC 10 is adopted for the verification If VCC 5 00V select one of the following options e VCC 5 00V and verify the data once e VCC 4 75V and VCC 5 25V and verify the data twice 5 e VCC 4 50V and VCC 5 50V and verify the data twice 10 0 Remove Interval Insert Interval The waiting period to remove insert chips in production mode O Buffer Users can choose to program only a part of the chip such as with most E EPROM FLASH
44. lete the selected project in the SD card There are many SD card manufacturers in the market and the quality varies a lot across different brands The ones from KingstonTM and SandiskTM are recommended The operation speed at High Speed Mode is much higher than at Low Speed Mode Additionally users can copy project files to SD card directly by SD card reader If there are many large project files need to be sent such as larger than hundreds M bytes we recommend to copy the project file to SD with SD card reader directly 4 1 2 4 SD card Operation SPISO3 enables the encryption of SD card Some SD card encryption operations are e Set password Set a 6 character password for a SD card Once a SD card is protected by a password it becomes encrypted and needs the password for any operation e Unlock To enter the correct password enables operation on the SD card when it is connected on line However if the SD card is off line disconnected the user has to unlock it SUPERPRO 1803 User Guide sage again for any other operation e Erase Password This operation actually wipes all the information that is stored in the SD card and removes the password After this the SD card needs to be formatted as FAT32 for being used on SPISO3 again Customers can run Erase Password command directly without running Unlock first if they want to erase SD password Additionally some former SD cards maybe experience operation failure By these functions and vo
45. lume setting customers can strictly control the production volume in stand alone mode 4 1 3 Device Menu Before any operation users must inform the programmer which device to be written so that it can choose an algorithm according to the manufacturer and device name 4 1 3 1 Device selection Select Device dialogue includes Manufacturer Device Name Type Ok button Cancel button and Search control item How to select a device O Select an adapter from Adapter Mode Normal GANG 2 GANG 4 or ISP if uncertain please select All Users can confirm the adapter mode for the current chips by the right bottom icons O Select type from Type button There are five types of devices E EPROM EPROM EEPROM FLASH etc PLD B PROM DRAM SRAM MCU If uncertain please select All O Select a manufacturer from Manufacturer box O Select a device name from Device Name box and then press OK button Maybe the printed name on the chips is different from the name in the Select Device box due to other parameters such as speed temperature package etc Please ignore these parameters or ask for help How to use Search Box Due to large amount of devices and various names for chips it will be troublesome to select a device directly At this time Search box can help By inputting several key characters the unrelated devices will be filtered a lot and easily get the selected device For example if we want to search 25 series FLASH input 25 in the search box
46. mer front view at connector Chip Connection Information Description of ISP connector pins 1 MISO MOSI LE REST VEC SND GHD reserved Adapter Information The picture below shows the correct position of the device in the socket of the adapter Top view FX I2P1004 Adapter Information 4 1 3 3 Buffer e Manage data in buffer There are two major types of buffer Fuse Buffer and Data Buffer HEX ASCII buffer If the data buffer is Fuse Buffer enter the Fuse Buffer window otherwise enter Data Buffer HEX ASCII buffer window The following commands will be used to in the buffer operation lt page Up gt Move forward lt page Down gt Move backward In following section the operation of these two types of buffer is described and a typical buffer operation window is shown below SUPERPRO 1803 User Guide 236 Buffer NAND Partition Table 000000000 000000010 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 000000020 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 000000030 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF O00000040 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF g00000050 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 000000060 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 000000070 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 000000080 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 000000090 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF 000000080 FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF OOOOOOOBO FF FF FF F
47. n for some devices needs to set device configuration word first Please refer to Function Details Users can choose Auto to finish all functions at one time 3 2 5 Safety and Password To protect user s data from being used by others input passwords during the process O Set password Input new password Password Setting The password is composed with no more than 6 digits 0 Please input password Please confirm password 1 New password 2 Password confirmation When text in box 1 is same with text in box 2 the password is valid When the texts in box 1 and 2 are empty it means password unnecessary Note Space can also be used as password O Password Confirmation Need when operating the protected data SUPERPRO 1803 User Guide aos Input Password Input Password The description mentioned above is a must process to write a chip If you are first time to use please read chapters about Function Details for details 3 3 Project File Project file is a special file type for programmer prj It contains all information for programming such as customer settings options Auto and data to be programmed Project is required for stand alone mode The standard procedures to create a project file Select device gt Load data gt Option setting gt Auto edit gt Configure word setting gt Save project Every step is described in detail in section 3 2 NOTE No need to set configure word I
48. o Serial Number Auto Increment Function If choosing to write the accumulative number at the specified position when programming all the written chips will have different numbers e Change Device Need the start and end address of the to be written area e Verify Mode By data manual s requirement choose specified VCC verification voltage to verify the programming s rightness e If the chosen device algorithm can program multiple chips simultaneously choose the unit to be written first By default all units channels are chosen so customers can choose which units to be written at their will 2 Auto In the Device Operation Window each device has a basic batch operation Auto It will run other operation functions in fixed order automatically Ordinary devices choose the following automatic programming mode o Erase e Blank_check o Program e Verify e Security or Protect 3 Device Configuration Word For devices that include the configuration word you must set the configuration word before programming to ensure that the chip can be used on the target system The configuration words for some devices are contained in the user data file and can be written into configuration word buffer automatically when loading data file For some devices you must manually make the selection 4 Device Menu After selecting devices the device menu dialogue box will come out to display device status Many devices must meet some special requirement
49. of the device are Data HEX ASCII and Fuse e For most EPROM and SCM the data type is Data HEX ASCII e The data type for PLD device is Fuse After you select the device the software will automatically identify the data buffer type You can review the buffer data types if you open the Edit dialog box for the data buffer 4 1 1 1 Load File When some file data are loaded into the data buffer the following rules apply e With a HEX ASCII data buffer EPROM MCU etc the system assumes that 8 bits of the data are valid e With a JEDEC buffer PLD PAL the system considers the lowest bit 1 bit of the file data valid SUPERPRO 1803 User Guide 297 Select Load from the File menu to open the Load File dialog box as illustrated below Load File Buffer FLASH File Name File Type Binary Load mode Normal 4 Buffer offset o 5 File offset Buffer clear on data load 1 Buffer Select the Buffer name from the drop down list The system loads the file data into the buffer accordingly 2 File Name Enter the name of the data file to load or you can select Browse and choose the file using the Select File box see figure below Open x Lokin TE L Debug AT24C028 iri Dll twal S R 41240028 rar EY HELP_CN chm My Recent j 1 Mi copyCF doc EE HELP_EN chm Documents prj EB opyCF exe Init LAN ini deindex bin ir itbir bin
50. ogram if succeeding the number of success increase 1 otherwise the number of failure will increase 1 2 Running Auto and operation Program in Auto if succeeding the number of success increase 1 otherwise the number of failure will increase 1 Button Reset will make the number of success and the number of failure to 0 6 Set Countdown SUPERPRO 1803 User Guide De Set as following pa mn setting count down L Enable count down 0 Cancel When the countdown value is larger than 0 trigger counting function Reduce 1 when programming succeeds once until 0 The countdown function is to control the programming times in production mode For example one can input 1000 and then when 1000 programming finish it will stop When in stand alone production mode input the programming number and save as project file Now the project file contains production control information If encrypting the SD cards the production control will be more efficient 7 Simple reminder for current status and programming progress 8 If a serial number is set for the module the serial number will be displayed 4 6 General Statistics Panel When in multiple programmers mode the general statistics panel will come out displaying the failure success information for all modules Reset all SUPERPRO 1803 User Guide 550 4 Chapter 5 Frequently Asked Questions FAQ You can monitor the programmer operations through the Opera
51. on Data Comparison This function applies to most memories and single chip machines Taking a byte as unit compare the data in buffer with the data in the chip When data are different record the address buffer data and chip data in a log file and save it in the BIN folder Users can find the complete file name with reference information shown in the Operation panel Sample for data comparison There are seven differences totally and the comparison result is saved at C SPISO3 BIN 27256 CMP File format is as following Address BufData ChipData 000000000 FF 52 000000001 FF 61 000000002 FF 72 000000003 FF 21 000000004 FF 1A 000000005 FF 07 000000006 FF 00 4 1 4 Programmer 4 1 4 1 Module management Set the maximum number a programmer can connect and valid after restart SUPERPRO 1803 User Guide bs Module Setting Zan 4 1 4 2 Production mode Production mode is used to program a large amount of devices ISP programmer will automatically detect chip insertion or removal by the system expansion testing function seen in 3 4 and finish programming In this mode if not supporting reminder comes out it means the chosen device cannot be written in production mode Recommendation Choose devices edit the Auto commands and test choose production mode after testing run Auto operate by the reminder shown in the Operation panel O Please insert new chips reminds users to insert chips into the socket or the ins
52. oose sectors to protect The first one is to permit users to give the addresses for eight sector groups Each sector group can contain many sectors and all the given addresses will be protected after executing this function The other one is to set the chip sectors as a prescribed plan Page Do Al e vu 15 00 Chipl Groups 1 16 AL Dieta a 2 re La Fectary_lockebhe Aves of the da Hi Milli Lock Fazil eray bit Lack Di gulla r Cursar lockable Arca of the Sa ani D Bil Lazk Customer bit Lack Dineble kul ok __ cancel J 4 3 9 Security Same with Protect but the chip cannot be read SUPERPRO 1803 User Guide gt 56 4 3 10 Erase_All Same with Erase 4 3 11 Protect_All Same with Protect 4 3 12 Lock_Bit One Encryption Method For more information please refer to data manual For example to operate Atmel At89c51 there are three operations Lock _Bit1 Lock_Bit12 and Lock Bit123 For more details please refer to data manual 4 3 13 Device Data Manual 4 3 14 Device Special Information Dev Information Ask for technical support to Xeltek 4 4 Operation Panel The interface between programmer software and users displays device information buffer data and log information for the current module Site 1 ASA mm Device Info Log window Manufacturer WINBOND Device W25X40BV Status Reg Write Protection Disabled Operation Option
53. out of every four bytes e2nd 2 byte of 4 Load the last two bytes and discard the other two bytes out of every four bytes 5 Buffer offset Address Start from the initial address when loading data into buffer 6 File offset Address In case the file type has a non zero start address enter the data offset address in the File Address field Make sure to enter the correct address because an incorrect file offset address causes part of the buffer to be filled with FF or incorrect data 7 Buffer clears on data load Tick this checkbox will enable the user to fill the data buffers with the specified data NOTE When the device supports special files to load e g ELF the User Defined multiple choice box window will come out If check loading file as the special loading mode and disable most loading option Load File E unos Use Deia File Mame Y File Type Load mode Buffer offset lo File offset lo Buffer clear on data load FF ox SUPERPRO 1803 User Guide e 4 1 1 2 Save File Select Save from the File menu to save data in the current buffer to a disk file A dialog box titled as Save File will be displayed and the saving options are similar to those in section 4 1 1 Load File Save File Buffer File Name File Type Buffer offset Data Size 1 Buffer 2 File Name 3 File Type 4 Buffer Address 5 Data Size To enter the save data size in number of bytes 4 1 2 Proj
54. r 4 1 2 3 Manage Project Library The stand alone operation is when the programmer hardware is not connected to a computer and uses information saved in its own module for volume production The stand alone file includes all the information needed for programming the device This enables the user to prepare the project file s before starting the programmer s operation The project file being saved in the stand alone mode will be manageable using Manage Project Library function This type of file can be stored in the SD card NOTE SUPERPRO 1803 User Guide es 1 Besides using Manage Project Library function user can also copy the project file s by SD card replication 2 SD card is the memory for SPISO3 So please ensure that SD card s file system must be FAT32 The figure below shows a typical Manage Project Library window Manage Project Project Manufacturer Device ag 240044 MICROCHIP 24LC15B fen at88 prj ATMEL ATSSLSS2 Send Project Delete Project C Transmit with low speed El means the project is broken The project library size has something to do with SD card So please ensure the programmer hardware is connected with a computer and the programmer has SD cards before operating Some basic commands related to the project file operation are e Send Project This will send the existing project file s to the SD card One can also encrypt the SD card to protect the data e Delete Project De
55. r address and the start address is smaller than the end address Binary Start value O overflow value 255 ASCII Decimal Start 30 Hex character 0 overflow 39 1 Hex larger than character 9 ASCII Hex Start 30 Hex character 0 overflow 46 1 Hex larger than character F and 9 plus 1 turns A For example One wants to program 64 chips Their ID is from 0001 to 0064 and their location is at EPROM end address of 89C51 If choosing 4 bytes of Decimal format then the procedure is as following Choose Auto Increment item set the start address as FFC Hex end address as FFF Hex Data will change since end address and the start address must be larger than the end address Set the increment value as 1 and increase from higher address to lower address Set the format as ASCII Decimal Enter the buffer window make a change in ASCII area Hex FFC 30 FFD 30 FFE 30 FFF 31 During the programming the operation panel will display Current serial number 0001 In the next programming the last four buffer bytes will be FFC 30 FFD 30 FFE 30 FFF 31 If the programming operation succeeds the serial number will increase by 1 and display Current serial number 0002 The last four buffer bytes will be FFC 30 FFD 30 FFE 30 FFF 32 e User Designed Auto Increment This function needs authorization Users can change data at their will at the beginning or every time their programming succeeds SUPERPRO 1803 Us
56. r sections Section 1 is an overview and introduction of the SUPERPRO describing the system requirement installation of the hardware and software Section 2 is about detailed specification and explanation of all the features commands and function modules Section3 Appendices has supportive information and guide for trouble shooting 1 4 System requirements The minimum system configuration requires e Adesktop or laptop computer with Intel Pentium or an equivalent processor and at least one serial USB 2 0 Bus interface SUPERPRO 1803 User Guide 559 4 e Windows XP Windows Vista and or Windows 7 operating system e 1GB free space on the hard drive determined by the size to be written For example if the content to be written is 4G the minimum space available must be larger than 4G otherwise the operation cannot be finished e A CD drive 1 5 Package content A standard SUPERPRO programmer package includes e A Programming host machine e A USB 2 0 connection cable e A Power supply unit e One CD contain programmer software and User s Guide User registration table SUPERPRO 1803 User Guide 10 Chapter 2 Software Installation If you are the first time to use Xeltek universal programmer based on USB2 0 this chapter provides a brief guidance on how to install the SUPERPRO software and connect the programmer hardware properly USB device is plug and play so when the first time to install Windows will scan
57. s Program the two parts into two chips respectively When loading the file select Even as the File Mode to write the data in the addresses 0 2 4 6 etc to one chip Select Odd as the File mode to write the data at the address 1 3 5 7 etc to the other chip e Based on the byte 8 bit divide the file into four parts by address of the first byte the second byte the third byte and the fourth byte out of every four bytes Program the four parts into four chips respectively When loading the file select the 1st byte of 4 as the File Mode to write the data in the addresses 0 4 8 12 or C if HEX etc to one chip Then select 2nd byte of 4 3rd byte of 4 and finally 4th byte of 4 to write the remaining data to the other three chips SUPERPRO 1803 User Guide 60 e Based on the word 16 bit divide the file into two parts by address of the first two bytes and the last two bytes out of every four bytes Program the two parts to two chips respectively 5 1 3 Program Two or More Files to One Chip Users can load several files into a buffer and write them to a chip The following explanation gives an example of programming three files Sample1 Sample2 and Sample3 to one chip Write Sample 1 data from address 200 Hex into address 0 in the chip Sample 2 data from address O Hex into address 3000 Hex in the chip and Sample 3 data from address 4000 Hex into address 4000 Hex in the chip 1 Select Edit from the Buffer menu Make sure t
58. s for the programming of a chip including special algorithms conventions Read the device manual or instructions carefully and adjust the operation steps or buffer data as needed Simultaneously connect programming cable and chip pins by pin connection guidance which is an important step in online mode 5 Production Mode Online programmer cannot do pin detecting therefore production mode is different from ordinary programmers The system control port of a programmer supplies an input detecting pin In production mode once high voltage detected AUTO operation will be initiated automatically Details are shown in 3 4 Programmer Hardware Interface SUPERPRO 1803 User Guide 905 3 2 4 Execute programming loading buffer data into the chips The procedure to program chips is as following e Blank_Check If the chip is new ignore this step o Program e Verify Verification is a must Only after the verification succeeds the chip programming is confirmed right Some chips do not supply unit to unit verification function but accumulative verification function similar to Verify CRC Very few chips even do not supply accumulative verification functions e As to erasable chips with data blank check will fail At this time Erase operation should be executed first Some EEPROM devices can be programmed directly without erasing first e If the device needs encryption add Security or Protect function after verification Note The encryptio
59. s start If failing please check as the following steps e Connect programmer and computer properly and turn on power e Setup procedure properly If connecting programmer hardware before installing software computer will detect new hardware and following window will show up To avoid compatible ID setup software is used to make troubles please click Cancel immediately Chapter 3 Quick Guidance to Write Devices This chapter is a quick guidance to write devices including 6 Software user interface e Procedure to write devices e Programmer hardware interface Before you are ready to write devices please make sure that the programmer driver has been set up and the programmer has been connected by USB The SUPERPRO 1S03 is a multi purpose ultra high speed multi channel universal programmer and suitable for R amp D and production It has two working modes e Online mode Connected to PC USB by USB2 0 cable the programmer has an extremely user friendly and powerful interface Also the programmer can be connected to PC by a SUPERPRO 1803 User Guide is standard network cable and it works under network mode We recommend USB mode and online mode refers to USB mode e Stand alone mode Operated by a keyboard and LCD screen not necessary connected to PC Save user engineering document on SD card Users can make engineering document under online mode and download it on SD card or copy it to SD card Note Stand alone mode does no
60. t of many The configuration words for chip programming are classified into two categories e If the configuration word contains some protected items then you cannot verify the items after preparing the program When preparing the program the programmer automatically shields the protected items and writes the other items Select Security or Protection to write the protected items NOTE If you select None as the Protection option SUPERPRO 1803 User Guide 230 the system does NOT carry out an operation when performing Security or Protection e In some devices the configuration words cannot be separated so the system does not write the configuration word when preparing the program To write the configuration word in these cases select the corresponding item such as Write_Option Device configuration word varies with devices Users should set configuration word wells by their target system requirements and the Device Data Manual otherwise the programmer cannot work even if it can verify properly Some FLASH devices also use the configuration word for the protect operation and to execute and display the segment protection Please refer to Device Operation Function Window ContigWord Pagel Watchdog POR Protection Mode enable bit 0 None e disable bit 1 Lock Bitl Lock Bit12 Lock Bit123 Cancel Helo Some devices can set erase segment When erasing just erase the specified segment set by t
61. t support the function of generating serial number automatically Additionally it supplies API interface and command line mode and integrate programmer system into customers systems to form a completely automatic writing system which is popular in ICT testing or automatic production lines 3 1 The User s Interface Running the programmer software the following user interface will come out BR SUPERPRO 1503 Online Mode ME ea as AE File F Project P Device D Programmer O Option O Tool T Window W Help H T a ki AER qv 6 Sl a 2 Auto Site 1 ESTE ATMEL ATMEGA168 ISP ISP 8 Read Y Y Y O mamo A e eoo BlankCheck Count Down Disabled Erase 9 Q z z C setCountDown Connect successfully 0 Write Fuse SIN Disabled Read Fuse LockBit kancel Site 1 Device Info Log window Manufacturer ATMEL Device ATMEGAI68 Welcome to Xeltek programmer 5 You are in USB mode Package ISP Adapter Current Device ATMEL ATMEGASSPAGISP ISP GANG 16 Algorithm MEG48G16 TE Configure Mor A Buffer Info Fuse Low Byte 62 Hame Size Checksum Fuse High Byte DF FLASH 2000Hx8 Ox001FEODO Tuse Extend Byte 28 8 EEPROM 200H 8 Ox0O0D1FEOO Calib byte Read Only FF 0x0021DE00 Cal Memory Addr 0000 The version of programmer is out of date please update the programmer s system File Info 5 q3 Bs 1 Menu Bar 2 Tool
62. th Vee SUPERPRO ISO3 Starts Programmer ID The version of programmer is out of date please update the programmer s system Yelcone to Xeltek programmer You are in USB node Current Device ATMEL ATHEGASSPAGISP OSP GANG 16 Algoritha MEG48616 Fuse Extend Byte F9 Calib byte Read Only FF Cal Memory Addr 0000 Write Calib Byte to FL EE Enabled LB Mode No Lock Bits Option Zone rite Cal to Flash BLBO Mode No Lock Bits 11 BLBI Mode No Lock Bits 1 SPs Bsr Statistics Column NOTE Ao HEEE _Resetal 1 Choose specified hub for XELTEK to connect SUPERPRO 1S03 and currently up to 8 programmers can be operated simultaneously 2 The visible panel number can be adjusted by the programmer panel style SUPERPRO 1803 User Guide gt 28 Chapter 4 Functions and Commands This chapter provides a detailed specification and explanation of the SUPERPRO software It includes the description of the functions and commands that is listed as below e File Menu and Tool Bar e Edit Buffer and File information Frame e Device Operation Function Menu e Operation Information Menu e Status Bar e Statistics Window 4 1 File Menu and Tool Bar 4 1 1 File and Data There may be one or more data buffers in the device If several data buffers are displayed after you have selected the device refer to the name and the data manual for the meanings of the buffers The two data types
63. tion Information Window and message window This chapter helps define common problems related to programmer actions and errors 5 1 Data File How to use the File Type dialog box will be discussed here in details 5 1 1 Intel Hex Motorola and Tektronix The data for programming is usually stored in the data file Commonly used formats are Intel Hex Motorola and Tektronix The files of these formats keep data in text mode which include data and address information Because the offset address is not always zero you may incur errors when loading the file directly For example the location of data in buffer as viewed in the Edit Buffer window may be incorrect or you may receive an error message when loading the file such as Invalid file type or all file data overflow Select one of the following options to solve this problem e Confirm the file type and ensure the buffer can load all the files e Find the minimum offset address of the file After selecting the file software will scan the file automatically and write the minimum offset Address 5 1 2 Separate File Data for Programming By using the File Load Mode selection in the File Type dialog box you can select the data of a file and write it into several chips of the same type This allows you to load the file several times according to your needs There are three methods for separating the file data e Based on byte 8bit divide the file into two parts by the odd and even addres
64. to Install Setup is preparing the Install Wizard which will quid you through the setup process Please wait unpacking data After this dialogue finishes another dialogue will come out automatically 2 An installation wizard will be displayed as illustrated below SUPERPRO 1803 User Guide 22 5 ie SUPERPRO 1503 Version 1 0 Welcome to The Installation Wizard This Wizard will guid you through the steps required to install Programmer Control Software on your computer It s strongly recommended that you exit all other windows programs before running this setup program WARHING This program is protected by copyrigtht law and international treaties Click Hext to continue or Cancel to exit Installation 3 A License Agreement will be displayed Click Agree to continue Read this agreement carefully Agreeing to install means accept the agreement by default Click Agree to continue or click Cancel to quit 4 Choose the Destination Location in which the driver software will be installed Click Browse to change the default destination location Once the destination file folder is selected click Next to proceed 1 SUPERPRO 1503 Version 1 0 Select Destination Location Where should the software be installed To continue click Hert To install to a different folder click Browse and select another folder Destination Fold C A5P 1505 Space required 13 0 MBE 5 Another
65. ut in the programmer that is selected and highlighted at the time being In global configuration mode all the operations i e selecting devices loading documents and programming are carried out in the programmer s that is selected with the check in tick box es excluding the operation buttons on the programmer board SUPERPRO 1803 User Guide PEI i PRO 150 O i _ ES File F Project P Device D Programmer O Option O Tool T Window W Help H Sd Hre DRE 6 6 amp co Auto ReadIid _ Progran 7 Site 10 gt 7 Site 2 bb Auto Msitex3 gt Auto le ATMEL ATMEGA168 ISP ISP gt EN o gt Success 0 fi Success 0 A 3 a2 Verify o i o _ 2 hd BlankCheck 6 Y Y Y mazo gt R Lo ey Reset _____ 90000 CC Reset CC Reset E Roest 5 Count Down Disabled CountDown 0 l Count Bown Writ F gt A O O O Gaconivon Eset Count Down Read_Fuse Connect successfully 0 Demo Mode J 0 Demo Mode j 0 LockBit SNDisabdled SN Disabled SN Disabled Cancel Device Info Manufacturer ATMEL Device ATMEGA168 Package 1SP Adapter Buffer Info Name Size FLASH 2000158 EEPROM 2001 38 Checksum 0x001 F000 0x0001FE00 0x0021 DEOO File Info Pins Check Enabled Remove interval s 4 Insert interval s 2 Verify mode Once wi

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