3980xpi Users Manual - Data I/O Corporation

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Commands * Program Security Fuse (Y,N) Enables or disables the programming of the security fuse(s). To program the security fuse(s), set this parameter to Y and set the Security Fuse Data parameter(s) to 1. This parameter defaults to N, which disables programming of the security fuse(s). * Program Signature Available on only a few devices, the program signature is a user-definable field that allows the user to program data into the program signature array. * Software Data Protection (Y,N) When enabled, prevents writing to a device. Optional Parameters The Non-default Parameters screen, which contains the preceding parameters and any default parameters that were changed, is displayed as the default. The more complex All Parameters screen displays the following additional parameters. To toggle between the two screens, press F4. � Memory Begin Address Specifies the beginning RAM address, in hex, of the first byte of data to be programmed. The Memory Begin Address must be an even address if you have selected a 16-bit device. The default address is 0. � Device Begin Address Specifies the first hex device address to be programmed. The default is 0. � Device Block Size Specifies the size in hex of device data used in device operations. At device selection, Device Block Size is automatically set to the device size and usually does not need to be changed. It is also set to a smaller value if the Device Begin Address is not zero. You can change this parameter. Entering zero sets the Device Block Size equal to the device size. � Set Auto-increment When enabled, directs the programmer (in serial set programming mode) to the starting memory address of the next block in the set to be programmed. For example, if you have four 1K x 8 devices to program from a 4K x 8 block of data, using the auto-increment option directs the programmer to point to the first address of the next 1K block after each device has been programmed. For single device operations, this feature should be disabled and the Next Device parameter should be set to 1. Note: Items with an * (asterisk) are visible on the screen only if the selected device supports the feature. * Illegal Bit Check (Y,N) Enables or disables the illegal-bit test. This test compares data in a device against data in the programmer's RAM to determine if the device has already-programmed locations of incorrect polarity. For example, the programmer returns an illegal-bit error in the following situation: data in RAM indicates a specific bit should be in an unprogrammed state while the corresponding bit in the device is in a programmed state. The device cannot be programmed if the programmer detects an illegal bit. This parameter is enabled by default. 3980xpi/3980/3900/2900 User Manual 4-13
Commands � Blank Check (Y,N) Enables or disables the Blank Check test, which checks a device for programmed bits. This parameter defaults to Y, which enables the test. * Compare Electronic ID (Y,N) When enabled, compares the electronic signature of the device against the electronic signature of the selected algorithm. � Enable Yield Tally (Y,N) When enabled, directs the programmer to keep a running tally of the programming yields for the last sixteen types of devices programmed. These totals show how many devices passed and failed, and what specific errors, if any, occurred. This parameter defaults to N. For more information, see “Yield Tally” on page 4-69. * Odd/Even Byte Swap (Y,N) When enabled, allows the Most Significant Bytes (MSB) and the Least Significant Bytes (LSB) of 16-bit words to be swapped when data is programmed into a 16-bit device. The data is programmed into a device retrieving the Most Significant byte from an odd memory address when the flag is N and an even memory address when it is Y. � Reject Option (C,S) Selects the number of times the device is pulsed with programming voltage before it is rejected as unprogrammable. C selects the number of pulses specified by the manufacturer. S selects either a one-pulse or the militaryspecification number of programming pulses. Unless you are programming devices to a strict military specification, you should leave this option set at C. This option defaults to C. � Verify Passes (0,1,2) Selects the number of times to test the device. 0 directs the programmer not to test the device. 1 directs the programmer to test the device once at the device manufacturer's nominal Vcc. 2 directs the programmer to verify the device at the device manufacturer's recommended high and low Vcc levels. This parameter defaults to 2. * Erase EE Device (Y,N) Allows you to erase electronically-erasable PROMs. Before the programming cycle, the programmer checks the device and displays a warning if the device if non-blank. If you enable the erasing of the device, the programmer erases the device before programming the device. Enhanced Security Fuse Capability The enhanced security fuse capability for EMICRO parts allows Security Fuse Data to be stored in a data file. Currently, some devices support this capability, including the Intel 8742AH. For more information, or to see if a device supports this capability, see the device manufacturer's data book. The Security Fuse Data field cannot be restored using the More Commands/ Configure System/Restore command. Security Fuse Data is restored from a data file. 4-14 3980xpi/3980/3900/2900 User Manual
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3980 Programming System User Manual
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Contents Contents Preface Safety Su
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Contents Session 11: Programming a
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Contents CRC Default Settings. . .
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Figure Page 5-4. Formatted Binary F
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Preface Contacting Data I/O Telepho
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Safety Summary Terms General safety
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1 Introduction Product Descriptions
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External Features Front Panel The f
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PC Disk Boot Files Disk—3900/2900
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Physical and Environmental Safety I
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3980xpi Upgrade Kit—3980/3900 Int
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Setting Up Connecting to a PC To co
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Setting Up 3e. Press Ctrl+R. Select
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Setting Up 1a. Connect one end of t
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Setting Up After you turn on the pr
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Setting Up Pin Functions The functi
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Setting Up 3. Install the Base Befo
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Setting Up 2. Lift the Base up and
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Setting Up 5. Check Self-test Resul
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Setting Up 6. Start-up Screen The S
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Setting Up 7. Set Up High Speed Dow
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Setting Up 8. Install Devices Use t
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Setting Up Inserting a PLCC or LCC
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Setting Up Inserting a PGA Device i
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Setting Up High Profile PPI Adapter
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Setting Up QFP Devices Orient pin 1
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Setting Up Inserting Other Devices
Page 57 and 58: Setting Up Cleaning Procedure 1. Bl
Page 59 and 60: Setting Up 11. Using the Mass Stora
Page 61 and 62: Getting Started Session 1: Programm
Page 63 and 64: Getting Started 7. The following wi
Page 65 and 66: Getting Started 14. You will be pro
Page 67 and 68: Getting Started 6. From the Setup m
Page 69 and 70: Getting Started Session 2: Navigati
Page 71 and 72: Getting Started Move the cursor to
Page 73 and 74: Getting Started Non-fatal error mes
Page 75 and 76: Getting Started Figure 3-6. Part Nu
Page 77 and 78: Getting Started Figure 3-8. Keep Cu
Page 79 and 80: Getting Started Session 5: Loading
Page 81 and 82: Getting Started To switch between t
Page 83 and 84: Getting Started 5.Select Load File
Page 89 and 90: Getting Started Download the File R
Page 91 and 92: Getting Started Review 4.Read the m
Page 93 and 94: Getting Started To switch between t
Page 95 and 96: Getting Started Verify the Device T
Page 97 and 98: Commands Figure 4-1. Command Tree (
Page 99 and 100: Commands Parameter Factory Default
Page 101 and 102: Commands 4. In the Manufacturer fie
Page 103 and 104: Commands Load Device Load Logic Dev
Page 105 and 106: Commands Program Device � Set Aut
Page 107: Commands Program Memory Device Main
Page 111 and 112: Commands Verify Memory Device Main
Page 113 and 114: Commands More Commands In general,
Page 115 and 116: Commands Edit Parameters More Comma
Page 117 and 118: Commands If you choose E then Selec
Page 119 and 120: Commands Swapping bytes is useful w
Page 121 and 122: Commands Not every baud rate works
Page 123 and 124: Commands � Fill Data Allows you t
Page 125 and 126: Commands Since the host may not exp
Page 127 and 128: Commands Programmer ID Keep Current
Page 129 and 130: Commands Purge 2. When you select t
Page 131 and 132: Commands Add 7. If you selected a m
Page 133 and 134: Commands Update Mass Storage More C
Page 135 and 136: Commands The following parameters a
Page 137 and 138: Commands Blank Check Electronic Era
Page 139 and 140: Commands Search Pattern Device Conf
Page 141 and 142: Commands Command Keystrokes Descrip
Page 143 and 144: Commands Command Keystrokes Descrip
Page 145 and 146: Commands Memory Editor Commands Onl
Page 147 and 148: Commands Data Copy More Commands/Ed
Page 149 and 150: Commands Save File To load a file i
Page 151 and 152: Commands Copy File Duplicate Disk 3
Page 153 and 154: Commands Job File 3. The programmer
Page 155 and 156: Commands Self-test More Commands/Se
Page 157 and 158: Commands Upload Data � I/O Addr O
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Commands Compare Data More Commands
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Commands Output To Disk The followi
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Commands The parameters for this co
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Commands Transparent Mode Transpare
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Translation Formats Instrument Cont
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Translation Formats A single data b
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Translation Formats Formatted Binar
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Translation Formats Spectrum Format
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Translation Formats Security_Bit ta
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Translation Formats LOF Format, Cod
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Translation Formats ASCII Octal and
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Translation Formats RCA Cosmac Form
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Translation Formats MOS Technology
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Translation Formats Intel Intellec
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Translation Formats Motorola EXORma
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Translation Formats 03 — Start Re
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Translation Formats The Data Bus Wi
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Translation Formats BNF Rules and S
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Translation Formats JEDEC Full Form
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Translation Formats Fuse Informatio
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Translation Formats The following e
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Translation Formats Functional test
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Translation Formats Item No. of ASC
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Translation Formats Hewlett-Packard
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Translation Formats Intel OMF286 Fo
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Translation Formats Intel Hex-32, C
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Translation Formats Highest I/O Add
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Messages Beginning of file Begin ad
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Messages Disk duplication overwrite
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Messages Insert blank device. Hit r
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Messages OPERATION COMPLETE. Sumche
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Messages Trc init err The programme
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Messages Additional Information The
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Messages Device Programming Error P
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Messages Electronic ID Verify Error
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Messages Probable Cause Solution Ad
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Messages Incompatible User Data Fil
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Performance Verification Accessing
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Performance Verification Figure A-4
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B Computer Remote Control System Se
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Interface Modes Exiting CRC Mode Co
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CRC Commands Description Setting Se
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Summary of Extended CRC Commands Co
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C Keep Current Subscription The Kee
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2. Connect to Keep Current Using th
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D Glossary Action Symbol Address Fo
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Cross Programming Data Bits Data Re
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Filename Fuse Verification Fusemap
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LCC LED Load Data Load Device Logic
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Pin Driver PGA PLCC PLD PROM Progra
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Self-test Serial Set Glossary A bui
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Translation Formats Glossary A form
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Workstation Yield Yield Tally ZIF S
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Index devices, 4-44 peripherals, 2-
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Index Fill Memory, 4-52 Edit Commun
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Index Next Operation Begins At Ille
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Index Output Memory Data, 4-68 Outp
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