Agilent Technologies E1465A Service manual

Agilent 75000 SERIES C

Agilent

E1465A/E1466A/E1467A

Matrix Switches

Service Manual

The information in this manual applies directly to:

E1465A 16x16 Matrix Switches

E1466A 4x64 Matrix Switches

E1467A 8x32 Relay Matrix Switches

Copyright© Agilent Technologies, Inc., 1996 - 2006

*E1465-90011*

E1465-90011

Printed: September 2012 Edition 2

Printed in Malaysia E0912

Contents

Agilent E1465A/E1466A/E1467A Service Manual

Chapter 1. General Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

Relay Life . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

End-of-Life Detection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

Replacement Strategy . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

Safety Considerations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

Warnings and Cautions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

Inspection/Shipping . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13

Initial Inspection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13

Shipping Guidelines . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15

Environment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16

Matrix Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16

Matrix Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16

Matrix Serial Numbers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16

Matrix Options . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17

Schematics/Component Locators . . . . . . . . . . . . . . . . . . . . . . . . . . . 17

Recommended Test Equipment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17

Chapter 2. Verification Tests . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19

Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19

Test Conditions/Procedures . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19

Performance Test Record . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19

Verification Test Examples . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19

Matrix Module Functional Verification . . . . . . . . . . . . . . . . . . . . . . . . . . 20

Procedure . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20

Operation Verification . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20

Performance Verification . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20

Wiring the Test Fixture . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21

Test 2-1: Closed Channel Resistance Test . . . . . . . . . . . . . . . . . . . . . . 23

Test 2-2: DC Isolation Test . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29

Performance Test Record . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33

Test Limits . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33

Measurement Uncertainty . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34

Test Accuracy Ratio (TAR) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34

Chapter 3. Replaceable Parts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45

Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45

Ordering Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45

Replaceable Parts Lists . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45

Agilent E1465A/66A/67A Service Manual Contents 1

Chapter 4. Service . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55

Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55

Repair Strategy . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55

Equipment Required . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55

Service Aids . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55

Troubleshooting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56

Identifying the Problem . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56

Testing the Assembly . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 57

Self-Test Error Codes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 67

Disassembly . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 67

Repair/ Maintenance Guidelines . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 69

ESD Precautions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 69

Soldering Printed Circuit Boards . . . . . . . . . . . . . . . . . . . . . . . . . . . . 69

Post-Repair Safety Checks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70

Component Locators and Schematic Diagrams . . . . . . . . . . . . . . . . . . . . . 70

2 Contents Agilent E1465A/66A/67A Service Manual

Certification

Agilent Technologies certifies that this product met its published specifications at the time of shipment from the factory. Agilent

Technologies further certifies that its calibration measurements are traceable to the United States National Institute of Standards and

Technology (formerly National Bureau of Standards), to the extent allowed by that organization’s calibration facility, and to the calibration facilities of other International Standards Organization members.

Warranty

This Agilent Technologies product is warranted against defects in materials and workmanship for a period of one (1) year from date of shipment. Duration and conditions of warranty for this product may be superseded when the product is integrated into (becomes a part of) other Agilent products. During the warranty period, Agilent Technologies will, at its option, either repair or replace products which prove to be defective.

For warranty service or repair, this product must be returned to a service facility designated by Agilent Technologies. Buyer shall prepay shipping charges to Agilent and Agilent shall pay shipping charges to return the product to Buyer. However, Buyer shall pay all shipping charges, duties, and taxes for products returned to Agilent from another country.

Agilent warrants that its software and firmware designated by Agilent for use with a product will execute its programming instructions when properly installed on that product. Agilent does not warrant that the operation of the product, or software, or firmware will be uninterrupted or error free.

Limitation Of Warranty

The foregoing warranty shall not apply to defects resulting from improper or inadequate maintenance by Buyer, Buyer-supplied products or interfacing, unauthorized modification or misuse, operation outside of the environmental specifications for the product, or improper site preparation or maintenance.

The design and implementation of any circuit on this product is the sole responsibility of the Buyer. Agilent does not warrant the Buyer’s circuitry or malfunctions of Agilent products that result from the Buyer’s circuitry. In addition, Agilent does not warrant any damage that occurs as a result of the Buyer’s circuit or any defects that result from Buyer-supplied products.

NO OTHER WARRANTY IS EXPRESSED OR IMPLIED. Agilent SPECIFICALLY DISCLAIMS THE IMPLIED WARRANTIES

OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.

Exclusive Remedies

THE REMEDIES PROVIDED HEREIN ARE BUYER’S SOLE AND EXCLUSIVE REMEDIES. Agilent SHALL NOT BE LIABLE

FOR ANY DIRECT, INDIRECT, SPECIAL, INCIDENTAL, OR CONSEQUENTIAL DAMAGES, WHETHER BASED ON CON-

TRACT, TORT, OR ANY OTHER LEGAL THEORY.

Notice

The information contained in this document is subject to change without notice. Agilent Technologies MAKES NO WARRANTY OF

ANY KIND WITH REGARD TO THIS MATERIAL, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF

MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. Agilent shall not be liable for errors contained herein or for incidental or consequential damages in connection with the furnishing, performance or use of this material. This document contains proprietary information which is protected by copyright. All rights are reserved. No part of this document may be photocopied, reproduced, or translated to another language without the prior written consent of Agilent Technologies, Inc. Agilent assumes no responsibility for the use or reliability of its software on equipment that is not furnished by Agilent.

U.S. Government Restricted Rights

The Software and Documentation have been developed entirely at private expense. They are delivered and licensed as "commercial computer software" as defined in DFARS 252.227- 7013 (Oct 1988), DFARS 252.211-7015 (May 1991) or DFARS 252.227-7014 (Jun

1995), as a "commercial item" as defined in FAR 2.101(a), or as "Restricted computer software" as defined in FAR 52.227-19 (Jun 1987)(or any equivalent agency regulation or contract clause), whichever is applicable. You have only those rights provided for such Software and

Documentation by the applicable FAR or DFARS clause or the Agilent standard software agreement for the product involved.

Agilent E1465A, E1466A, E1467A Matrix Switch Modules Service Manual

Edition 2 Rev 3

Copyright © 1996-2006 Agilent Technologies, Inc. All Rights Reserved.

Agilent E1465A, E1466A, E1467A Matrix Switch Modules Service Manual 3

Printing History

The Printing History shown below lists all Editions and Updates of this manual and the printing date(s). The first printing of the manual is Edition 1. The Edition number increments by 1 whenever the manual is revised. Updates, which are issued between Editions, contain replacement pages to correct the current Edition of the manual. Updates are numbered sequentially starting with Update 1. When a new

Edition is created, it contains all the Update information for the previous Edition. Each new Edition or Update also includes a revised copy of this printing history page. Many product updates or revisions do not require manual changes and, conversely, manual corrections may be done without accompanying product changes. Therefore, do not expect a one-to-one correspondence between product updates and manual updates.

Edition 1 (Part Number E1465-90010). . . . . . . . . . . . . . . . . . . . December 1992

Edition 2 (Part Number E1465-90011). . . . . . . . . . . . . . . . . . . . November 1996

Edition 2 Rev 2 (Part Number E1465-90011) . . . . . . . . . . . . . . . . . . . July 2006

Edition 2 Rev 3 (Part Number E1465-90011) . . . . . . . . . . . . . . . . September 2012 or

Safety Symbols

Instruction manual symbol affixed to product.

Indicates that the user must refer to the manual for specific WARNING or CAUTION information to avoid personal injury or damage to the product.

Indicates the field wiring terminal that must be connected to earth ground before operating the equipment—protects against electrical shock in case of fault.

Alternating current (AC).

Direct current (DC).

Indicates hazardous voltages.

WARNING

Calls attention to a procedure, practice, or condition that could cause bodily injury or death.

Frame or chassis ground terminal—typically connects to the equipment’s metal frame.

CAUTION

Calls attention to a procedure, practice, or condition that could possibly cause damage to equipment or permanent loss of data.

WARNINGS

The following general safety precautions must be observed during all phases of operation, service, and repair of this product.

Failure to comply with these precautions or with specific warnings elsewhere in this manual violates safety standards of design, manufacture, and intended use of the product. Agilent Technologies assumes no liability for the customer’s failure to comply with these requirements.

Ground the equipment

: For Safety Class 1 equipment (equipment having a protective earth terminal), an uninterruptible safety earth ground must be provided from the mains power source to the product input wiring terminals or supplied power cable.

DO NOT operate the product in an explosive atmosphere or in the presence of flammable gases or fumes.

For continued protection against fire, replace the line fuse(s) only with fuse(s) of the same voltage and current rating and type.

DO NOT use repaired fuses or short-circuited fuse holders.

Keep away from live circuits:

Operating personnel must not remove equipment covers or shields. Procedures involving the removal of covers or shields are for use by service-trained personnel only. Under certain conditions, dangerous voltages may exist even with the equipment switched off. To avoid dangerous electrical shock, DO NOT perform procedures involving cover or shield removal unless you are qualified to do so.

DO NOT operate damaged equipment:

Whenever it is possible that the safety protection features built into this product have been impaired, either through physical damage, excessive moisture, or any other reason, REMOVE POWER and do not use the product until safe operation can be verified by service-trained personnel. If necessary, return the product to an Agilent Technologies Sales and Service

Office for service and repair to ensure that safety features are maintained.

DO NOT service or adjust alone:

Do not attempt internal service or adjustment unless another person, capable of rendering first aid and resuscitation, is present.

DO NOT substitute parts or modify equipment:

Because of the danger of introducing additional hazards, do not install substitute parts or perform any unauthorized modification to the product. Return the product to an Agilent Technologies Sales and Service Office for service and repair to ensure that safety features are maintained.

4 Agilent E1465A, E1466A, E1467A Matrix Switch Modules Service Manual

Declaration of Conformity

Declarations of Conformity for this product and for other Agilent products may be downloaded from the Internet. There are two methods to obtain the Declaration of Conformity:

• Go to http://regulations.corporate.agilent.com/DoC/search.htm

. You can then search by product number to find the latest Declaration of Conformity.

•

Alternately, you can go to the product web page (e.g., www.agilent.com/find/E1466A ), click on the Document Library tab then scroll down until you find the Declaration of Conformity link.

Notes


Notes

Agilent E1465A, E1466A, E1467A Matrix Switch Modules Service Manual 7

Notes


Introduction

Chapter 1

General Information

This manual contains information required to test, troubleshoot, and repair the Agilent E1465A 16 x 16 Relay Matrix, the E1466A 4 X 64 Relay

Matrix, and the E1467A 8 X 32 Relay Matrix (see Figure 1-1).

Agilent E1465A

16x16

Relay Matrix

Agilent E1466A

4x64

Relay Matrix

Agilent E1467A

8x32

Relay Matrix

Figure 1-1. Agilent E1465A/E1466A/E1467A Matrixes

Agilent E1465A/66A/67A Service Manual General Information 9

Relay Life

Electromechanical relays are subject to normal wear-out. Relay life depends on several factors. The effects of loading and switching frequency are briefly discussed below:

Relay Load. In general, higher power switching reduces relay life. In addition, capacitive/inductive loads and high inrush currents (e.g., when turning on a lamp or motor) reduce relay life. Exceeding the specified maximum inputs can cause catastrophic failure.

Switching Frequency.

Relay contacts heat up when switched. As the switching frequency increases, the contacts have less time to dissipate heat.

The resulting increase in contact temperature reduces relay life.

End-of-Life

Detection

The contact resistance should be checked periodically to prevent problems caused by unexpected relay failure. The end of the life of a relay can be determined using one or more of the three methods described below. The best method (or combination of methods), as well as the failure criteria, depends on the application in which the relay is used.

Contact Resistance.

As the relay begins to wear out, its contact resistance will increase. When the resistance exceeds a pre-determined value, the relay should be replaced. Typically, a relay should be replaced when the contact resistance exceeds 2.7 Ohm.

Stability of Contact Resistance.

The stability of the contact resistance decreases with age. Using this method, the contact resistance is measured several (5-10) times, and the variance of the measurements is determined. An increase in the variance indicates deteriorating performance.

Number of Operations.

Alternatively, relays can be replaced after a predetermined number of contact closures. However, this method requires knowledge of the applied load and life specifications for the applied load. For the Agilent E1465A/E1466A/E1467A maximum relay life is specified at 10

7

operations with no load and 10

5

operations at the maximum rated load.

Replacement

Strategy

The replacement strategy also depends on the application. If some relays are used more often, or at higher load, than the others, the relays can be individually replaced as needed. If all of the relays see similar loads and switching frequencies, the entire circuit board can be replaced when the end of life approaches. The sensitivity of the application should be weighed against the cost of replacing relays with some useful life remaining.

10 General Information Agilent E1465A/66A/67A Service Manual

NOTE

Relays that wear out normally or fail due to misuse should not be considered defective and are not covered by the product’s warranty.

Safety

Considerations

This product is a Safety Class I instrument that is provided with a protective earth terminal when installed in the mainframe. The instrument, mainframe, and all related documentation should be reviewed for familiarization with safety markings and instructions before operation or service.

Refer to the WARNINGS page (page 4) in this manual for a summary of safety information. Safety information for testing and service follows and is also found throughout this manual.

Warnings and

Cautions

This section contains WARNINGS which must be followed for your protection and CAUTIONS which must be followed to avoid damage to the equipment when performing instrument maintenance or repair.

WARNING

SERVICE-TRAINED PERSONNEL ONLY. The information in this manual is for service-trained personnel who are familiar with electronic circuitry and are aware of the hazards involved. To avoid personal injury or damage to the instrument, do not perform procedures in this manual or do any servicing unless you are qualified to do so.

CHECK MAINFRAME POWER SETTINGS. Before applying power, verify that the mainframe setting matches the line voltage and that the correct fuse is installed. An uninterruptible safety earth ground must be provided from the main power source to the supplied power cord set.

GROUNDING REQUIREMENTS. Interruption of the protective

(grounding) conductor (inside or outside the mainframe) or disconnecting the protective earth terminal will cause a potential shock hazard that could result in personal injury.

(Grounding one conductor of a two-conductor outlet is not sufficient protection.)

IMPAIRED PROTECTION. Whenever it is likely that instrument protection has been impaired, the mainframe must be made inoperative and be secured against any unintended operation.


WARNING

CAUTION

12 General Information

REMOVE POWER IF POSSIBLE. Some procedures in this manual may be performed with power supplied to the mainframe while protective covers are removed. Energy available at many points may, if contacted, result in personal injury. (If maintenance can be performed without power applied, the power should be removed.)

USING AUTOTRANSFORMERS. If the mainframe is to be energized via an autotransformer (for voltage reduction) make sure the common terminal is connected to neutral (that is, the grounded side of the main’s supply).

CAPACITOR VOLTAGES. Capacitors inside the mainframe may remain charged even when the mainframe has been disconnected from its source of supply.

USE PROPER FUSES. For continued protection against fire hazard, replace the line fuses only with fuses of the same current rating and type (such as normal blow, time delay, etc.).

Do not use repaired fuses or short-circuited fuseholders.

SHOCK HAZARD. Only service-trained personnel who are aware of the hazards involved should install, remove, or configure the matrix. Before you remove any installed module, disconnect AC power from the mainframe and from other modules that may be connected to the matrix.

CHANNEL WIRING INSULATION. All channels that have a common connection must be insulated so that the user is protected from electrical shock. This means wiring for all channels must be insulated as though each channel carries the voltage of the highest voltage channel.

MAXIMUM INPUTS. The maximum voltage that can be applied is

200 V dc or 170 V ac rms Peak (238 V ac Peak-to-Peak) any terminal to any other terminal or chassis. The maximum current per channel is 1 A dc or ac Peak. The maximum power that can be applied to any channel

30 W or 62.5 VA (ac Resistive Load).

STATIC ELECTRICITY. Static electricity is a major cause of component failure. To prevent damage to the electrical components in the matrix, observe anti-static techniques whenever working on the device.

Agilent E1465A/66A/67A Service Manual

Inspection/

Shipping

This section contains initial (incoming) inspection and shipping guidelines for the matrix modules.

Initial

Inspection

Use the steps in Figure 1-2 as guidelines to perform initial inspection of one of the modules. Verification Tests are optional.

WARNING

To avoid possible hazardous electrical shock, do not perform electrical tests if there are signs of shipping damage to the shipping container or to the instrument.


Notify Agilent and carrier.

Notify Agilent

Return Module to Agilent

14 General Information

Figure 1-2. Initial (Incoming) Inspection Guidelines


Shipping

Guidelines

Follow the steps in Figure 1-3 to return a matrix module to a Agilent

Technologies Sales and Support Office or Service Center.

1 Prepare the matrix

•

Remove user wiring from terminal module

•

Attach tag to module/pod that identifies

- Owner

- Model Number/Serial Number

- Service Required

•

Place tagged device in approved anti-static bag

2 Package the matrix

•

Place packaged matrix in shipping carton*

•

Place 75 to 100 mm (3 to 4 inches) of shockabsorbing material around the matrix

•

Seal the shipping carton securely

•

Mark the shipping carton FRAGILE

3 Ship the matrix to Agilent Technologies

•

Place address label on shipping carton

•

Send carton to Agilent Technologies

Figure 1-3. Packaging/Shipping Guidelines

* We recommend that you use the same shipping materials as those used in factory packaging (available from Agilent Technologies).

For other (commercially-available) shipping materials, use a double-wall carton with minimum 2.4 MPa (350 psi) test.


Environment

Matrix

Description

NOTE

The recommended operating environment for the matrixes is:

Environment Temperature

Operating 0 o

C to +55 o

C

Storage and

Shipment

-40 o

C to +75 o

C

Humidity

<65% relative (0 o

C to +40 o

C)

<65% relative (0 o

C to +40 o

C)

The Agilent E1465A/E1466A/E1467A matrix modules are "instruments" in the slots of a VXIbus mainframe. Each module is assigned an error queue, input and output buffers, and a status register.

Instruments are based on the logical addresses of the plug-in modules. See the Agilent 75000 Series C Installation and Getting Started Guide to set the addresses to create an instrument.

Each matrix has two parts: a component module and a terminal module (See

Figure 1-1). The component module contains 256 latching relays implemented as four 4 X 16 submatrixes. The terminal ,modules convert these submatrixes into a 16 X 16 (Agilent E1465A), 4 X 64 (Agilent

E1466A), or 8 X 32 (Agilent E1467A) matrix. The terminal module matrixes are two-wire crosspoint switching (HI and LO). The matrix module number reported in response to the SCPI SYSTem: commands is determined by the terminal module installed. With no terminal module installed, the model number is reported as E1466A.

Matrix

Specifications

Specifications are listed in Appendix A of the Agilent

E1465A/E1466A/E1467A Relay Matrices User’s Manual . These specifications are the performance standards or limits against which the modules may be tested.

Matrix

Serial Numbers

Devices covered by this manual are identified by a serial number prefix listed on the title page. Agilent Technologies uses a two-part serial number in the form XXXXAYYYYY, where XXXX is the serial prefix, A is the country of origin (A=USA), and YYYYY is the serial suffix. The serial number prefix identifies a series of identical instruments. The serial number suffix is assigned sequentially to each instrument. The serial number plate is located on the right-hand shield near the backplane connectors.


Matrix

Options

The Agilent E1467A Option 211 provides a special matrix expansion terminal module. No other Options to the matrixes are available.

Schematics/

Component

Locators

Component locators and schematics for the modules are packaged with this manual. Clear plastic sleeves are included for storage.

Recommended

Test Equipment

Table 1-1 lists the test equipment recommended for testing and servicing the modules. Essential requirements for each piece of test equipment are described in the requirements column.

Table 1-1. Recommended Test Equipment

Instrument

Controller, GPIB

Mainframe

Command Module

Digital Multimeter

Requirements

GPIB compatibility as defined by

IEEE Standard 488-1988 and the identical ANSI Standard MC1.1:

SH1, AH1, T2, TE0, L2, LE0, SR0,

RL0, PP0, DC0, DT0, and C1, 2, 3,

4, 5.

Compatible with matrix module

Compatible with matrix module

4-wire ohms

2-wire ohms (up to 1 G

Ω

)

Recommended

Model

HP 9000 Series 300 or

IBM Compatible PC with BASIC

E1401B/T or

E1421B

E1405A/B or

E1406A

Agilent 3458A or

Agilent 34401A

Use *

F,O,

P,T

F,O,

P,T

F,O,

P,T

O,P,

T

* F = Functional Verification Tests, O = Operation Verification Tests, P = Performance Verification Tests, T = Troubleshooting



Chapter 2

Verification Tests

Introduction

The three levels of test procedures described in this chapter are used to verify that the Agilent E1465A/E1466A/E1467A matrix module:

•

•

• is fully functional (Functional Verification) meets selected testable specifications (Operation Verification) meets all testable specifications (Performance Verification)

Test Conditions/

Procedures

See Table 1-1 for test equipment requirements. You should complete the

Performance Verification tests at least once a year. For heavy use or severe operating environments, perform the tests more often.

The verification tests assume that the person performing the tests understands how to operate the mainframe, the matrix module, and specified test equipment. The test procedures do not specify equipment settings for test equipment, except in general terms. It is assumed that a qualified, service-trained technician will select and connect the cables, adapters, and probes required for the test.

It is assumed that the temperature is no greater than 25 o

C and the relative humidity is no greater than 40%.

Performance

Test Record

The results of each Performance Verification test may be recorded in the

Performance Test Record (Table 2-1).

Verification Test

Examples

Each verification test procedure includes an example program that performs the test. All example programs assume the following:

•

•

•

•

Controller is an HP 9000 Series 200/300 computer

Programming language is BASIC

Switch address is 70915

Switch card number is 1

Agilent E1465A/66A/67A Service Manual Verification Tests 19

Matrix Module

Functional

Verification

Procedure

The Functional Verification Test for the Agilent E1465A/E1466A/E1467A matrix modules consists of sending the *TST? command and checking the response. This test can be used at any time to verify that the device is connected properly and is responding to basic commands.

1. Verify that the matrix module is installed in the mainframe and that the mainframe has passed its power-on test.

2. Send the *TST? command to the device (see example following).

3. The device will return an error code. Any non-zero error code indicates a self-test failure. See Table 4-4 for a description of self-test error codes.

NOTE

If a terminal module is not connected, the module defaults to a 4 x 64 configuration and the device description is E1466A.

Example

Operation

Verification

Performance

Verification

An example follows which uses an HP 9000 Series 300 computer with

BASIC and a matrix module address of 70915.

10 OUTPUT 70915;"*TST?"

20 ENTER 70915;A

30 PRINT A

40 END

Send the self-test command

Get response

The procedures in this section are used to provide a high confidence that the matrix module is meeting published specifications. The Operation

Verification tests are a subset of the Performance Verification tests and are suitable for checkout after performing repairs.

For the Agilent E1465A/E1466A/E1467A matrix modules, Operation

Verification is performed by completing the Closed Channel Resistance

Test as described in the Performance Verification test procedures (Test 2-1).

This test is usually sufficient to verify that the instrument is meeting its specifications.

The procedures in this section are used to test the module’s electrical performance using the specifications in Appendix A of the

Agilent E1465A/E1466A/E1467A Relay Matrix Switch Modules User’s

Manual as the performance standards.

20 Verification Tests Agilent E1465A/66A/67A Service Manual

The performance verification tests have two parts: a closed channel resistance test of all relay contacts (Test 2-1) and a DC isolation test (Test

2-2). These tests are sufficient to determine that the module is operating within specifications. These tests are suitable for incoming inspection, troubleshooting, and preventive maintenance.

Wiring the

Test Fixture

A test fixture is required for the performance verification tests. Figure 2-1 shows typical connections using an Agilent E1465A terminal module for the test fixture. Figure 2-2 shows typical connections using an Agilent E1466A terminal module for the test fixture. Figure 2-3 shows typical connections using an Agilent E1467A terminal module for the test fixture.

Any one of these terminal modules may be used to test the component assembly. You may want to order an extra terminal module to use as a test fixture, so you don’t have to re-wire each time the tests are performed.

The terminal module part numbers are:

Module

E1465A

E1466A

E1467A

Terminal Module

(with release levers)

E1465-80010

E1466-80010

E1467-80010

Terminal Module

(without release levers)

E1465-80001

E1466-80001

E1467-80001

Figure 2-1. Agilent E1465A Test Fixture



22 Verification Tests



Test 2-1:

Closed Channel

Resistance Test

This test verifies that all relay contacts meet the closed-channel resistance specification for the module. When making the Closed Channel Resistance

Test, the HI and LO paths relay contacts are tested independently. This test uses the test fixture (see Figures 2-1, 2-2, or 2-3). The end-of-life Closed

Channel resistance specification for each relay contact is 2.7 Ω ..

NOTE

Closed channel resistance for new relays should be <1.8

Ω

. If you are testing new relays and the resistance is >1.8

Ω

., you may want to check the relays, see Chapter 4 — Service.

Column HI to Row HI

Measurements

1. Make Hardware Connections

• Turn mainframe power OFF

• Connect DMM leads as shown in Figure 2-4

• Set DMM to measure 4-wire Ohms

• Turn mainframe power ON

Figure 2-4. Column HI to Row HI Test Connections


2. Ensure all relays are open

• Send *RST to Module

• Trigger the DMM with TRIG SGL and note reading

• DMM reading should indicate an open condition (> 1.2 G Ω )

3. Measure Column 00 to Row 00 HI path resistance

• Send CLOS (@nn0000) to close column 0 row 0, where nn = card

# (typically 01)

• Trigger the DMM with TRIG SGL and note reading

• Send OPEN (@nn0000) to open column 0 row 0, where nn = card

# (typically 01)

• Enter the result in Table 2-1 for column 0 row 0

4. Repeat for all Columns

• Repeat step 3 for all columns

• Use CLOS (@nn00cc) and OPEN (@nn00cc), where nn = card # and cc= column # (omit leading zeroes in nn)

For E1465A use column numbers 01 through 15



5. Repeat for all Rows

• Repeat steps 3 and 4 for all rows

• Use CLOS (@nnrrcc) and OPEN (@nnrrcc), where nn = card #, rr = row #, and cc= column # (omit leading zeroes in nn)

For E1465A use row numbers 01 through 15



Column LO to Row LO

Measurements

1. Make Hardware Connections

• Turn mainframe power OFF

• Set DMM to measure 4-wire Ohms

• Connect DMM leads as shown in Figure 2-5

• Turn mainframe power ON

2. Repeat steps 2 through 5 of the "Column HI to Row HI

Measurements"


Figure 2-5. Column LO to Row LO Test Connections

Example: Closed

Channel Resistance

Test

This example performs a Closed Channel Resistance Test to measure the matrix relay contact resistances. If the relay contact resistance for a channel is >2.7 Ω the program prints a message indicating which channel has failed the test. Use this list in Chapter 4 — Service when troubleshooting a failing relay.

10! RE-SAVE "CLOS_TEST"

20 ASSIGN @Dmm TO 722

30 ASSIGN @Sw TO 70915

40 DISP CHR$(129)

50 DIM Path$(1)[2],Row$[2],Col$[2],Val_h(15,63),Val_l(15,63),A$[255]

60 DATA HI,LO

70 READ Path$(*)

80 Cc$="01" ! Card number

90 Ph$="0" ! Place holder

100 CLEAR SCREEN

110 PRINT "Install Component Assembly and Test Fixture "

120 PRINT



130 PRINT " 1. Turn Mainframe and Agilent 3458A DMM power OFF"

140 PRINT " 2. Connect GPIB cable between mainframe and DMM"

150 PRINT " 3. Install Component Assembly into Mainframe "

160 PRINT " 4. Attach Test fixture to Component Assembly"

170 PRINT " 5. Turn mainframe and DMM power ON "

180 PRINT " 6. Press Continue when ready to begin testing"

190 PAUSE

200 OUTPUT @Sw;"*CLS"

210 OUTPUT @Sw;"SYST:CDES? "&Cc$

220 ENTER @Sw;A$

230 SELECT A$[2,2]

240 CASE "1"

250 Row=15

260 Col=15

270 CASE "4"

280 Row=3

290 Col=63

300 CASE "8"

310 Row=7

320 Col=31

330 CASE ELSE

340 PRINT "Wrong card type detected ";A$

350 STOP

360 END SELECT

370 FOR T=0 TO 1

380 CLEAR SCREEN

390 PRINT "Make test connections for Column ";Path$(T);" Measurements"

400 PRINT

410 PRINT " 1. Connect DMM Input and Sense HI leads to the Test Fixture

Column ";Path$(T)

420 PRINT " 2. Connect DMM Input and Sense LO leads to the Test Fixture

Row ";Path$(T)

430 PRINT " 3. Press Continue when test connections are complete"

440 DISP "Press Continue"

450 PAUSE

460 !

470 ! Make the measurement

480 !

490 OUTPUT @Dmm;"PRESET NORM;FUNC OHMF"

500 OUTPUT @Sw;"*RST"


520 OUTPUT @Sw;"*OPC?"

530 ENTER @Sw;Opc


850

860

870

880

890

900

910

920

930

940

950

960

540 IF Opc <> 1 THEN 520

550 ! Check for stuck relays

560 OUTPUT @Dmm;"TRIG SGL"

570 ENTER @Dmm;A

580 IF A<1.E+6 THEN

590 PRINT "Stuck relay found"

600 PRINT "Correct the problem and re-run test"

610 STOP

620 END IF

630 ! Begin contact resistance test

640 FOR J=0 TO Row

650 IF J<10 THEN

660 Row$=Ph$&VAL$(J)

670 ELSE

760

770

780

790

800

810

820

830

840

680 Row$=VAL$(J)

690 END IF

700 FOR K=0 TO Col

710 IF K<10 THEN

720

730

740

750

Col$=Ph$&VAL$(K)

ELSE

Col$=VAL$(K)

END IF

OUTPUT @Sw;"CLOS (@"&Cc$&Row$&Col$&")"

OUTPUT @Sw;"*OPC?"

ENTER @Sw;Opc

IF Opc <> 1 THEN 770

OUTPUT @Dmm;"TRIG SGL"

IF T=0 THEN

ENTER @Dmm;Val_h(J,K)

IF Val_h(J,K)<0 THEN Val_h(J,K)=0

IF Val_h(J,K)>2.7 THEN

PRINT "Row ";J;" to Column ";K;Path$(T);" path is > 2.7 Ohms"

IF Val_h(J,K)>99.9999 THEN Val_h(J,K)=99.9999

END IF

ELSE

ENTER @Dmm;Val_l(J,K)

IF Val_l(J,K)<0 THEN Val_l(J,K)=0

IF Val_l>2.7 THEN

PRINT "Row ";J;" to Column ";K;Path$(T);" path is > 2.7 Ohms"

IF Val_l(J,K)>99.9999 THEN Val_l(J,K)=99.9999

END IF

END IF

OUTPUT @Sw;"OPEN (@"&Cc$&Row$&Col$&")"


Typical Result

970 NEXT K

980 NEXT J

990 CLEAR SCREEN

1000 PRINT "Measurements complete for Row ";Path$(T); " To Column

";Path$(T)

1010 IF T=0 THEN

1020 DISP "Press continue for Row ";Path$(T+1); " to Column ";Path$(T+1)

1030 ELSE

1040 DISP "Press continue to print measurement results"

1050 END IF

1060 PAUSE

1070 NEXT T

1080 CLEAR SCREEN

1090 !

1100 ! Print Measurement Results

1110 !

1120 Format: IMAGE "Row ",DD," to Col ",DD,3X,DD.DDDD," Ohms

",5X,DD.DDDD," Ohms"

1130 PRINT TABXY(1,3)," HI Path LO Path"

1140 PRINT

1150 FOR J=0 TO Row

1160 FOR K=0 TO Col

1170 PRINT USING Format;J,K,Val_h(J,K),Val_l(J,K)

1180 NEXT K

1190 NEXT J

1200 END

Row 0 to Col 0

Row 0 to Col 1

Row 0 to Col 2

•

•

•

Row 7 to Col 29

Row 7 to Col 30

Row 7 to Col 31

HI Path

.4162 Ohms

.4045 Ohms

.3947 Ohms

ù

ù

ù

.4127 Ohms

.4002 Ohms

.4047 Ohms

LO Path

.4047 Ohms

.4151 Ohms

.3875 Ohms

•

•

•

.4007 Ohms

.4111 Ohms

.4245 Ohms


Test 2-2: DC

Isolation Test

This test verifies that sufficient DC isolation exists at various points on the

Module. DC Isolation is checked from HI to LO, HI to Chassis, and LO to

Chassis. This test uses the test fixture (see Figures 2-1, 2-2, or 2-3).

NOTE

The DMM used should be capable of measuring at least 1 G

Ω

.. If the DMM indicates an overload, record the reading as >Rmax, where Rmax is the highest resistance that the DMM can measure. For example, if the DMM is an Agilent 3458A, a typical return for an overload is 1.E+38 and the entry in Table 2-1 should be >1.2 G

Ω

..

HI to LO Isolation

1. Make hardware connections as shown in Figure 2-6

2. Set DMM to 2-wire ohms, 1 G Ω range

3. Send CLOS (@10000:1rrcc) to the matrix to close all relays where rr = highest row number and cc = highest column number

For E1465A, rr = 15 and cc = 15

For E1466A, rr = 03 and cc = 63

For E1467A, rr = 07 and cc = 31

4. Trigger the DMM with TRIG SGL

Figure 2-6. HI to LO DC Isolation Test Connections


HI to Chassis Isolation

5. Record the DMM reading in Table 2-1 (HI to LO)




For E1465A, rr = 15 and cc = 15

For E1466A, rr = 03 and cc = 63

For E1467A, rr = 07 and cc = 31


Figure 2-7. HI to Chassis Isolation Test Connections

LO to Chassis Isolation

5. Record the DMM reading in Table 2-1 (HI to Chassis)




For E1465A, rr = 15 and cc = 15

For E1466A, rr = 03 and cc = 63

For E1467A, rr = 07 and cc = 31



Figure 2-8. LO to Chassis Isolation Test Connections

5. Record the DMM reading in Table 2-1 (LO to Chassis)

10! RE-SAVE "DC_ISOL"

20 ASSIGN @Dmm TO 722

30 ASSIGN @Sw TO 70915

40 DISP CHR$(129)

50 DIM Cc$[2],Row$[2],Col$[2],A$[255],Conn$(2)[9],Value(2)

60 DATA COLUMN HI,COLUMN LO, CHASSIS

70 READ Conn$(*)

80 Cc$="01" ! Card number

90 OUTPUT @Dmm;"OHM 1E9"

100 PRINT "Equipment Connections "

110 PRINT

120 PRINT " 1. Turn mainframe and Agilent 3458A DMM power OFF"

130 PRINT " 2. Connect GPIB Cable from mainframe to DMM"

140 PRINT " 3. Install Component Assembly in Mainframe"

150 PRINT " 4. Attach Test Fixture to Component Assembly"

160 PRINT " 5. Turn Mainframe and Agilent 3458A power ON"

170 DISP "Press Continue when ready to begin testing "



180 PAUSE


200 OUTPUT @Sw;"SYST:CDES? "&Cc$

210 ENTER @Sw;A$

220 SELECT A$[2,2]

230 CASE "1"

240 Row$="15"

250 Col$="15"

260 CASE "4"

270 Row$="03"

280 Col$="63"

290 CASE "8"

300 Row$="07"

310 Col$="31"

320 CASE ELSE

330 PRINT "Wrong card type detected: ";A$

340 STOP

350 END SELECT

360 CLEAR SCREEN

370 !

380 ! Measure DC isolation HI to LO, HI to Chassis, and LO to Chassis

390 !

400 OUTPUT @Sw;"*RST"

410 OUTPUT @Sw;"CLOS (@"&Cc$&"0000:"&Cc$&Row$&Col$&")"

420 OUTPUT @Sw;"*OPC?"

430 ENTER @Sw;Opc

440 IF Opc <> 1 THEN 420

450 PRINT TABXY(1,1)," HI to LO DC Isolation Measurements"

460 PRINT TABXY(1,3)," 1. Connect DMM Input HI lead to ";Conn$(0)

470 PRINT TABXY(1,4)," 2. Connect DMM Input LO lead to ";Conn$(1)

480 DISP "Press Continue when connections are complete"

490 PAUSE

500 CLEAR SCREEN


520 ENTER @Dmm;Value(0)

530 PRINT TABXY(1,1)," HI to Chassis DC Isolation Measurements"




570 PAUSE

580 CLEAR SCREEN




610 PRINT TABXY(1,1)," LO to Chassis DC Isolation Measurements"




650 PAUSE

660 CLEAR SCREEN



690 OUTPUT @Sw;"OPEN (@"&Cc$&"0000:"&Cc$&Row$&Col$&")"

700 PRINT "DC Isolation Tests Complete"

710 DISP "Press continue to print measurement results"

720 PAUSE

730 CLEAR SCREEN

740 PRINT TABXY(1,1), "DC Isolation Tests"

750 PRINT TABXY(1,3), "HI to LO (Ohms) ";Value(0)

760 PRINT TABXY(1,4), "HI to Chassis (Ohms) ";Value(1)

770 PRINT TABXY(1,5), "LO to Chassis (Ohms) ";Value(2)

780 END

Example:

DC Isolation Test

Typical Result

This example performs DC Isolation Tests for HI to LO, HI to Chassis, and

LO to chassis

DC Isolation Tests

HI to LO (Ohms)

HI to Chassis (Ohms)

LO to Chassis (Ohms)

1E+38

1E+38

1E+38

Performance

Test Record

Table 2-1 is a form you can copy and use to record performance verification test results for the matrix module. Information concerning test limits, measurement uncertainty, and test accuracy ratio (TAR) is provided below.

Test Limits

Test limits are defined for Closed Channel Resistance Test and DC Isolation

Test using the specifications in Appendix A of the Agilent E1465A/E1466A/

E1467A Relay Matrix Switch Modules User’s Manual . The specifications are single-sided, (i.e., there is an upper limit or a lower limit, but not both).

In the Performance Test Record, the Minimum or Maximum column will be blank.


Measurement

Uncertainty

Closed Channel

Resistance Test

For the performance verification tests in this manual, measurement uncertainties are calculated based on the Agilent 3458A Digital Multimeter.

The measurement uncertainty shown in Table 2-2 is the accuracy of the

Agilent 3458A using 90-day specifications. The calculations follow.

Conditions:

•

•

•

4-wire ohms function, 10

90-day specifications

Ω range

Worst-case reading = 2.7 Ω

M.U. = (15 ppm of Reading + 5 ppm of Range)

= (15x10

-6

= 9.05x10

* 2.7

-5 Ω

) + ( 5x10

-6

* 10) Ω

DC Isolation Test

Conditions:

•

•

•

2-wire ohms function, 1 G

90-day specifications

Ω range

Worst-case reading = 1.2 G with the Agilent 3458A)

Ω (highest resistance that can be measured

M.U. = (0.5% of Reading + 10ppm of Range)

= (0.005 * 1.2x10

= 6.01x10

6 Ω

9 ) + ( 10x10

-6

* 1x10

9

) Ω

Test Accuracy

Ratio (TAR)

Test Accuracy Ratios are not defined for single-sided measurements, so all measurements have ’NA’ (Not Applicable) in the TAR column.


Table 2-1. Performance Test Record (Page 1 of 10)

Model _______________________ Report No. __________________________ Date __________

General Information

Test Facility:

Name

_____________________________________

Address

_____________________________________

City/State

___________________________________

Phone

_____________________________________

Special Notes:

Report No. _________________________________

Date _____________________________________

Customer

___________________________________

Tested by

__________________________________

__________________________________________________________________________________________

___________________________________________________________________________________________

___________________________________________________________________________________________

___________________________________________________________________________________________

___________________________________________________________________________________________

___________________________________________________________________________________________

Test Equipment Record

Test Equipment Used:

Description

1. ______________________________

2. ______________________________

3. ______________________________

4. ______________________________

5. ______________________________

Model No.

______________

______________

______________

______________

______________

Trace No.

______________

______________

______________

______________

______________

Cal Due Date

______________

______________

______________

______________

______________



Model ____________________ Report No. _______________________ Date __________

Test No/Description

Minimum*

Value

Measured Value

Test 2-1: Closed Contact Resistance (values in ohms)

E1465A E1466A E1467A

R00 C00

R00 C01

R00 C02

R00 C03

R00 C00

R00 C01

R00 C02

R00 C03

R00 C00

R00 C01

R00 C02

R00 C03

R00 C04

R00 C05

R00 C06

R00 C07

R00 C04

R00 C05

R00 C06

R00 C07

R00 C04

R00 C05

R00 C06

R00 C07

R00 C08

R00 C09

R00 C10

R00 C11

R00 C08

R00 C09

R00 C10

R00 C11

R00 C08

R00 C09

R00 C10

R00 C11

R00 C12

R00 C13

R00 C14

R00 C15

R00 C12

R00 C13

R00 C14

R00 C15

R00 C12

R00 C13

R00 C14

R00 C15

R01 C00

R01 C01

R01 C02

R01 C03

R00 C16

R00 C17

R00 C18

R00 C19

R00 C16

R00 C17

R00 C18

R00 C19

R01 C04

R01 C05

R01 C06

R01 C07

R00 C20

R00 C21

R00 C22

R00 C23

R00 C20

R00 C21

R00 C22

R00 C23

R01 C08

R01 C09

R01 C10

R01 C11

R00 C24

R00 C25

R00 C26

R00 C27

R00 C24

R00 C25

R00 C26

R00 C27

R01 C12

R01 C13

R01 C14

R01 C15

R00 C28

R00 C29

R00 C30

R00 C31

R00 C28

R00 C29

R00 C30

R00 C31

HI Path LO Path

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

Maximum

Value

Meas

Uncert

Test Acc

Ratio (TAR)

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

*

Single-sided specification - Minimum value does not apply




Test No/Description

Minimum*

Value

Measured Value

Test 2-1: Closed Contact Resistance (Continued) (values in ohms)

E1465A E1466A E1467A

R02 C00

R02 C01

R02 C02

R02 C03

R00 C32

R00 C33

R00 C34

R00 C35

R01 C00

R01 C01

R01 C02

R01 C03

R02 C04

R02 C05

R02 C06

R02 C07

R00 C36

R00 C37

R00 C38

R00 C39

R01 C04

R01 C05

R01 C06

R01 C07

R02 C08

R02 C09

R02 C10

R02 C11

R00 C40

R00 C41

R00 C42

R00 C43

R01 C08

R01 C09

R01 C10

R01 C11

R02 C12

R02 C13

R02 C14

R02 C15

R00 C44

R00 C45

R00 C46

R00 C47

R01 C12

R01 C13

R01 C14

R01 C15

R03 C00

R03 C01

R03 C02

R03 C03

R00 C48

R00 C49

R00 C50

R00 C51

R01 C16

R01 C17

R01 C18

R01 C19

R03 C04

R03 C05

R03 C06

R03 C07

R00 C52

R00 C53

R00 C54

R00 C55

R01 C20

R01 C21

R01 C22

R01 C23

R03 C08

R03 C09

R03 C10

R03 C11

R00 C56

R00 C57

R00 C58

R00 C59

R01 C24

R01 C25

R01 C26

R01 C27

R03 C12

R03 C13

R03 C14

R03 C15

R00 C60

R00 C61

R00 C62

R00 C63

R01 C28

R01 C29

R01 C30

R01 C31

HI Path LO Path

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

Maximum

Value

Meas

Uncert

Test Acc

Ratio (TAR)

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

*





Test No/Description

Minimum*

Value

Measured Value


E1465A E1466A E1467A

R04 C00

R04 C01

R04 C02

R04 C03

R01 C00

R01 C01

R01 C02

R01 C03

R02 C00

R02 C01

R02 C02

R02 C03

R04 C04

R04 C05

R04 C06

R04 C07

R01 C04

R01 C05

R01 C06

R01 C07

R02 C04

R02 C05

R02 C06

R02 C07

R04 C08

R04 C09

R04 C10

R04 C11

R01 C08

R01 C09

R01 C10

R01 C11

R02 C08

R02 C09

R02 C10

R02 C11

R04 C12

R04 C13

R04 C14

R04 C15

R01 C12

R01 C13

R01 C14

R01 C15

R02 C12

R02 C13

R02 C14

R02 C15

R05 C00

R05 C01

R05 C02

R05 C03

R01 C16

R01 C17

R01 C18

R01 C19

R02 C16

R02 C17

R02 C18

R02 C19

R05 C04

R05 C05

R05 C06

R05 C07

R01 C20

R01 C21

R01 C22

R01 C23

R02 C20

R02 C21

R02 C22

R02 C23

R05 C08

R05 C09

R05 C10

R05 C11

R01 C24

R01 C25

R01 C26

R01 C27

R02 C24

R02 C25

R02 C26

R02 C27

R05 C12

R05 C13

R05 C14

R05 C15

R01 C28

R01 C29

R01 C30

R01 C31

R02 C28

R02 C29

R02 C30

R02 C31

HI Path LO Path

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

Maximum

Value

Meas

Uncert

Test Acc

Ratio (TAR)

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

*





Test No/Description

Minimum*

Value

Measured Value


E1465A E1466A E1467A

R06 C00

R06 C01

R06 C02

R06 C03

R01 C32

R01 C33

R01 C34

R01 C35

R03 C00

R03 C01

R03 C02

R03 C03

R06 C04

R06 C05

R06 C06

R06 C07

R01 C36

R01 C37

R01 C38

R01 C39

R03 C04

R03 C05

R03 C06

R03 C07

R06 C08

R06 C09

R06 C10

R06 C11

R01 C40

R01 C41

R01 C42

R01 C43

R03 C08

R03 C09

R03 C10

R03 C11

R06 C12

R06 C13

R06 C14

R06 C15

R01 C44

R01 C45

R01 C46

R01 C47

R03 C12

R03 C13

R03 C14

R03 C15

R07 C00

R07 C01

R07 C02

R07 C03

R01 C48

R01 C49

R01 C50

R01 C51

R03 C16

R03 C17

R03 C18

R03 C19

R07 C04

R07 C05

R07 C06

R07 C07

R01 C52

R01 C53

R01 C54

R01 C55

R03 C20

R03 C21

R03 C22

R03 C23

R07 C08

R07 C09

R07 C10

R07 C11

R01 C56

R01 C57

R01 C58

R01 C59

R03 C24

R03 C25

R03 C26

R03 C27

R07 C12

R07 C13

R07 C14

R07 C15

R01 C60

R01 C61

R01 C62

R01 C63

R03 C28

R03 C29

R03 C30

R03 C31

HI Path LO Path

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

Maximum

Value

Meas

Uncert

Test Acc

Ratio (TAR)

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

*





Test No/Description

Minimum*

Value

Measured Value


E1465A E1466A E1467A

R08 C00

R08 C01

R08 C02

R08 C03

R02 C00

R02 C01

R02 C02

R02 C03

R04 C00

R04 C01

R04 C02

R04 C03

R08 C04

R08 C05

R08 C06

R08 C07

R02 C04

R02 C05

R02 C06

R02 C07

R04 C04

R04 C05

R04 C06

R04 C07

R08 C08

R08 C09

R08 C10

R08 C11

R02 C08

R02 C09

R02 C10

R02 C11

R04 C08

R04 C09

R04 C10

R04 C11

R08 C12

R08 C13

R08 C14

R08 C15

R02 C12

R02 C13

R02 C14

R02 C15

R04 C12

R04 C13

R04 C14

R04 C15

R09 C00

R09 C01

R09 C02

R09 C03

R02 C16

R02 C17

R02 C18

R02 C19

R04 C16

R04 C17

R04 C18

R04 C19

R09 C04

R09 C05

R09 C06

R09 C07

R02 C20

R02 C21

R02 C22

R02 C23

R04 C20

R04 C21

R04 C22

R04 C23

R09 C08

R09 C09

R09 C10

R09 C11

R02 C24

R02 C25

R02 C26

R02 C27

R04 C24

R04 C25

R04 C26

R04 C27

R09 C12

R09 C13

R09 C14

R09 C15

R02 C28

R02 C29

R02 C30

R02 C31

R04 C28

R04 C29

R04 C30

R04 C31

HI Path LO Path

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

Maximum

Value

Meas

Uncert

Test Acc

Ratio (TAR)

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

*





Test No/Description

Minimum*

Value

Measured Value


E1465A E1466A E1467A

R10 C00

R10 C01

R10 C02

R10 C03

R02 C32

R02 C33

R02 C34

R02 C35

R05 C00

R05 C01

R05 C02

R05 C03

R10 C04

R10 C05

R10 C06

R10 C07

R02 C36

R02 C37

R02 C38

R02 C39

R05 C04

R05 C05

R05 C06

R05 C07

R10 C08

R10 C09

R10 C10

R10 C11

R02 C40

R02 C41

R02 C42

R02 C43

R05 C08

R05 C09

R05 C10

R05 C11

R10 C12

R10 C13

R10 C14

R10 C15

R02 C44

R02 C45

R02 C46

R02 C47

R05 C12

R05 C13

R05 C14

R05 C15

R11 C00

R11 C01

R11 C02

R11 C03

R02 C48

R02 C49

R02 C50

R02 C51

R05 C16

R05 C17

R05 C18

R05 C19

R11 C04

R11 C05

R11 C06

R11 C07

R02 C52

R02 C53

R02 C54

R02 C55

R05 C20

R05 C21

R05 C22

R05 C23

R11 C08

R11 C09

R11 C10

R11 C11

R02 C56

R02 C57

R02 C58

R02 C59

R05 C24

R05 C25

R05 C26

R05 C27

R11 C12

R11 C13

R11 C14

R11 C15

R02 C60

R02 C61

R02 C62

R02 C63

R05 C28

R05 C29

R05 C30

R05 C31

HI Path LO Path

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

Maximum

Value

Meas

Uncert

Test Acc

Ratio (TAR)

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

*





Test No/Description

Minimum*

Value

Measured Value


E1465A E1466A E1467A

R12 C00

R12 C01

R12 C02

R12 C03

R03 C00

R03 C01

R03 C02

R03 C03

R06 C00

R06 C01

R06 C02

R06 C03

R12 C04

R12 C05

R12 C06

R12 C07

R03 C04

R03 C05

R03 C06

R03 C07

R06 C04

R06 C05

R06 C06

R06 C07

R12 C08

R12 C09

R12 C10

R12 C11

R03 C08

R03 C09

R03 C10

R03 C11

R06 C08

R06 C09

R06 C10

R06 C11

R12 C12

R12 C13

R12 C14

R12 C15

R03 C12

R03 C13

R03 C14

R03 C15

R06 C12

R06 C13

R06 C14

R06 C15

R13 C00

R13 C01

R13 C02

R13 C03

R03 C16

R03 C17

R03 C18

R03 C19

R06 C16

R06 C17

R06 C18

R06 C19

R13 C04

R13 C05

R13 C06

R13 C07

R03 C20

R03 C21

R03 C22

R03 C23

R06 C20

R06 C21

R06 C22

R06 C23

R13 C08

R13 C09

R13 C10

R13 C11

R03 C24

R03 C25

R03 C26

R03 C27

R06 C24

R06 C25

R06 C26

R06 C27

R13 C12

R13 C13

R13 C14

R13 C15

R03 C28

R03 C29

R03 C30

R03 C31

R06 C28

R06 C29

R06 C30

R06 C31

HI Path LO Path

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

Maximum

Value

Meas

Uncert

Test Acc

Ratio (TAR)

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

*





Test No/Description

Minimum*

Value

Measured Value


E1465A E1466A E1467A

R14 C00

R14 C01

R14 C02

R14 C03

R03 C32

R03 C33

R03 C34

R03 C35

R07 C00

R07 C01

R07 C02

R07 C03

R14 C04

R14 C05

R14 C06

R14 C07

R03 C36

R03 C37

R03 C38

R03 C39

R07 C04

R07 C05

R07 C06

R07 C07

R14 C08

R14 C09

R14 C10

R14 C11

R03 C40

R03 C41

R03 C42

R03 C43

R07 C08

R07 C09

R07 C10

R07 C11

R14 C12

R14 C13

R14 C14

R14 C15

R03 C44

R03 C45

R03 C46

R03 C47

R07 C12

R07 C13

R07 C14

R07 C15

R15 C00

R15 C01

R15 C02

R15 C03

R03 C48

R03 C49

R03 C50

R03 C51

R07 C16

R07 C17

R07 C18

R07 C19

R15 C04

R15 C05

R15 C06

R15 C07

R03 C52

R03 C53

R03 C54

R03 C55

R07 C20

R07 C21

R07 C22

R07 C23

R15 C08

R15 C09

R15 C10

R15 C11

R03 C56

R03 C57

R03 C58

R03 C59

R07 C24

R07 C25

R07 C26

R07 C27

R15 C12

R15 C13

R15 C14

R15 C15

R03 C60

R03 C61

R03 C62

R03 C63

R07 C28

R07 C29

R07 C30

R07 C31

HI Path LO Path

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

_______ _______

Maximum

Value

Meas

Uncert

Test Acc

Ratio (TAR)

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

2.7

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

9.050E-5

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

*





Maximum*

Value

Meas

Uncert

Test Acc

Ratio (TAR)

Test No/Description Minimum

Value

Test 2-2 DC Isolation (values in ohms)

HI to LO

HI to Chassis

LO to Chassis

1.2E9

1.2E9

1.2E9

Measured Value

_________________

_________________

_________________

*

Single-sided specification - Maximum value does not apply

6.01E6

6.01E6

6.01E6

NA

NA

NA


Chapter 3

Replaceable Parts

Introduction

This chapter contains information for ordering replaceable parts for the

Agilent E1465A/E1466A/E1467A Relay Matrixes.

Ordering

Information

To order a part listed in this chapter, specify the Agilent Technologies part number and the quantity required. Send the order to your nearest Agilent

Technologies Sales and Support Office.

Replaceable

Parts Lists

Table 3-1. Component Assembly Replaceable Parts

Reference

Designator

Agilent Part

Number

A2

MP1

MP2

E1400-45102†

E1400-45101†

MP3 8160-0686

PNL1 E1466-00202†

SCR1-SCR2

SCR3-SCR8

SCR13

SCR14-SCR15

E1400-00610†

0515-1135

0515-1375

0515-1135

1

1

1

1

2

8

Qty Part Description

MOD - HI DENSITY MATRIX (See Figure 3-1)

HANDLE -BOTTOM METAL INJECTION

HANDLE -TOP METAL INJECTION

RFI STRIP-FINGERS BE-CU TIN-PLATED

SHOULDER SCREW ASSY

SCREW-MACHINE M3 X 0.5 25MM-LG FLAT-HD

SCREW-MACHINE M2.5 X 0.45 6MM-LG FLAT-HD

SCREW-MACHINE M3 X 0.5 25MM-LG FLAT-HD

*A2

*MP1

*MP2

† NOTE: For modules with serial numbers below 3126A00445 (E1465A), 3126A01090 (E1466A), or

3126A01109 (E1467A), the following parts must be used for replacement (see inset in figure 3-1).

E1466-66201 1 MOD - HI DENSITY MATRIX (See Figure 3-1)

E1400-84105 1 EXT HANDLE KIT-BOTTOM

E1400-84106 1 EXT HANDLE KIT-TOP

*SCR1-*SCR2

*SCR9-*SCR10

*SCR11-*SCR12

0515-0368

0515-1375

0515-1968

2

3

2

SCREW-MACHINE ASSY M2.5 X 12MM-LG PH

SCREW-MACHINE M2.5 X 0.45 6MM-LG FLAT-HD

SCREW PH M2.5 X 11TX

Agilent E1465A/66A/67A Service Manual Replaceable Parts 45

Table 3-1. Component Assembly Replaceable Parts (Continued)

Reference

Designator

A2A1

C101-C106

C107-C110

C111

C201

C202

Agilent Part

Number


E1466-66501 1 PC ASSEMBLY DENSE MATRIX

0160-4835 15 CAPACITOR-FXD 0.1uF +-10% 50 V

0160-4832

0160-4835

9 CAPACITOR-FXD 0.01uF +-10% 100 V

CAPACITOR-FXD 0.1uF +-10% 50 V

0160-4835

0160-4832



C203

C301

C302-C303

C304

C305

C306

C307

C308-C309

C401-C405

C1301-C1302

CR201

CR301-CR312

CR401-CR412

CR501-CR564

CR601-CR664

CR701-CR764

0160-4835

0180-0161

0160-4832

0180-0161

0160-4832

CR801-CR864

CR901-CR964

1902-1597

1902-1597

CR1001-CR1064 1902-1597

CR1101-CR1164 1902-1597

CR1201-CR1264 1902-1597

F1301-F1302 2110-0712

J1-J2 1252-1596

J101

J201

JMP1

1251-4927

1251-4927

1258-0247

0160-4835

0160-4832

0180-0161

0160-4835

0180-1746

1901-1098

1902-0594

1902-0594

1902-1597

1902-1597

1902-1597

K0-K15

K100-K115

K200-K215

K300-K315

K400-K415

K500-K515

K600-K615

K700-K715

0490-1782

0490-1782

0490-1782

0490-1782

0490-1782

0490-1782

0490-1782

0490-1782

4

2

3

2

1

256

2

1

24

512










CAPACITOR-FXD 15uF +-10% 20 V

DIODE-SWITCHING 50V 200MA 4NS

DIODE-ZENER 18V 5% PD=1W IR=5UA

DIODE-ZENER 18V 5% PD=1W IR=5UA

DIODE-ZENER 18V 5% DO-35 PD=.5W








FUSE-SUBMINIATURE 4A 125V NTD AX

CONNECTOR-POST TYPE 2.54-PIN-SPCG 96-CONTACT

CONNECTOR-POST TYPE .100-PIN-SPCG 16-CONTACT

CONNECTOR-POST TYPE .100-PIN-SPCG 16-CONTACT

JUMPER-4 POSITIONS HOUSING MATERIAL

RELAY 2C 12VDC-COIL 1A 250VDC








46 Replaceable Parts Agilent E1465A/66A/67A Service Manual

RP101-RP104

RP301

RP302-RP303

RP304-RP305

RP306-RP307

RP308

RP401

RP402-RP403

RP404-RP405

RP406-RP407

RP408

SP101

U101

U102

U103

U104-U105

U106

U107

U108-U109

U110


Qty Part Description Reference

Designator

K800-K815

K900-K915

Agilent Part

Number

0490-1782

0490-1782

K1000-K1015

K1100-K1115

K1200-K1215

K1300-K1315

K1400-K1415

K1500-K1515

L1301-L1302

P1

P2

Q301-Q308

Q401-Q408

R101

R102-R105

R106-R109

R201

R202

R203

R204

R301

0490-1782

0490-1782

0490-1782

0490-1782

0490-1782

0490-1782

9140-1354

1252-1596

1252-4743

1855-0567

1855-0567

0757-0421

0757-0472

0757-0442

0698-4501

0757-0465

0757-0453

0757-0417

0698-4444

2

1

16

1

4

4

1

1

1

1

1









INDUCTOR-FIXED 47UH +-15% .453D-INX.9LG-IN



TRANSISTOR MOSFET P-CHAN E-MODE SI

TRANSISTOR MOSFET P-CHAN E-MODE SI

RESISTOR 825 +-1% .125W TF TC=0+-100

RESISTOR 200K +-1% .125W TF TC=0+-100

RESISTOR 10K +-1% .125W TF TC=0+-100

RESISTOR 59K +-1% .125W TF TC=0+-100

RESISTOR 100K +-1% .125W TF TC=0+-100

RESISTOR 30.1K +-1% .125W TF TC=0+-100

RESISTOR 562 +-1% .125W TF TC=0+-100

RESISTOR 4.87K +-1% .125W TF TC=0+-100

6

6

8

1810-0279

1810-0265

1810-0280

1810-0265

1810-0280

1810-0279

1810-0265

1810-0280

1810-0265

1810-0280

1810-0279

3101-2094

1820-3631

1820-3975

1820-4586

1820-3975

1820-3631

1820-4147

1820-3714

1820-3079

1

2

3

1

1

2

2

NETWORK-RES 10-SIP 4.7K OHM X 9

NETWORK-RES 16-DIP 680.0 OHM X 8










SWITCH-DIP ROCKER 8-1A 0.15A 30VDC

IC COMPARATOR CMOS/HCT MAGNITUDE 8-BIT

IC DRIVER CMOS/HC LINE OCTL

IC DRIVER/RECEIVER CMOS/HCT BUS OCTL

IC DRIVER CMOS/HC LINE OCTL

IC COMPARATOR CMOS/HCT MAGNITUDE 8-BIT

IC LATCH CMOS/HCT TRANSPARENT OCTL

IC TRANSCEIVER TTL/ALS BUS OCTL

IC DECODER CMOS/HC BIN 3-TO-8-LINE



Reference

Designator

U111

Agilent Part

Number

1820-6475 3


IC FIFO CMOS ASYNCHRO 4608-BIT

U112 E1466-88801 1 IC-PAL16L8-25 UNPROGRAMMED 25NS

U114

U201-U202

U203

U204

U205

U206

U207

U208

1820-3079

1820-4643

1820-4242

1820-3081

1820-4590

1820-6731

1820-4057

1820-3184

U209

U301

U302

U303

U304

1820-3081

1858-0069

1820-6475

1820-3298

1820-5424

U401

U402

1858-0069

1820-6475

U403 1820-5424

U404-U407 1820-4599

2

2

1

2

1

2

1

1

1

1

IC DECODER CMOS/HC BIN 3-TO-8-LINE

IC GATE CMOS/HCT NOR QUAD 2-INP

IC SCHMITT-TRIG CMOS/HCT INV HEX

IC FF CMOS/HC D-TYPE POS-EDGE-TRIG

IC MV CMOS/HC MONOSTBL RETRIG DUAL

IC-ASIC GATE-ARRAY CMOS

IC BUFFER TTL/F NAND QUAD 2-INP

IC GATE CMOS/HC AND TPL 3-INP

IC FF CMOS/HC D-TYPE POS-EDGE-TRIG

TRANSISTOR ARRAY 18-PIN PLASTIC DIP


IC GATE CMOS/HC OR QUAD 2-INP

IC DRIVER CMOS/HCT LINE OCTL

TRANSISTOR ARRAY 18-PIN PLASTIC DIP


IC DRIVER CMOS/HCT LINE OCTL


Figure 3-1. Component Assembly Replaceable Parts


Reference

Designator

4

5

6

1

2

3

Agilent Part

Number

E1400-84405

E1400-45103

E1400-45104

1460-2552

1460-2553

1390-1027

Qty.

Table 3-2. Terminal Case Replaceable Parts

Part Description

1

1

2

1

1

1

Case Assembly - Terminal (see Figure 3-2)

Top Lever

Bottom Lever

Torsion Spring - Left Hand Wound

Torsion Spring - Right Hand Wound

Receptical Quick Fastener

Figure 3-2. Terminal Case Assembly Replaceable Parts


Table 3-3. Terminal Case Replaceable Parts

A1

Reference

Designator

MP1

Agilent Part

Number


E1400-84401 1 CASE TERMINAL BLK ASSY

(See Figure 3-3)

03852-01201 1 CLAMP

MP3

MP4

MP5

0515-2109

1390-0846

E1300-01202

1

2

1

SCREW-MACHINE 10-24 .625-IN-LG PAN-HD-SLT

FASTENER-CAPTIVE SCREW M2.5 X 0.45

CLAMP STRAIN RELIEF

Figure 3-3. Terminal Case Assembly Replaceable Parts


Table 3-4. Agilent E1465A Terminal Module Replaceable Parts

A3

Reference

Designator

P1-P2

TB1-TB16

Agilent Part

Number


E1465-66510 1 TERMINAL CARD 16X16 MATRIX

(See Figure 3-4)

1252-1593

0360-2502

2

16


TERMINAL BLOCK 8 POS. POLYESTER


A3

Reference

Designator

P1-P2

TB1

TB2

TB3

TB4

TB5

TB6

TB7

TB8

TB9

TB10

TB11

TB12

TB13-TB14

TB15-TB16

Agilent Part

Number


E1466-66510 1 PC ASSEMBLY TERMINAL CARD

(See Figure 3-5)

1252-1593

0360-2501

0360-2502

2

8

8


TERMINAL BLOCK POLYESTER


0360-2501

0360-2502

0360-2501

0360-2502

0360-2501

0360-2502







0360-2501

0360-2502

0360-2501

0360-2502

0360-2501

0360-2502








A3

Reference

Designator

P1-P2

TB1-TB12

Agilent Part

Number


E1467-66510 1 HI DENSITY MATRIX TERMINAL CARD

(See Figure 3-6)

1252-1593

0360-2502

2

12




Figure 3-4. Agilent E1465A Terminal Module




A................assembly

BRK...........bracket

C................capacitor

CR .............diode

CS .............case

CVR...........cover

F ................fuse

J ................electrical connector (jack)

JM .............jumper

K................relay

MP.............mechanical part

P................electrical connector (plug)

Table 3-6. Matrix Module Reference Designators

Reference Designators

PCB...........printed circuit board

PNL ...........panel

Q ...............transistor

R................resistor

RP .............resistor pack

RT .............thermistor probe

SCR ..........screw

SHD ..........shield

SW ............switch

TB..............terminal block (terminal module)

U................integrated circuit


Introduction

WARNING

Chapter 4

Service

This chapter contains service information for the Agilent E1465A/E1466A/

E1467A matrix modules, including troubleshooting techniques and repair/maintenance guidelines.

Do not perform any of the service procedures shown unless you are a qualified, service-trained technician, and have read the WARNINGS and CAUTIONS in Chapter 1.

Repair Strategy

Agilent Technologies recommends component replacement for the Agilent

E1465A/ E1466A/E1467A matrix modules. Procedures in this chapter describe troubleshooting techniques. Schematics and Component Locators are located at the back of this manual. Component level replaceable parts lists are contained in Chapter 3 — Replaceable Parts. See Chapter 1 —

General Information for a description of relay life factors.

Equipment

Required

Equipment required for matrix module troubleshooting and repair is listed in

Table 1-1, Recommended Test Equipment. Any equipment that satisfies the requirements given in the table may be substituted.

To avoid damage to the screw head slots, use a T8 Torx driver to remove the front panel handles and a T10 Torx driver to remove the shields.

Service Aids

See Chapter 3 — Replaceable Parts for descriptions and locations of

Agilent E1465A/E1466A/E1467A matrix modules replaceable parts.

Service notes and service literature for the matrix modules may be available through Agilent Technologies. For information, contact your nearest Agilent

Technologies Sales and Support Office.

Agilent E1465A/66A/67A Service Manual Service 55

Troubleshooting

To troubleshoot a matrix module problem you must first identify the problem and then isolate the cause of the problem to a replaceable part. See

Chapter 3 — Replaceable Parts

and the component locators at the back of this manual for descriptions and locations of Agilent E1465A/E1466A/

E1467A matrix modules replaceable parts.

Identifying the Problem

Table 4-1 lists some common problems, along with symptoms and possible solutions. If the problem persists, perform component-level troubleshooting using the component locators and schematics.

Table 4-1. Agilent E1465A/E1466A/E1467A Common Problems

Problem

Type

Self-test Errors

Operator Errors

Catastrophic

Failures

Performance

Out of

Specification

Symptom

Non-zero error code in response to the *TST? command.

Non-zero error code in response to the SYST:ERR? command.

Not responding to commands.

Failing Closed Channel Resistance

Test (see Test 2-1 in Chapter 2).

Failing DC Isolation test (See Test

2-2 in Chapter 2)

Possible

Solutions

See Table 4-4 for information on self-test errors.

See Appendix C of the the Agilent

E1465A/E1466A/E1467A User’s

Manual for matrix module errors and causes.

See Appendix B of the

Agilent E1405 User’s Manual for additional information on operator errors.

Check logical address setting.

Check GPIB cables and connections.

See "Testing the Assembly" in this chapter.

Check user wiring, test connections, and installed protection devices.

Replace relays that correspond to the channels that are failing (see

Table 4-3).

If most of the channels are near or above the test limit (2.7 Ohms), replace entire printed circuit board

(Agilent part number E1466-66501)

Check user wiring, test connections, and installed protection devices.

Remove dust from relay module and terminal module printed circuit board.

56 Service Agilent E1465A/66A/67A Service Manual

Testing the

Assembly

You can use the tests and checks in Table 4-2 to isolate the problem. See

Figures 3-1, 3-2, 3-3, 3-4, 3-5, and 3-6 in Chapter 3 for locations of mechanical parts. See the component locator included with this manual for locations of electrical components.

Table 4-2. Agilent E1465A/E1466A/E1467A Tests/Checks

Test/Check

Heat Damage

Matrix/Jumper

Settings

Matrix Module

PCA

Reference Designator

- - - - - - - - - -

J101, J102

SP101

F601, F602

P1, P2, J1, J2

K0-K1515

Check:

Discolored PC boards

Damaged insulation

Evidence of arcing

IRQ Level setting

LADDR setting

Fuse continuity

Connector contacts

Test 2-1, Closed Channel

Resistance Test

Checking for Heat Damage

Inspect the assembly for signs of abnormal internally generated heat such as discolored printed circuit boards or components, damaged insulation, or evidence of arcing.

Checking Matrixes/Jumpers

Verify that the matrix logical address is set correctly (factory set at 120).

Verify that the interrupt priority jumpers are set correctly (factory set at level 1).

Checking the Matrix Module PCA

Check the following:

•

•

•

Verify that fuses F601 and F602 are good.

Check connectors J1, J2, P1, and P2 for damage.

Perform Test 2-1 in Chapter 2.


Relay Driver

Description

Figure 4-1 shows a simplified diagram of the relay driver and decoder circuits. As shown in the figure, the relays on the component assembly are arranged into 16 banks of 16 relays. Each bank of relays switches 16 columns to a single row.

The relay contacts are arranged into four 4 X 16 submatrixes. These submatrixes are then arranged into the appropriate matrixes by each terminal module. The latching relays are double pole and switch both HI and LO lines.

58 Service

Figure 4-1. Relay Driver/Decoder Simplified Diagram


Matching Relays to Channels

Use Table 4-3 to help match channel numbers to relay and drive circuit reference designators.

Table 4-3. Channel Relays/Reference Designators

CH #

R00 C09

R00 C10

R00 C11

R00 C12

R00 C13

R00 C14

R00 C15

R01 C00

R01 C01

R01 C02

R00 C00

R00 C01

R00 C02

R00 C03

R00 C04

R00 C05

R00 C06

R00 C07

R00 C08

R01 C03

R01 C04

R01 C05

R01 C06

R01 C07

R01 C08

R01 C09

R01 C10

R01 C11

R01 C12

R01 C13

R01 C14

R01 C15

Agilent E1465A

Relay Relay

Driver

K009

K010

K011

K012

K013

K014

K015

K100

K101

K102

K000

K001

K002

K003

K004

K005

K006

K007

K008

K110

K111

K112

K113

K114

K115

K103

K104

K105

K106

K107

K108

K109

U305

U306

U307

U308

U404

U405

U406

U407

U305

U306

U307

U308

U404

U405

U406

U407

Bank

Decoder

Q301,

U301,

U112

Q302,

U301,

U112

CH #

R00 C09

R00 C10

R00 C11

R00 C12

R00 C13

R00 C14

R00 C15

R00 C16

R00 C17

R00 C18

R00 C00

R00 C01

R00 C02

R00 C03

R00 C04

R00 C05

R00 C06

R00 C07

R00 C08

R00 C19

R00 C20

R00 C21

R00 C22

R00 C23

R00 C24

R00 C25

R00 C26

R00 C27

R00 C28

R00 C29

R00 C30

R00 C31

Agilent E1466A

Relay Relay

Driver

K009

K010

K011

K012

K013

K014

K015

K400

K401

K402

K000

K001

K002

K003

K004

K005

K006

K007

K008

K410

K411

K412

K413

K414

K415

K403

K404

K405

K406

K407

K408

K409

U305

U306

U307

U308

U404

U405

U406

U407

U305

U306

U307

U308

U404

U405

U406

U407

Bank

Decoder

Q301,

U301,

U112

Q305,

U301,

U112

CH #

R00 C09

R00 C10

R00 C11

R00 C12

R00 C13

R00 C14

R00 C15

R00 C16

R00 C17

R00 C18

R00 C00

R00 C01

R00 C02

R00 C03

R00 C04

R00 C05

R00 C06

R00 C07

R00 C08

R00 C19

R00 C20

R00 C21

R00 C22

R00 C23

R00 C24

R00 C25

R00 C26

R00 C27

R00 C28

R00 C29

R00 C30

R00 C31

Agilent E1467A

Relay Relay

Driver

K009

K010

K011

K012

K013

K014

K015

K800

K801

K802

K000

K001

K002

K003

K004

K005

K006

K007

K008

K810

K811

K812

K813

K814

K815

K803

K804

K805

K806

K807

K808

K809

U305

U306

U307

U308

U404

U405

U406

U407

U305

U306

U307

U308

U404

U405

U406

U407

Bank

Decoder

Q301,

U301,

U112

Q401,

U401,

U113


Table 4-3. Channel Relays/Reference Designators (Continued)

CH #

R02 C14

R02 C15

R03 C00

R03 C01

R03 C02

R03 C03

R03 C04

R03 C05

R03 C06

R03 C07

R03 C08

R03 C09

R03 C10

R03 C11

R03 C12

R03 C13

R03 C14

R03 C15

R02 C00

R02 C01

R02 C02

R02 C03

R02 C04

R02 C05

R02 C06

R02 C07

R02 C08

R02 C09

R02 C10

R02 C11

R02 C12

R02 C13

Agilent E1465A

Relay Relay

Driver

Bank

Decoder

K214

K215

K300

K301

K302

K303

K304

K305

K306

K307

K308

K309

K310

K311

K312

K313

K314

K315

K207

K208

K209

K210

K211

K212

K213

K200

K201

K202

K203

K204

K205

K206

U305

U306

U307

U308

U404

U405

U406

U407

U305

U306

U307

U308

U404

U405

U406

U407

Q303,

U301,

U112

Q304,

U301,

U112

CH #

Agilent E1466A

Relay

R00 C32

R00 C33

R00 C34

R00 C35

R00 C36

R00 C37

R00 C38

R00 C39

R00 C40

R00 C41

R00 C42

R00 C43

R00 C44

R00 C45

R00 C46

R00 C47

K814

K815

R00 C48 K1200

R00 C49 K1201

R00 C50 K1202

R00 C51 K1203

R00 C52 K1204

R00 C53 K1205

R00 C54 K1206

R00 C55 K1207

R00 C56 K1208

R00 C57 K1209

R00 C58 K1210

R00 C59 K1211

R00 C60 K1212

R00 C61 K1213

R00 C62 K1214

R00 C63 K1215

K807

K808

K809

K810

K811

K812

K813

K800

K801

K802

K803

K804

K805

K806

Relay

Driver

U305

U306

U307

U308

U404

U405

U406

U407

U305

U306

U307

U308

U404

U405

U406

U407

Bank

Decoder

Q401,

U401,

U113

Q405,

U401,

U113

CH #

R01 C14

R01 C15

R01 C16

R01 C17

R01 C18

R01 C19

R01 C20

R01 C21

R01 C22

R01 C23

R01 C24

R01 C25

R01 C26

R01 C27

R01 C28

R01 C29

R01 C30

R01 C31

R01 C00

R01 C01

R01 C02

R01 C03

R01 C04

R01 C05

R01 C06

R01 C07

R01 C08

R01 C09

R01 C10

R01 C11

R01 C12

R01 C13

Agilent E1467A

Relay Relay

Driver

Bank

Decoder

K114

K115

K900

K901

K902

K903

K904

K905

K906

K907

K908

K909

K910

K911

K912

K913

K914

K915

K107

K108

K109

K110

K111

K112

K113

K100

K101

K102

K103

K104

K105

K106

U305

U306

U307

U308

U404

U405

U406

U407

U305

U306

U307

U308

U404

U405

U406

U407

Q302,

U301,

U112

Q402,

U401,

U113



CH #

R05 C00

R05 C01

R05 C02

R05 C03

R05 C04

R05 C05

R05 C06

R05 C07

R05 C08

R05 C09

R05 C10

R05 C11

R05 C12

R05 C13

R05 C14

R05 C15

R04 C00

R04 C01

R04 C02

R04 C03

R04 C04

R04 C05

R04 C06

R04 C07

R04 C08

R04 C09

R04 C10

R04 C11

R04 C12

R04 C13

R04 C14

R04 C15

Agilent E1465A

Relay Relay

Driver

K507

K508

K509

K510

K511

K512

K513

K514

K515

K500

K501

K502

K503

K504

K505

K506

K400

K401

K402

K403

K404

K405

K406

K407

K408

K409

K410

K411

K412

K413

K414

K415

U305

U306

U307

U308

U404

U405

U406

U407

U305

U306

U307

U308

U404

U405

U406

U407

Bank

Decoder

Q305,

U301,

U112

Q306,

U301,

U112

CH #

R01 C16

R01 C17

R01 C18

R01 C19

R01 C20

R01 C21

R01 C22

R01 C23

R01 C24

R01 C25

R01 C26

R01 C27

R01 C28

R01 C29

R01 C30

R01 C31

R01 C00

R01 C01

R01 C02

R01 C03

R01 C04

R01 C05

R01 C06

R01 C07

R01 C08

R01 C09

R01 C10

R01 C11

R01 C12

R01 C13

R01 C14

R01 C15

Agilent E1466A

Relay Relay

Driver

Bank

Decoder

K507

K508

K509

K510

K511

K512

K513

K514

K515

K500

K501

K502

K503

K504

K505

K506

K100

K101

K102

K103

K104

K105

K106

K107

K108

K109

K110

K111

K112

K113

K114

K115

U305

U306

U307

U308

U404

U405

U406

U407

U305

U306

U307

U308

U404

U405

U406

U407

Q302,

U301,

U112

Q306,

U301,

U112

CH #

R02 C16

R02 C17

R02 C18

R02 C19

R02 C20

R02 C21

R02 C22

R02 C23

R02 C24

R02 C25

R02 C26

R02 C27

R02 C28

R02 C29

R02 C30

R02 C31

R02 C00

R02 C01

R02 C02

R02 C03

R02 C04

R02 C05

R02 C06

R02 C07

R02 C08

R02 C09

R02 C10

R02 C11

R02 C12

R02 C13

R02 C14

R02 C15

Agilent E1467A

Relay Relay

Driver

Bank

Decoder

K1007

K1008

K1009

K1010

K1011

K1012

K1013

K1014

K1015

K1000

K1001

K1002

K1003

K1004

K1005

K1006

K200

K201

K202

K203

K204

K205

K206

K207

K208

K209

K210

K211

K212

K213

K214

K215

U305

U306

U307

U308

U404

U405

U406

U407

U305

U306

U307

U308

U404

U405

U406

U407

Q303,

U301,

U112

Q403,

U401,

U113



CH #

R06 C10

R06 C11

R06 C12

R06 C13

R06 C14

R06 C15

R07 C00

R07 C01

R07 C02

R07 C03

R07 C04

R07 C05

R07 C06

R07 C07

R07 C08

R07 C09

R07 C10

R07 C11

R07 C12

R07 C13

R07 C14

R07 C15

R06 C00

R06 C01

R06 C02

R06 C03

R06 C04

R06 C05

R06 C06

R06 C07

R06 C08

R06 C09

Agilent E1465A

Relay Relay

Driver

K701

K702

K703

K704

K705

K706

K707

K708

K709

K710

K610

K611

K612

K613

K614

K615

K700

K711

K712

K713

K714

K715

K600

K601

K602

K603

K604

K605

K606

K607

K608

K609

U305

U306

U307

U308

U404

U405

U406

U407

U305

U306

U307

U308

U404

U405

U406

U407

Bank

Decoder

Q307,

U301,

U112

Q308,

U301,

U112

CH #

R01 C42

R01 C43

R01 C44

R01 C45

R01 C46

R01 C47

R01 C48

R01 C49

R01 C50

R01 C51

R01 C52

R01 C53

R01 C54

R01 C55

R01 C56

R01 C57

R01 C58

R01 C59

R01 C60

R01 C61

R01 C62

R01 C63

R01 C32

R01 C33

R01 C34

R01 C35

R01 C36

R01 C37

R01 C38

R01 C39

R01 C40

R01 C41

Agilent E1466A

Relay Relay

Driver

Bank

Decoder

K1301

K1302

K1303

K1304

K1305

K1306

K1307

K1308

K1309

K1310

K910

K911

K912

K913

K914

K915

K1300

K1311

K1312

K1313

K1314

K1315

K900

K901

K902

K903

K904

K905

K906

K907

K908

K909

U305

U306

U307

U308

U404

U405

U406

U407

U305

U306

U307

U308

U404

U405

U406

U407

Q402,

U401,

U113

Q406,

Q401,

U113

CH #

R03 C10

R03 C11

R03 C12

R03 C13

R03 C14

R03 C15

R03 C16

R03 C17

R03 C18

R03 C19

R03 C20

R03 C21

R03 C22

R03 C23

R03 C24

R03 C25

R03 C26

R03 C27

R03 C28

R03 C29

R03 C30

R03 C31

R03 C00

R03 C01

R03 C02

R03 C03

R03 C04

R03 C05

R03 C06

R03 C07

R03 C08

R03 C09

Agilent E1467A

Relay Relay

Driver

K1101

K1102

K1103

K1104

K1105

K1106

K1107

K1108

K1109

K1110

K310

K311

K312

K313

K314

K315

K1100

K1111

K1112

K1113

K1114

K1115

K300

K301

K302

K303

K304

K305

K306

K307

K308

K309

U305

U305

U306

U307

U404

U405

U406

U407

U305

U306

U307

U308

U404

U405

U406

U407

Bank

Decoder

Q304,

U301,

U112

Q404,

U401,

U113



CH #

R08 C10

R08 C11

R08 C12

R08 C13

R08 C14

R08 C15

R09 C00

R09 C01

R09 C02

R09 C03

R09 C04

R09 C05

R08 C00

R08 C01

R08 C02

R08 C03

R08 C04

R08 C05

R08 C06

R08 C07

R08 C08

R08 C09

R09 C06

R09 C07

R09 C08

R09 C09

R09 C10

R09 C11

R09 C12

R09 C13

R09 C14

R09 C15

Agilent E1465A

Relay Relay

Driver

Bank

Decoder

K810

K811

K812

K813

K814

K815

K900

K901

K902

K903

K904

K905

K800

K801

K802

K803

K804

K805

K806

K807

K808

K809

K906

K907

K908

K909

K910

K911

K912

K913

K914

K915

U305

U306

U307

U308

U404

U405

U406

U407

U305

U306

U307

U308

U404

U405

U406

U407

Q401,

U401,

U113

Q402,

U401,

U113

CH #

R02 C10

R02 C11

R02 C12

R02 C13

R02 C14

R02 C15

R02 C16

R02 C17

R02 C18

R02 C19

R02 C20

R02 C21

R02 C00

R02 C01

R02 C02

R02 C03

R02 C04

R02 C05

R02 C06

R02 C07

R02 C08

R02 C09

R02 C22

R02 C23

R02 C24

R02 C25

R02 C26

R02 C27

R02 C28

R02 C29

R02 C30

R02 C31

Agilent E1466A

Relay Relay

Driver

Bank

Decoder

K210

K211

K212

K213

K214

K215

K600

K601

K602

K603

K604

K605

K200

K201

K202

K203

K204

K205

K206

K207

K208

K209

K606

K607

K608

K609

K610

K611

K612

K613

K614

K615

U305

U306

U307

U308

U404

U405

U406

U407

U305

U306

U307

U308

U404

U405

U406

U407

Q303,

U301,

U112

Q307,

U301,

U112

CH #

R04 C10

R04 C11

R04 C12

R04 C13

R04 C14

R04 C15

R04 C16

R04 C17

R04 C18

R04 C19

R04 C20

R04 C21

R04 C00

R04 C01

R04 C02

R04 C03

R04 C04

R04 C05

R04 C06

R04 C07

R04 C08

R04 C09

R04 C22

R04 C23

R04 C24

R04 C25

R04 C26

R04 C27

R04 C28

R04 C29

R04 C30

R04 C31

Agilent E1467A

Relay Relay

Driver

K410

K411

K412

K413

K414

K415

K1200

K1201

K1202

K1203

K1204

K1205

K400

K401

K402

K403

K404

K405

K406

K407

K408

K409

K1206

K1207

K1208

K1209

K1210

K1211

K1212

K1213

K1214

K1215

U305

U306

U307

U308

U404

U405

U406

U407

U305

U306

U307

U308

U404

U405

U406

U407

Bank

Decoder

Q305,

U301,

U112

Q405,

U401,

U113



CH #

R10 C00

R10 C01

R10 C02

R10 C03

R10 C04

R10 C05

R10 C06

R10 C07

R10 C08

R10 C09

R10 C10

R10 C11

R10 C12

R10 C13

R10 C14

R10 C15

R11 C00

R11 C01

R11 C02

R11 C03

R11 C04

R11 C05

R11 C06

R11 C07

R11 C08

R11 C09

R11 C10

R11 C11

R11 C12

R11 C13

R11 C14

R11 C15

Agilent E1465A

Relay Relay

Driver

Bank

Decoder

K1007

K1008

K1009

K1010

K1011

K1012

K1013

K1014

K1015

K1100

K1101

K1102

K1000

K1001

K1002

K1003

K1004

K1005

K1006

K1103

K1104

K1105

K1106

K1107

K1108

K1109

K1110

K1111

K1112

K1113

K1114

K1115

U305

U306

U307

U308

U404

U405

U406

U407

U305

U306

U307

U308

U404

U405

U406

U407

Q403,

U401,

U113

Q404,

U401,

U113

CH #

R02 C32

R02 C33

R02 C34

R02 C35

R02 C36

R02 C37

R02 C38

R02 C39

R02 C40

R02 C41

R02 C42

R02 C43

R02 C44

R02 C45

R02 C46

R02 C47

R02 C48

R02 C49

R02 C50

R02 C51

R02 C52

R02 C53

R02 C54

R02 C55

R02 C56

R02 C57

R02 C58

R02 C59

R02 C60

R02 C61

R02 C62

R02 C63

Agilent E1466A

Relay Relay

Driver

Bank

Decoder

K1007

K1008

K1009

K1010

K1011

K1012

K1013

K1014

K1015

K1400

K1401

K1402

K1000

K1001

K1002

K1003

K1004

K1005

K1006

K1403

K1404

K1405

K1406

K1407

K1408

K1409

K1410

K1411

K1412

K1413

K1414

K1415

U305

U306

U307

U308

U404

U405

U406

U407

U305

U306

U307

U308

U404

U405

U406

U407

Q403,

U401,

U113

Q407,

U401,

U113

CH #

R05 C00

R05 C01

R05 C02

R05 C03

R05 C04

R05 C05

R05 C06

R05 C07

R05 C08

R05 C09

R05 C10

R05 C11

R05 C12

R05 C13

R05 C14

R05 C15

R05 C16

R05 C17

R05 C18

R05 C19

R05 C20

R05 C21

R05 C22

R05 C23

R05 C24

R05 C25

R05 C26

R05 C27

R05 C28

R05 C29

R05 C30

R05 C31

Agilent E1467A

Relay Relay

Driver

K507

K508

K509

K510

K511

K512

K513

K514

K515

K1300

K1301

K1302

K500

K501

K502

K503

K504

K505

K506

K1303

K1304

K1305

K1306

K1307

K1308

K1309

K1310

K1311

K1312

K1313

K1314

K1315

U305

U306

U307

U308

U404

U405

U406

U407

U305

U306

U307

U308

U404

U405

U406

U407

Bank

Decoder

Q306,

U301,

U112

Q406,

U401,

U113



CH #

R12 C10

R12 C11

R12 C12

R12 C13

R12 C14

R12 C15

R13 C00

R13 C01

R13 C02

R13 C03

R12 C00

R12 C01

R12 C02

R12 C03

R12 C04

R12 C05

R12 C06

R12 C07

R12 C08

R12 C09

R13 C04

R13 C05

R13 C06

R13 C07

R13 C08

R13 C09

R13 C10

R13 C11

R13 C12

R13 C13

R13 C14

R13 C15

Agilent E1465A

Relay Relay

Driver

K1210

K1211

K1212

K1213

K1214

K1215

K1300

K1301

K1302

K1303

K1200

K1201

K1202

K1203

K1204

K1205

K1206

K1207

K1208

K1209

K1304

K1305

K1306

K1307

K1308

K1309

K1310

K1311

K1312

K1313

K1314

K1315

U305

U306

U307

U308

U404

U405

U406

U407

U305

U306

U307

U308

U404

U405

U406

U407

Bank

Decoder

Q405,

U401,

U113

Q406,

U401,

U113

CH #

R03 C10

R03 C11

R03 C12

R03 C13

R03 C14

R03 C15

R03 C16

R03 C17

R03 C18

R03 C19

R03 C00

R03 C01

R03 C02

R03 C03

R03 C04

R03 C05

R03 C06

R03 C07

R03 C08

R03 C09

R03 C20

R03 C21

R03 C22

R03 C23

R03 C24

R03 C25

R03 C26

R03 C27

R03 C28

R03 C29

R03 C30

R03 C31

Agilent E1466A

Relay Relay

Driver

K310

K311

K312

K313

K314

K315

K700

K701

K702

K703

K704

K705

K706

K707

K708

K709

K300

K301

K302

K303

K304

K305

K306

K307

K308

K309

K710

K711

K712

K713

K714

K715

U305

U306

U307

U308

U404

U405

U406

U407

U305

U306

U307

U308

U404

U405

U406

U407

Bank

Decoder

Q304,

U301,

U112

Q308,

U301,

U112

CH #

R06 C10

R06 C11

R06 C12

R06 C13

R06 C14

R06 C15

R06 C16

R06 C17

R06 C18

R06 C19

R06 C00

R06 C01

R06 C02

R06 C03

R06 C04

R06 C05

R06 C06

R06 C07

R06 C08

R06 C09

R06 C20

R06 C21

R06 C22

R06 C23

R06 C24

R06 C25

R06 C26

R06 C27

R06 C28

R06 C29

R06 C30

R06 C31

Agilent E1467A

Relay Relay

Driver

K610

K611

K612

K613

K614

K615

K1400

K1401

K1402

K1403

K600

K601

K602

K603

K604

K605

K606

K607

K608

K609

K1404

K1405

K1406

K1407

K1408

K1409

K1410

K1411

K1412

K1413

K1414

K1415

U305

U306

U307

U308

U404

U405

U406

U407

U305

U306

U307

U308

U404

U405

U406

U407

Bank

Decoder

Q307,

U301,

U112

Q407,

U401,

U113



CH #

R15 C02

R15 C03

R15 C04

R15 C05

R15 C06

R15 C07

R15 C08

R15 C09

R15 C10

R15 C11

R15 C12

R15 C13

R15 C14

R15 C15

R14 C00

R14 C01

R14 C02

R14 C03

R14 C04

R14 C05

R14 C06

R14 C07

R14 C08

R14 C09

R14 C10

R14 C11

R14 C12

R14 C13

R14 C14

R14 C15

R15 C00

R15 C01

Agilent E1465A

Relay Relay

Driver

K1502

K1503

K1504

K1505

K1506

K1507

K1508

K1509

K1510

K1511

K1512

K1513

K1514

K1515

K1400

K1401

K1402

K1403

K1404

K1405

K1406

K1407

K1408

K1409

K1410

K1411

K1412

K1413

K1414

K1415

K1500

K1501

U305

U306

U307

U308

U404

U405

U406

U407

U305

U306

U307

U308

U404

U405

U406

U407

Bank

Decoder

Q407,

U401,

U113

Q408,

U401,

U113

CH #

R03 C50

R03 C51

R03 C52

R03 C53

R03 C54

R03 C55

R03 C56

R03 C57

R03 C58

R03 C59

R03 C60

R03 C61

R03 C62

R03 C63

R03 C32

R03 C33

R03 C34

R03 C35

R03 C36

R03 C37

R03 C38

R03 C39

R03 C40

R03 C41

R03 C42

R03 C43

R03 C44

R03 C45

R03 C46

R03 C47

R03 C48

R03 C49

Agilent E1466A

Relay Relay

Driver

K1502

K1503

K1504

K1505

K1506

K1507

K1508

K1509

K1510

K1511

K1512

K1513

K1514

K1515

K1100

K1101

K1102

K1103

K1104

K1105

K1106

K1107

K1108

K1109

K1110

K1111

K1112

K1113

K1114

K1115

K1500

K1501

U305

U306

U307

U308

U404

U405

U406

U407

U305

U306

U307

U308

U404

U405

U406

U407

Bank

Decoder

Q404,

U401,

U113

Q408,

U401,

U113

CH #

R07 C18

R07 C19

R07 C20

R07 C21

R07 C22

R07 C23

R07 C24

R07 C25

R07 C26

R07 C27

R07 C28

R07 C29

R07 C30

R07 C31

R07 C00

R07 C01

R07 C02

R07 C03

R07 C04

R07 C05

R07 C06

R07 C07

R07 C08

R07 C09

R07 C10

R07 C11

R07 C12

R07 C13

R07 C14

R07 C15

R07 C16

R07 C17

Agilent E1467A

Relay Relay

Driver

K1502

K1503

K1504

K1505

K1506

K1507

K1508

K1509

K1510

K1511

K1512

K1513

K1514

K1515

K700

K701

K702

K703

K704

K705

K706

K707

K708

K709

K710

K711

K712

K713

K714

K715

K1500

K1501

U305

U306

U307

U308

U404

U405

U406

U407

U305

U306

U307

U308

U404

U405

U406

U407

Bank

Decoder

Q308,

U301,

U112

Q408,

U401,

U113


Self-Test

Error Codes

Table 4-4 shows the self-test error codes for the matrix modules. The meaning of each code is given in the right-hand column. If a self-test failure occurs, cycle power and repeat the test. If the problem reoccurs, the device may need repair.

Table 4-4. Self-test Error Codes

Error*

+0

+nn01

+nn02

+nn03

+nn10

+nn11

Description

Self-test passes

Firmware error

Bus error (communications problem with card)

Bad ID information in ID register

Interrupt expected but not received

Busy bit was not held

≈

10.5 to 18.5 msec

*nn = card number (with leading zero deleted)

Disassembly

Use the following procedures to disassemble the

Agilent E1465A/E1466A/E1467A matrix modules. For disassembly refer to

Figure 4-1.

1. To remove the covers:

• Remove the eight T10 Torx screws from the top cover as shown.

• Lift the top cover off of the module.

• Turn the assembly over and lift off the bottom cover.

2. To remove the front panel:

• Remove the two T8 Torx screws from the front panel handles as shown.

• Remove the T8 Torx screw holding the panel to the A1 PC

Assembly as shown.

• Lift the front panel from the A1 assembly.


68 Service

Figure 4-2. E1465A/E1466A/E1467A Disassembly


Repair/

Maintenance

Guidelines

This section provides guidelines for repairing and maintaining the

Agilent E1465A/E1466A/E1467A matrix modules, including:

• ESD precautions

• Soldering printed circuit boards

• Post-repair safety checks

ESD

Precautions

Electrostatic discharge (ESD) may damage static-sensitive devices in the matrix modules. This damage can range from slight parameter degradation to catastrophic failure. When handling the matrix module assemblies, follow these guidelines to avoid damaging components:

• Always use a static-free work station with a pad of conductive rubber or similar material when handling electronic components.

• Do not use pliers to remove a MOS or CMOS device from a high-grip socket. Instead, use a small screwdriver to pry the device up from one end. Slowly lift the device up, one pair of pins at a time.

• After you remove a MOS or CMOS device from a module, place the device onto a pad of conductive foam or other suitable holding material.

• If a device requires soldering, be sure the assembly is placed on a pad of conductive material. Also, be sure that you, the pad, and the soldering iron tip are grounded to the assembly.

Soldering Printed

Circuit Boards

The etched circuit boards in the matrix modules have plated-through holes that allow a solder path to both sides of the insulating material. Soldering can be done from either side of the board with equally good results. When soldering to any circuit board, keep in mind the following guidelines:

• Do not use a high power soldering iron on etched circuit boards, as excessive heat may lift a conductor or damage the board.

• Use a suction device or wooden toothpick to remove solder from component mounting holes. When using a suction device, be sure that the equipment is properly grounded.


Post-Repair

Safety Checks

After making repairs to the module, inspect the device for any signs of abnormal internally generated heat, such as discolored printed circuit boards or components, damaged insulation, or evidence of arcing. Determine and correct the cause of the condition. Then perform the Functional Verification

Test described in Chapter 2 to verify that the device is functional.

Component

Locators and

Schematic

Diagrams

Table 4-5 lists Component Locator Diagrams and Schematic Diagrams for the Agilent E1465A/E1466A/E1467A matrix modules.

Schematic

Diagrams

Table 4-5. Component Locators and Schematics Diagrams

Component

Locator

Diagram

Part Number

E1466-66501

E1466-66501

E1466-66501

E1466-66501

E1466-66501

E1466-66501

E1466-66501

E1466-66501

E1466-66501

E1466-66501

E1466-66501

E1466-66501

E1466-66501

E1466-66501

Drawing Number

L-E1466-66501 (1 of 2)

L-E1466-66501 (1 of 2)

S-E1466-66501 (1 of 13)

S-E1466-66501 (2 of 13)

S-E1466-66501 (3 of 13)

S-E1466-66501 (4 of 13)

S-E1466-66501 (5 of 13)

S-E1466-66501 (6 of 13)

S-E1466-66501 (7 of 13)

S-E1466-66501 (8 of 13)

S-E1466-66501 (9 of 13)

S-E1466-66501 (10 of 13)

S-E1466-66501 (11 of 13)

S-E1466-66501 (12 of 13)

S-E1466-66501 (13 of 13)

Drawing Title

E1465A/66A/67A Matrix Switches

Component Assembly (Side A)

E1465A/66A/67A Matrix Switches

Component Assembly (Side B)

E1465A/66A/67A Matrix Switches - VXI Interface #1

E1465A/66A/67A Matrix Switches - VXI Interface #2

E1465A/66A/67A Matrix Switches - Relay Dvrs 0-7

E1465A/66A/67A Matrix Switches - Relay Dvrs 8-15

E1465A/66A/67A Matrix Switches - Bank 0/1 A_Col

E1465A/66A/67A Matrix Switches - Bank 2/3 A_Col

E1465A/66A/67A Matrix Switches - Bank 4/5 B_Col

E1465A/66A/67A Matrix Switches - Bank 6/7 B_Col

E1465A/66A/67A Matrix Switches - Bank 8/9 C_Col

E1465A/66A/67A Matrix Switches - Bank 10/11 C_Col

E1465A/66A/67A Matrix Switches - Bank 12/13 D_Col

E1465A/66A/67A Matrix Switches - Bank 14/15 D_Col

E1465A/66A/67A Matrix Switches - VXI Connectors


Agilent Technologies E1465A Service manual

Agilent 75000 SERIES C

Agilent

E1465A/E1466A/E1467A

Matrix Switches

Service Manual

Contents

Declaration of Conformity

Introduction

Chapter 1

General Information

Agilent E1465A/66A/67A Service Manual General Information 9

Relay Life

End-of-Life

Detection

Replacement

Strategy

10 General Information Agilent E1465A/66A/67A Service Manual

Safety

Considerations

Warnings and

Cautions

Agilent E1465A/66A/67A Service Manual General Information 11

12 General Information

Agilent E1465A/66A/67A Service Manual

Inspection/

Shipping

Initial

Inspection

Agilent E1465A/66A/67A Service Manual General Information 13

14 General Information

Agilent E1465A/66A/67A Service Manual

Shipping

Guidelines

Agilent E1465A/66A/67A Service Manual General Information 15

Environment

Matrix

Description

Matrix

Specifications

Matrix

Serial Numbers

16 General Information Agilent E1465A/66A/67A Service Manual

Matrix

Options

Schematics/

Component

Locators

Recommended

Test Equipment

Agilent E1465A/66A/67A Service Manual General Information 17

18 General Information Agilent E1465A/66A/67A Service Manual

Chapter 2

Verification Tests

Introduction

Test Conditions/

Procedures

Performance

Test Record

Verification Test

Examples

Agilent E1465A/66A/67A Service Manual Verification Tests 19

Matrix Module

Functional

Verification

Procedure

Operation

Verification

Performance

Verification

20 Verification Tests Agilent E1465A/66A/67A Service Manual

Wiring the

Test Fixture

Agilent E1465A/66A/67A Service Manual Verification Tests 21

22 Verification Tests

Agilent E1465A/66A/67A Service Manual

Test 2-1:

Closed Channel

Resistance Test

Column HI to Row HI