Intel iUP-200A User Manual
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Intel iUP-200A User Manual

Intel iUP-200A User Manual

Universal programmer
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intel
iUP-200A/201 A
UNIVERSAL PROGRAMMER
USER'S GUIDE
*. m A.
Order Number: 164852-001
Copyright © 1984, Intel Corporation
Intel Corporation, 3065 Bowers Avenue, Santa Clara, California 95051

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Summary of Contents for Intel iUP-200A

  • Page 1 A UNIVERSAL PROGRAMMER USER’S GUIDE *. m A. Order Number: 164852-001 Copyright © 1984, Intel Corporation Intel Corporation, 3065 Bowers Avenue, Santa Clara, California 95051...
  • Page 2 No part of this document may be copied or reproduced in any form or by any means without prior written consent of Intel Corporation. Intel Corporation makes no warranty for the use of its products and assumes no responsibility for any errors which may appear in this document nor does it make a commitment to update the information contained herein.
  • Page 3 DATE REVISION HISTORY REV. 3/84 Original -001 Issue...
  • Page 5 Appendix D Contains a schematic for building an RS-232 to 20ma converter. Conventions Used In This Book Throughout this book, the iUP-200A/201 A is called the universal programmer. The following symbol conventions are used in this manual to document notes,...
  • Page 6 Consult the Microcontroller Handbook, the Microprocessor and Peripheral Handbook, and the Memory Components Handbook to determine which per­ sonality module to use for specific PROM devices. Intel supplies the ap­ propriate personality module user’s guide with each personality module. You can order additional copies from the Intel Literature Department. Refer to page ii for the address.
  • Page 7 Preface This handbook contains data sheets on development systems and supporting software. • Memory Components Handbook, order number 210830 This handbook contains all application notes, article reprints, data sheets, and other design information on RAMs, DRAMs, EPROMs, E2 PROMs, and bubble memories.
  • Page 9 If you are returning a product damaged during shipment or if the product is out of warranty, you must have a purchase order before Intel can start the repair. If available, use the original factory packaging material to ship the product to the Intel Product Service Center.
  • Page 10 Service Information iUP-200A/201A by the Sealed Air Corporation, Hawthorne, N.J. Securely enclose it in a heavy- duty corrugated shipping carton, mark it “FRAGILE,” and ship it to the address specified by the Intel Product Service Center.
  • Page 11 WARNINGS AND CAUTIONS This section lists the warnings and cautions found in the manual, along with the pages on which they appear. PAG E C A U TIO N To prevent possible damage to the universal programmer, verify that the line voltage select switches are set properly and the power fuse is the right value for the line voltage that is to be used before plugging in the unit and turning it on.
  • Page 12 Warnings and Cautions Do not switch the universal programmer’s power on or off when a PROM device is installed in a socket of the personality module. Damage to the PROM device can result. I CAUTION ) If the personality module has more than one socket, install the PROM to be programmed or read only in the selected socket.

  • Page 13: Table Of Contents

    CONTENTS PA G E C H A P T E R 1 PAGE G EN E R A L IN FO R M A T IO N SHIFT-ADDRO ............ 3-7 Overview of the Universal Programmer ....SHIFT-DATA 1 ............3-8 General Description ..........
  • Page 14 PA G E FIG U R E TITLE PA G E iUP-201 A Keyboard and Display ....1-1 iUP-200A Universal Programmer with 3- 2 SHIFT-LOAD 3 Function Data Personality Module ........1-2 Manipulation ..........3-11 1-2 iUP-201 A Universal Programmer with 4- 1 Example Addresses of SHIFT-LOAD 3 an Installed Personality Module ....

  • Page 15: General Information

    Personality modules are small units that plug into the front of the univer­ sal programmer. They personalize the universal programmer for a specific PROM or family of PROM devices. Figure 1-1 shows the iUP-200A universal programmer with a personality module.

  • Page 16: General Description

    These off-line operations are performed independently of any host computer system. (Chapters 3 and 4 describe off-line operation.) You can expand an iUP-200A universal programmer to iUP-201A universal pro­ grammer capability by installing the off-line option. You can install this option yourself.

  • Page 17: Personality Module

    General Information further information on connecting the universal programmer to a host.) A dedicat­ ed Intel 8085 microprocessor with its own RAM and firmware allows the universal programmer to perform many operations independently of the host. The universal programmer is housed in a low-profile case with an angled front panel.

  • Page 18: Physical Specifications

    25 ± 5 degrees C. Programming Temperature Range: 10% to 85% RH Operating Humidity Range: (non-condensing) Electrical Specifications Operating Voltage: Selectable 100, 120, 220, or 240 VAC (each within ± 10%) at 47-63 Hz single phase grounded. Power Consumption: iUP-200A/201 A, maximum 120 watts...

  • Page 19: Firmware Development

    All PROMs have a characteristic physical word length. This word length is the number of parallel bits that are accessed when a given address is specified. Almost all of Intel’s recent PROM components have an 8-bit word; however, many earlier PROMs had 4-bit words.

  • Page 20: System Configurations

    General Information The iPPS software provides the software tools to perform automatic interleave mapping of data and machine code into Intel PROMs. (The iPPS PROM Program­ ming Software User's Guide describes iPPS operation.) System Configurations To program PROMs with the iUP-200A/201A universal programmer in on-line mode, the iPPS software must be running on the Intellec development system.

  • Page 21: Summary Of On-Line Commands

    This RAM is generally used for off-line data manipulation but is accessible for certain on-line operations. The iPPS software and the iUP-200A/201A firmware (which run on the host de­ velopment system and the universal programmer, respectively) handle all data transfers between the four logic devices.

  • Page 22: Utility Group

    HJP-200A/201A General Information < ESC > Terminates the current command. REPEAT Re-executes the previous command. ALTER Allows edit and re-execution of the previous command. U tility Group The following utility commands display data, help, and status information and set default values. DISPLAY Displays PROM, buffer, or file data on the terminal.

  • Page 23: Security Group

    DATA-1 SHIFT Fills a selected address range in URAM with a constant. FILL-2 SHIFT Loads URAM with data in Intel 8080 hexadecimal file LOAD-3 format, down-loaded from a host system through an RS-232 interface. SHIFT Locks the EPROM device from unauthorized access.

  • Page 25: Preparation For Use

    Appendix B for further information on this command protocol. The iUP-201 A universal programmer’s serial down-load feature allows data in Intel 8080 hexadecimal format to be loaded into the iUP-201A URAM from any host system that has an RS-232 interface. In this mode, no special software drivers need to be written.

  • Page 26: Eprom Erasure

    If the EPROM device is exposed to these lighting conditions for extended periods of time, you should cover the device window with opaque labels (available from Intel) to prevent unintentional erasure. The optimum light for erasing EPROMs has a wavelength of 2537 Angstroms.

  • Page 27: Checking And Replacing Power Fuse

    Preparation for Use The universal programmer accepts one of four different AC line voltages. Before plugging in the universal programmer and turning it on, you should set it to the ap­ propriate available line voltage as follows: 1. Verify that the universal programmer is unplugged from its power source.

  • Page 28: Replacing Power Fuse

    RJP-200A/201A Preparation for Use The fuse is located directly beneath the MAIN POWER switch on the back panel. (Figure 2-2 shows the fuse being removed.) To replace the fuse: 1. Unplug the main power plug from its power source. 2. Using a flat blade screwdriver or a small coin, turn the fuse holder counter­ clockwise as shown in Figure 2-2.

  • Page 29: Cable Installation

    Preparation for Use iUP-200A/201A 7. Verify that the line voltage selector is set properly and then plug the main power plug back into the power source and turn on the universal programmer. RS-232 Cable Installation The RS-232 cable connects the host development system and the universal programmer.

  • Page 30: Personality Module Installation

    Preparation for Use Personality Module Installation Personality modules adapt the universal programmer to a particular family of PROM devices. You cannot use a personality module alone; it must be installed in the universal programmer. The personality module plugs into the front panel connector of the universal programmer (see Figure 2-3).

  • Page 31: Powering On

    TYPE command (described in the iPPS PROM Programming Software User's Guide). If the iPPS software is not running when the iUP-200A universal programmer is turned on, no error messages are dis­ played on the terminal. Therefore, Intel recommends that the iPPS software be running before the universal programmer is powered on.

  • Page 32: On-Line Initialization

    Preparation for Use 2. The following mother board tests are performed (for both the iUP-200A uni­ versal programmer and iUP-201 A universal programmer): • CPU instruction test of the 8085 processor • Check-sum test on the internal firmware ROM •...

  • Page 33: Prom Device Installation

    Preparation for Use [ CAUTION 1 Do not switch the universal programmer’s power on or off when a PROM device is installed in a socket of the personality module. Damage to the PROM device can result. 2. If the universal programmer is not already powered on, switch on the power switch and wait for the initialization procedure to complete.
  • Page 34 Preparation for Use iUP-200A/201A f c A U T i o S n The orientation mark on one end of the PROM must be toward the top of the socket. If a PROM is not oriented properly, it cannot be programmed and may be damaged. If the PROM is not...

  • Page 35: Off-Line Operation

    In addition, the iUP-201 A local firmware lets the universal programmer down-load data in Intel 8080 hexadecimal format into the RAM buffer (using an RS-232 interface) from any host system. This down-load operation does not use the iPPS software.

  • Page 36: Keyboard/Display Overview

    Off-Line Operation memory is a buffer that holds data to be manipulated off-line and programmed into the PROM. It is referred to as UR AM when regarded as a logical device during on-line operations. (The iPPS PROM Programming Software User's Guide discusses on-line operation.)

  • Page 37: Function Key Descriptions

    iUP-200/201A Off-Line Operation The function keys let you select the operation you desire. Some operations require additional parameters such as addresses and data. These parameters are entered at the 16-key hexadecimal keypad. Function Key Descriptions The remainder of this chapter describes each off-line function key. Selects on-line or off-line operation Function...

  • Page 38: Ver

    Off-Line Operation iUP-200A/201A where dddd is the hexadecimal value of the check-sum obtained. The check-sum is the 2’s complement of the 16-bit sum of all the bytes loaded into the RAM. For PROMs greater than 32K you will get the message LOADING, although load­...

  • Page 39: Ii Prog

    Off-Line Operation iUP-200/201A f ..3 ii PROG Programs PROM with RAM data Function The PROG key programs the PROM device after first verifying that the PROM is blank. If the PROM device passes the blank PROM check, programming begins. If the PROM fails the blank PROM check, the following message is displayed: BLANKCK ERR aaaaaa...

  • Page 40: Device Select

    Off-Line Operation iUP-200A/201A programmed. Refer to the VER function key description in this chapter for more details. If all locations are programmed without error the following message is displayed: END VERIFY CKSUM = dddd where dddd is the hexadecimal value of the check-sum obtained. The check-sum is the 2’s complement of the 16-bit sum of all the bytes programmed into the...
  • Page 41 iUP-200/201A Off-Line Operation Enters addresses, data, and baud rates Function The ENTER key lets you enter addresses, data, and baud rates in display, modify, fill, lock, and load modes. After entering an address or data from the hexadecimal keyboard, press the ENTER key to tell the firmware to accept the entry. Refer to the SHIFT-ADDR 0, SHIFT-DATA 1, SHIFT-FILL 2, SHIFT-LOAD 3, and SHIFT-LOCK 4 sections in this chapter for further information on the ENTER key.
  • Page 42 Off-Line Operation iUP-200A/201A Note that if no personality module is installed, valid addresses cover the entire range of the RAM (32K). Otherwise, the currently selected PROM type selects the valid range. Selects modify data function Function The SHIFT key used with the DATA 1 key lets you edit the data at a specified address.
  • Page 43 iUP-200/201A Off-Line Operation entry of these prompted values, the least significant digit of the input field blinks to indicate the current digit of entry. Enter the most significant digit first; upon entering a digit, the previously entered digits are shifted left. Once the prompted field is filled, the least significant digit stops blinking.
  • Page 44 (using an RS-232 interface) in off-line mode from a host system. The data loaded must be in the Intel 8080 hexadecimal file format. (Refer to the iPPS PROM Pro­ gramming Software User's Guide for information on file formats.) You can select any baud rate from 110 to 9600:110, 150, 300, 600,1200, 2400, 4800, or 9600.

  • Page 45: Shift-Load 3 Function Data Manipulation

    The load operation is then terminated. Try downloading the data again. If you get the CHECK SUM ERROR message a second time, recreate the data. If the data being read does not match the Intel 8080 hexadecimal file format, the following error message is displayed: ILLEGAL FILE TYPE The load operation is then terminated.
  • Page 46 Off-Line Operation iUP-200A/201A LOCK j; SH IFT Locks the EPROM device Function The SHIFT key used with the LOCK 4 key locks the EPROM device from unauthorized access (on EPROMs on which this feature is supported). Two types of EPROMs can be locked: those with a security bit and those that are authenticated.
  • Page 47 RJP-200/201A Off-Line Operation The following prompt is for the second byte of the key number: KEY NUM-2 The following prompt is for the 8-byte identity code, which you enter one byte at a time. KEY 1 Then, one at a time KEY 2 through KEY 8 prompt you to enter values. After you enter the 8-byte identity code, the following message appears in the command field and the data field blinks, prompting you to enter a command mask: CMD MASK...

  • Page 49: Enter

    • Copying a PROM to a PROM. • Copying an Intel 8080 hexadecimal file from a host system to a PROM. • Modifying the data in the iUP-201 A RAM before programming a PROM. The following examples illustrate these functions. In these examples, the key-in sequence for a particular operation is on the left of the page and the resulting dis­...

  • Page 50: Off-Line Iup-201 A Initialization

    RJP-200A/201A PROM Programming Examples given in a key-in sequence are entered on the hexadecimal keypad. You must press the < ENTER > key after entering the number to complete the entry. Off-line iUP-201 A Initialization You must initialize the iUP-201A firmware before performing any off-line functions.
  • Page 51 PROM Programming Examples iUP-200A/201A To read the contents of the master PROM into the iUP-201A universal program­ mer’s RAM memory, place the master PROM in the PROM socket of the person­ ality module. (Refer to Chapter 2 for PROM device installation.)
  • Page 52 PROM Programming Examples Key-in Sequence /--------------------------------------------------------- BLANKCK COMMAND ADDRESS DATA > / ■ — ------------------------------------------------------- ----- N PROGRAMMI NG COMMAND ADDRESS DATA END V E R I F Y CKSUM DTAB COMMAND ADDRESS DATA As part of the programming routine, the iUP-201A universal programmer per­...
  • Page 53 PROM Programming Examples iUP-200A/201A Key-in Sequence BL A N K C K E R R 0 D 0 1 F A PROG COMMAND ADDRESS DATA PROG S T U C K B I T CHK COMMAND ADDRESS DATA V ____________________________________________________...

  • Page 54: Copying A Development System File To A Prom

    PROM Programming Examples RJP-200A/201A If an error occurs during programming or if the PROM is defective and one or more of the bits cannot be programmed to match the RAM data, the following message is displayed: Key-in Sequence ..-= ? BLANKCK j;...
  • Page 55 You can perform this same function off-line (without invoking the iPPS software) provided that the file is in Intel 8080 hexadecimal format and the PROM is no larger than 32K bytes. Start writing the file into the iUP-201 A RAM buffer off-line as shown in this example.
  • Page 56 After the file is read, the message “END OF FILE” is displayed on the iUP-201 A alphanumeric display. Press the < CLEAR > key to return to the IUP READY prompt. If the file is not in Intel 8080 hexadecimal format, the message "ILLE­ GAL FILE TYPE" is displayed.

  • Page 57: Modifying Data In The Iup-201 A Ram

    PROM Programming Examples iUP-200A/201A Once the file is loaded into RAM, you can copy it to a PROM as shown in the fol­ lowing example: Key-in Sequence I U P READY □ □ □ □ □ □ DATA ADDRESS COMMAND...
  • Page 58 PROM Programming Examples iUP-200A/201A Key-in Sequence E D I T ADDR 0 0 0 3 0 0 ADDRESS COMMAND DATA --------------------------------------------------------- E D I T ADDR 0 0 0 3 0 1 COMMAND ADDRESS DATA If you enter an address greater than the highest allowable PROM address, the fol­...
  • Page 59 PROM Programming Examples The least significant field of the data field blinks, indicating that you are in data modify mode. Enter the new data to be stored at the selected address. Key-in Sequence □ 0 0 3 A e i...
  • Page 60 PROM Programming Examples RJP-200A/201A Key-in Sequence E D I T ADDR □ 0 0 3 AO SH IFT ADDRESS COMMAND DATA ..0 D 0 1 Q D E D I T ADDR » 4 □ ADDRESS DATA COMMAND ..0 0 D 1 0 D E D I T D A T A DATA...

  • Page 61: Locking An Eprom

    PROM Programming Examples iUP-200A/201A Key-in Sequence ■ FILL F I L L FROM S H IFT | ADDRESS DATA COMMAND > L________ : _ __ ________________ — > F I L L TO 0 0 D 2 A B ADDRESS...
  • Page 62 PROM Programming Examples iUP-200A/201A The following example illustrates locking an 8751H microcontroller which has a security bit. Key-in Sequence / -- ---------------- LOCK E X E C U T E ? - - Y = F / N = □...
  • Page 63 PROM Programming Examples HJP-200A/201A / ---------------- KEY 3 ADDRESS DATA COMMAND ---------------------- KEY 4 COMMAND ADDRESS DATA — KEY S COMMAND ADDRESS DATA _______________ KEY b COMMAND ADDRESS DATA — KEY 7 COMMAND ADDRESS DATA 1867 — ------------------------------------------------------ KEY a COMMAND ADDRESS DATA...
  • Page 64 PROM Programming Examples RJP-200A/201A EXECUTE? By entering (no) to the prompt, you are able to go through the com­ mand sequence again and verify your entries. Key-in Sequence — DELAY CNT COMMAND ADDRESS DATA N U n - 1 DATA ADDRESS COMMAND V____________ _________________...
  • Page 65 RJP-200A/201A PROM Programming Examples KEY S COMMAND ADDRESS DATA KEY t, ADDRESS DATA COMMAND KEY 7 ADDRESS DATA COMMAND V _____________ 1 8 7 0 — KEY fl ADDRESS DATA COMMAND c u d a s k COMMAND ADDRESS DATA E X E C U T E ? - - Y = F / N = 0 COMMAND ADDRESS...

  • Page 67: Error Messages And Conditions

    The internal voltages in the iUP-200A/201 A are not within correct tolerances. MOTHER BOARD FAILURE One of the components of the iUP-200A/201A mother board did not pass the diagnostics. The bad component could be the 8085 CPU, the ROM firmware, the RAM, or the timer.
  • Page 68 The check-sum calculated for a record being read from a file does not match the check-sum in the file. ILLEGAL FILE TYPE The data being downloaded from a file in off-line mode does not match Intel 8080 hexadecimal file requirements. ILLEGAL OPERATION The operation entered is not supported on this PROM.

  • Page 69: Host Serial Command Protocol

    The control commands are sent from the host development system to the univer­ sal programmer to control PROM programming, resetting, etc. These commands must be generated by host software such as the iPPS software that runs on an Intel- lec development system. A control command summary is shown in Table B-2.
  • Page 70 Host Serial Command Protocol iUP-200A/201A Table B-2 A SC II Com m and Characters ASCII Description Character ACKNOWLEDGE. The A command tells the universal programmer that the software running on the host system is ready to accept data. The A command is used for handshaking.
  • Page 71 Host Serial Command Protocol Two different command formats are used to transmit information from the host to the universal programmer: commands with parameters and commands without parameters. The following are commands with parameters. Download (D) command Lock (L) command...

  • Page 72: Acknowledge Form Ats

    Status Word Codes Code Description OPERATION COMPLETED, NO ERRORS. The 00H status byte indicates that transmission completed correctly for the iUP-200A universal programmer. OPERATION COMPLETED, NO ERRORS. The 80H status byte indicates that transmission completed correctly for the iUP-201A universal pro­...
  • Page 73 Host Serial Command Protocol Table B-4 Status Byte Codes Code Description PROGRAMMING ERROR. The 01H status byte occurs in response to the host program (P) command if a location cannot be programmed with the specified data. CHECK SUM ERROR. The 02H status byte indicates that the command record received by the universal programmer contains an error.
  • Page 74 Host Serial Command Protocol iUP-200A/201A Table B-4 S tatu s Byte Codes (continued) Code Description REPEAT OPERATION. The 20H status byte requests that the host soft­ ware transmit the full data buffer again. You can use this feature to pro­...

  • Page 75: Universal Programmer Acknowledge Formats

    Host Serial Command Protocol The REQUEST FLAG byte in the L command acknowledge is defined as follows: BIT 0 Not used. BIT 1 Requests the iPPS software to prompt for a byte value. BIT 2 Requests the iPPS software to query the user for a yes/no decision.

  • Page 76: Data Link Format

    Host Serial Command Protocol iUP-200A/201A D ata L ink Format All records passed between the host and the universal programmer are sent a byte at a time. Each byte received by the universal programmer must be prefixed by a start bit and suffixed with at least one stop bit. All bytes transmitted by the univer­...

  • Page 77: Appendix Creference Tables

    APPENDIX C REFERENCE TABLES Table C-l shows hexadecimal to decimal and decimal to hexadecimal conversion. To find the decimal equivalent of a hexadecimal number, locate the hexadecimal number in the correct position and note the decimal equivalent. Add the decimal numbers.
  • Page 78 Reference Tables Table C-2 B ase C onversions 0011 0011 0000 0000 0011 0100 0000 0001 0011 0101 0000 0010 0011 0110 0000 0011 0011 0111 0000 0100 0011 1000 0000 0101 0011 1001 0000 0110 0011 1010 0000 0111...
  • Page 79 Reference Tables iUP-200A/201A Table C-2 B ase C onversions (continued) 1001 1001 01100110 1001 1010 01100111 1001 1011 01101000 1001 1100 01101001 1001 1101 01101010 1001 1110 01101011 1001 1111 01101100 1010 0000 01101101 1010 0001 01101110 10100010 01101111 10100011...

  • Page 80: Powers Of Two

    RJP-200A/201A Reference Tables Table C-2 B ase C onversions (continued) 1110 0110 1100 1100 11100111 11001101 1110 1000 1100 1110 11101001 1100 1111 1110 1010 1101 0000 1110 1011 1101 0001 1110 1100 1101 0010 1110 1101 1101 0011 11101110 1101 0100 1101 0101 11101111...

  • Page 81: Ascii Code List

    Reference Tables iUP-200A/201A Table C-5 Pow ers of S ix teen 16" 4 096 65 536 1 048 576 16 777 216 268 435 456 4 294 967 296 68 719 476 736 1 099 511 627 776 17592 186044416...
  • Page 82 Reference Tables Table C-6 A S C II Code L ist (continued) Octal Hexadecimal Character Octal Hexadecimal Character Decimal Decimal...
  • Page 83 Reference T ables iUP-200A/201A Table C-7 A SC II Control Code D efin ition Decimal Code Meaning Abbreviation NULL Character Start of Heading Start of Text End of Text End of Transmission Inquiry Acknowledge Bell Backspace Horizontal Tabulation Line Feed...

  • Page 85: Rs-232 To 20 Ma

    APPENDIX D RS-232 TO 20 ma CONVERTER SCHEMATIC Refer to Figure D-l to build your own RS-232 to 20ma converter. Keep the con­ nections between MDS 800 and the converter as short as possible because the power supply is derived from the Intellec 800 through the TTY connector. M D S -800 T T Y C O N N E C T O R RX DAT...

  • Page 87: Ascii Command Characters

    Acknowledge formats, B-4 Error messages, A-l ADDR function key, 7, 4-9,12 Examples of off-line PROM programming, 4-1 Address display, 3-7 Address entry, 3-7 File copying from the development system to a PROM, Alphanumeric display, 3-2 ASCII code in binary, C-7 FILL function key, , 4-13 ASCII code list, C-5...
  • Page 88 Index IUP-200A/20IA RS-232 interface signals, B-l Off-line command summary, 1-9 Off-line errors, A-l Security bit, 3-12 Off-line initialization, 2-8 Selecting display data, 3-7 Off-line iUP-201 A initialization, 4-2 Selecting PROM device type, 3-6 Off-line mode, 1-1 Self-diagnostics errors, A-l Off-line operation, 3-1...
  • Page 89 164852-001 REQUEST FOR READER’S COM M ENTS Intel’s Technical Publications Departments attempt to provide publications that meet the needs of all Intel product users. This form lets you participate directly in the publication process. Your comments will help us correct and improve our publications. Please take a few minutes to respond.
  • Page 90 WE’D LIKE YOUR COMMENTS... This document is one of a series describing Intel products. Your comments on the back of this form will help us produce better manuals. Each reply will be carefully reviewed by the responsible person. All comments and suggestions become the property of Intel Corporation.
  • Page 92 INTEL CORPORATION, 3065 Bowers Avenue, Santa Clara, California 95051 (408) 987-8080 Printed in U.S.A. DS-103/3K/0484/WCP INSTRUMENTATION...

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