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Agilent Technologies Agilent E1345A, Service Manual

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Reference

Designator

Part

Number

Qty

Part Description

J1
J2
J3
K0-K15
K90-K93

1252-1596
1252-3712
1251-6001
0490-1707

2
1
1
20

COMPONENT ASSY (CONT’D...HP E1345-66201)

CONN-POST TYPE 2.54-PIN-SPCG 96-CONTACT
CONN-POST TYPE .100-PIN-SPCG 12-CONTACT
CONN-POST TYPE .100-PIN-SPCG 6-CONTACT
RELAY-REED 3A 500MA 110VAC 5VDC-COIL 5VA

MP1-MP2
P1
P3-P4
PNL1

1400-1546
1252-1596
1258-0141
E1345-00202

2

2
1

BRACKET PC BOARD HOLDER; BLACK; EXTR
CONN-POST TYPE 2.54-PIN-SPCG 96-CONTACT
JUMPER-REMOVABLE FOR .025 IN SQ PINS
PNL-RR RLY MUXR

SCR1-SCR2
SCR3-SCR4
SHD1
SW1

0515-0444
0515-1968
E1300-80601
3101-3066

2
2
1
1

SCREW-MACH PHD M2.5 X 0.45 8MM-LG - HD
SCREW PHM 2.5 X 11  PAN - HD
SHIELD SAFETY - PLASTIC
SWITCH-DIP ROCKER 8-1A 0.15A 30 VDC

A1

PRINTED CIRCUIT ASSY, 16 CHAN MULTI

A1C1
A1C2-C3
A1C5
A1C6
A1C7-C9
A1C11
A1C17
A1C38-C42
A1C44
A1C45-C46

0180-1746
0160-4822
0160-4801
0160-4822
0160-4801
0160-3334
0160-4835
0160-4835
0180-1746
0160-4835

2
3
4

1
9

CAPACITOR-FXD 15uF +-0% 20 V TA
CAPACITOR-FXD -5% 100 V CER C0G
CAPACITOR-FXD 100pF +-5% 100 V CER C0G
CAPACITOR-FXD - 5% 100 V CER C0G
CAPACITOR-FXD 100pF +-5% 100 V CER C0G
CAPACITOR-FXD 0.01uF +-10% 50 V CER X7R
CAPACITOR-FXD 0.1uF +-10% 50V CER X7R
CAPACITOR-FXD 0.1uF +-10% 50V CER X7R
CAPACITOR-FXD 15uF +-10% 20 V TA
CAPACITOR-FXD 0.1uF +-10% 50V CER X7R

A1C48
A1CR1
A1CR2
A1JM15-JM16
A1Q1
A1R2
A1R3
A1R5
A1R6-R7
A1R9

0160-4835
1902-0554
1901-1065
7175-0057
1855-0518
0757-0453
0698-3615
0698-8737
0757-0465
0757-0417

1
1
2
1
1
1
1
2
1

CAPACITOR-FXD 0.1uF +-10% 50V CER X7R
DIODE-ZENER 10V 5% PD=1W IR=10UA
DIODE-POWER RECTIFIER 1N4936 400V 1A 200NS
RESISTOR 0 MFS
TRANSISTOR MOSFET N-CHAN E-MODE SI
RESISTOR 30.1K +-1% .125W TF TC=0+-100
RESISTOR 47 +-5% 2W MO TC=0+-200
RESISTOR 100K +-5% .25W CC TC=-400/+800
RESISTOR 100K +-1% .125W TF TC=0+-100
RESISTOR 562 +-1% .125W TF TC=0+-100

A1R10
A1R20-R37
A1RP1-RP3
A1RP25-RP26
A1RP32

0757-0442
0698-8768
1810-0265
1810-0279
1810-0279

1
18
3
3

RESISTOR 10K +-1% .125W TF TC=0+-100
RESISTOR 100 +-5% .25W CC TC=-400/+500
NETWORK-RESISTOR 16-DIP 680.0 OHM X 8
NETWORK-RES 10-SIP 4.7K OHM X 9
NETWORK-RES 10-SIP 4.7K OHM X 9

Appendix B

Backdating Information  73

Summary of Contents for Agilent E1345A

Page 1: ...Agilent 75000 Series B Agilent E1343A E1344A E1345A E1347A E1355A and E1356A Relay Multiplexers Service Manual Copyright Agilent Technologies Inc 2005 Printed in Malaysia ...

Page 2: ......

Page 3: ... 56A Descriptions 15 Multiplexer Specifications 16 Multiplexer Environment 16 Multiplexer Serial Numbers 16 Multiplexer Options 16 Schematics and Component Locators 16 Recommended Test Equipment 17 Inspection Shipping 17 Initial Inspection 17 Shipping Guidelines 19 Chapter 2 Verification Tests 21 Introduction 21 Test Conditions Procedures 21 Performance Test Record 21 Verification Test Examples 21...

Page 4: ...dentifying the Problem 56 Making Visual Checks 57 Testing the Multiplexer 58 Repair and Maintenance Guidelines 59 ESD Precautions 59 Soldering Printed Circuit Boards 59 Post Repair Safety Checks 59 Component Locators and Schematic Diagrams 60 Appendix A Verification Tests C Programs 63 Example Self Test 63 Example Closed Channel Resistance Test 64 Example DC Isolation Test 68 Appendix B Backdating...

Page 5: ...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 TECHNOLOGIES SPECIFICALLY DISCLAIMS THE IM PLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE Exclusive Remedies THE REMEDIES PROVIDED HEREIN A...

Page 6: ...nel 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 im paired either through physical damage ex...

Page 7: ...o 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 E1343A click on the Document Library tab then scroll down until you find the Declaration of Conformity link ...

Page 8: ...Notes 6 E1343A 44A 45A 47A 55A 56A Service Manual ...

Page 9: ......

Page 10: ......

Page 11: ...s 3 Replaceable Parts Lists replaceable parts for multiplexers as follows E1343A w Serial Number 3131A00852 and higher E1344A w Serial Number 3131A00512 and higher E1345A w Serial Number 2934A07622 and higher E1347A w Serial Number 2934A03663 and higher E1355A w Serial Number 3035A00331 and higher E1356A w Serial Number 3035A00457 and higher 4 Service Procedures to aid in fault isolation and repai...

Page 12: ...Notes 10 What s In This Manual E1343A 44A 45A 47A 55A 56A Service Manual ...

Page 13: ...hm Relay Multiplexer E1356A 8 Channel 350 Ohm Relay Multiplexer Refer to the respective module s User s Manual for information on programming and configuring these modules Figure 1 1 shows a typical layout for each of the relay multiplexers Each multiplexer consists of a component assembly and a terminal module The Agilent E1345A E1347A E1355A and E1356A multiplexers use the same component assembl...

Page 14: ...ou 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 ...

Page 15: ...ions must be insulated to at least 120 V rms 170 V peak CAUTIONS This section contains CAUTIONS which must be followed to avoid damage to the equipment when performing instrument maintenance or repair CAUTION MAXIMUM VOLTAGE CURRENT The maximum voltage that may be applied between High H Low L and Guard G terminals is 170VDC or 120Vrms 170Vpeak for the E1345A E1347A E1355A and E1356A modules The ma...

Page 16: ...ng methods The best method or combination of methods as well as the failure criteria depends on the application in which the relay is used Check Contact Resistance As a 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 0Ω Check Stabi...

Page 17: ...ses to create an instrument E1343A 44A Descriptions Both modules provide sixteen 3 wire or eight 4 wire multiplexer channels and can switch voltages up to 250VDC or VACrms The E1344A provides a thermistor reference junction on the terminal card for thermocouple measurements Both modules use the E1343A relay component module but they have different terminal card assemblies E1345A 47A Descriptions T...

Page 18: ... the title page The serial number plate is located on the backplane connector If the serial number prefix of your instrument is greater than the one listed on the title page a Manual Update as required will explain how to adapt this manual to your instrument Multiplexer Options There are no electrical or mechanical options available for the E1343A E1344A E1345A E1347A E1355A E1356A Relay Multiplex...

Page 19: ... Compatible with multiplexer E1300A E1301A E1302A or E1401B T E1421B requires E1406A F O P T Digital Multimeter 2 wire ohms up to 1 GΩ 4 wire ohms 3458A or 34401A O P T F Functional Verification O Operation Verification Tests P Performance Verification Tests T Troubleshooting Inspection Shipping This section contains initial incoming inspection and shipping guidelines for the multiplexers Initial ...

Page 20: ...Figure 1 2 Initial Incoming Inspection Guidelines 18 General Information Chapter 1 ...

Page 21: ...ipping carton Place 75 to 100 mm 3 to 4 inches of shock absorbing material around the multiplexer Seal the shipping carton securely Mark the shipping carton FRAGILE 3 Ship the Multiplexer to Agilent Technologies Place address label on shipping carton Send carton to Agilent Technologies We recommend that you use the same shipping materials as those used in factory packaging available from Agilent T...

Page 22: ...Notes 20 General Information Chapter 1 ...

Page 23: ...erson performing the tests understands how to operate the mainframe the multiplexers and the 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 Performance Test Record The results of each Perfor...

Page 24: ...nd Verify proper address selection before troubleshooting Example An example follows which uses an HP 9000 Series 300 computer with HP BASIC and a multiplexer address of 70914 10 DIM A 100 20 OUTPUT 70914 IDN Send the ID query command 30 ENTER 70914 A Get response 40 PRINT A Print response 50 END Operation Verification Test The procedures in this section are used to provide a high level of confide...

Page 25: ...rification Tests Figure 2 1 shows typical connections using a terminal module aka terminal block for the test fixture You may want to order an extra terminal module to use as a test fixture so that you don t have to re wire each time the tests are performed The E1345A terminal module may be used to test the E1343A 45A 55A and 56A The terminal module part number is E1345 80001 The E1347A terminal m...

Page 26: ...mine the relay contact resistance To measure the protection resistor values set the 3458A DMM to 4 wire ohms autorange and measure each resistor value with the DMM see Figure 2 2 Record the measured values in Table 2 1 NOTE On the E1343A and E1344A Resistors R22 R25 R28 and R31 are 1 0kΩ resistors Table 2 1 Measured Protection Resistor Values Resistor Measured Value Ω Resistor Measured Value Ω R20...

Page 27: ...s 1 and 2 for channels 01 07 HI and 90 HI Use CLOS nncc and OPEN nncc where nn card and cc channel omit leading zeroes in nn For Channel 90 HI subtract combined value of R20 R26 Ch 00 07 and 90 LO Measurements 1 Make Hardware Connections Turn mainframe power OFF Connect DMM leads as shown in Figure 2 4 Turn mainframe power ON 2 Measure Channel 00 LO Resistance Send RST to multiplexer Send CLOS nn0...

Page 28: ...mainframe power OFF Connect DMM leads as shown in Figure 2 5 Turn mainframe power ON 2 Measure Channel 00 GU Resistance Send RST to multiplexer Send CLOS nn00 to close chan 00 where nn card Trigger the DMM with TRIG SGL and note reading Send OPEN nn00 to open channel 00 Subtract measured value of R22 from DMM reading Enter the result in Table 2 2 for Channel 00 GU Figure 2 4 Ch 0 7 and 90 LO Measu...

Page 29: ...e DMM with TRIG SGL and note reading Send OPEN nn08 to open channel 08 Subtract measured value of R23 from DMM reading Enter the result in Table 2 2 for Channel 08 HI 3 Repeat for Channels 09 15 HI and Channels 91 92 HI Repeat steps 1 and 2 for channels 09 15 HI and 91 92 HI Use CLOS nncc and OPEN nncc where nn card and cc channel omit leading zeroes in nn For Channel 91 HI subtract combined value...

Page 30: ...t steps 1 and 2 for channels 09 15 LO and 91 92 LO Use CLOS nncc and OPEN nncc where nn card and cc channel omit leading zeroes in nn For Channel 91 LO subtract combined value of R24 R30 For Channel 92 LO subtract combined value of R24 R27 Ch 08 15 and 91 92 GU Measurements 1 Make Hardware Connections Turn mainframe power OFF Connect DMM leads as shown in Figure 2 8 Turn mainframe power ON Figure ...

Page 31: ...esistance for a channel is 2 0 Ω the program displays the message Resistance for Channel chan Relay is 2 0 Ohms and stops NOTE Since small measurement variations occur when measuring the protection resistors the program returns 0 00 if the calculated resistance is 0 Ω 10 RE SAVE CLOS_TEST 20 ASSIGN Dmm TO 722 30 ASSIGN Mux TO 70914 40 DISP CHR 129 50 DIM R 20 31 Value0 8 2 Value1 9 2 Result0 8 2 R...

Page 32: ...ath K Measurements 400 PRINT TABXY 1 3 Connect DMM Sense and Input HI leads to COMMON Path K 410 PRINT TABXY 1 4 Connect DMM Sense and Input LO leads to VOLTAGE SENSE Path K 420 DISP Press Continue when connections are complete 430 PAUSE 440 CLEAR SCREEN 450 FOR I 0 TO 8 460 IF I 8 THEN J I 100 470 IF I 8 THEN J 190 480 OUTPUT Mux CLOS VAL J 490 OUTPUT Dmm TRIG SGL 500 ENTER Dmm Value0 I K 510 OUT...

Page 33: ...nels 91 92 Path K Measurements 810 PRINT TABXY 1 3 Connect DMM Sense and Input HI leads to COMMON Path K 820 PRINT TABXY 1 4 Connect DMM Sense and Input LO leads to CURRENT SOURCE Path K 830 DISP Press Continue when connections are complete 840 PAUSE 850 CLEAR SCREEN 860 FOR I 0 TO 9 870 IF I 8 THEN J I 108 880 IF I 8 THEN J 191 890 IF I 9 THEN J 192 900 OUTPUT Mux CLOS VAL J 910 OUTPUT Dmm TRIG S...

Page 34: ...ELSE 1140 PRINT Measurements complete for Channels 08 15 and 91 92 Path K 1150 DISP Press Continue to display measurement results 1160 PAUSE 1170 CLEAR SCREEN 1180 END IF 1190 NEXT K 1200 1210 Display Relay Contact Resistances 1220 1230 Format IMAGE 3 12X D 2D 12X D 2D 12X D 2D 1240 PRINT TABXY 1 1 Channels 00 15 and 90 92 Relay Contact Resistances 1250 PRINT TABXY 1 3 Channel HI OHMS LO OHMS GU O...

Page 35: ...61 Test 2 2 DC Isolation Test This test verifies that sufficient DC isolation exists at various points on the multiplexer DC Isolation is checked from HI to Chassis HI to LO and HI to GU GUARD This test uses the test fixture see Figure 2 1 NOTE The DMM used should be capable of measuring at least 1 GΩ If the DMM indicates an overload record the reading as Rmax where Rmax is the highest resistance ...

Page 36: ...lays 4 Trigger the DMM with TRIG SGL 5 Record the DMM reading on Table 2 2 HI to Chassis HI to LO Isolation 1 Make hardware connections as shown in Figure 2 10 2 Trigger the DMM with TRIG SGL 3 Record the DMM reading on Table 2 2 HI to LO Figure 2 9 HI to Chassis Isolation Connections Figure 2 10 HI to LO Isolation Connections 34 Verification Tests Chapter 2 ...

Page 37: ... Mux TO 70914 40 DISP CHR 129 50 DIM Conn 5 10 60 DATA CHASSIS LO GU CHASSIS COMMON LO COMMON GU 70 READ Conn 80 OUTPUT Dmm OHM 1E9 90 PRINT Equipment Connections 100 PRINT 110 PRINT 1 Turn Mainframe power OFF 120 PRINT 2 Install E1345A Component Assembly into Mainframe 130 PRINT 3 Attach Test Fixture to Component Assembly 140 PRINT 4 Turn Mainframe power ON 150 PRINT 5 Press Continue when ready t...

Page 38: ...80 CLEAR SCREEN 290 OUTPUT Mux CLOS 100 115 190 193 300 OUTPUT Dmm TRIG SGL 310 ENTER Dmm Value I 320 NEXT I 330 DISP Press Continue to display measurement results 340 PAUSE 350 CLEAR SCREEN 360 PRINT TABXY 1 1 DC Isolation Tests 370 PRINT TABXY 1 3 HI to CHASSIS Ohms Value 0 380 PRINT TABXY 1 4 HI to LO Ohms Value 1 390 PRINT TABXY 1 5 HI to GUARD Ohms Value 2 400 END Typical Result A typical res...

Page 39: ... this manual measurement uncertainties are calculated based on the 3458A Digital Multimeter The measurement uncertainty shown in Table 2 2 is the accuracy of the 3458A using 90 day specifications The calculations follow Closed Channel Resistance Test Conditions 4 wire ohms function 10 Ω range 90 day specifications Worst case reading 2 0 Ω M U 15 ppm of Reading 5 ppm of Range 15 10 6 2 0 5 10 6 10 ...

Page 40: ..._________________________________________________ ____________________________________________________________________________________________ ____________________________________________________________________________________________ Test Equipment Record Model ________________________________ Report No ___________________ Date __________________ Test Equipment Used Description Model No Trace No...

Page 41: ..._ __________________ __________________ __________________ __________________ __________________ __________________ __________________ __________________ __________________ __________________ __________________ __________________ __________________ __________________ __________________ __________________ __________________ __________________ __________________ __________________ __________________...

Page 42: ..._______ ___________________ ___________________ ___________________ ___________________ ___________________ ___________________ ___________________ ___________________ ___________________ ___________________ 2 0 2 0 2 0 2 0 2 0 2 0 2 0 2 0 2 0 2 0 2 0 2 0 2 0 2 0 2 0 2 0 2 0 2 0 2 0 8 00E 5 8 00E 5 8 00E 5 8 00E 5 8 00E 5 8 00E 5 8 00E 5 8 00E 5 8 00E 5 8 00E 5 8 00E 5 8 00E 5 8 00E 5 8 00E 5 8 00...

Page 43: ... Table 3 4 shows reference designators for parts in Tables 3 2 and 3 3 To order a part listed in Tables 3 2 and 3 3 specify the Agilent part number and the quantity required Send the order to your nearest Agilent Technologies Sales and Service Office NOTE If your multiplexer has a serial number lower than what is listed above see Appendix B Backdating Information for replaceable parts ordering inf...

Page 44: ...L MODULE E1355A TERMINAL MODULE E1356A TERMINAL MODULE E1326 61601 E1326 61604 E1326 61611 E1300 61605 E1400 61605 1 1 1 1 1 CABLES RIBBON CABLE 6 PIN 3 IN E1326B TO RLY MUXS RBN CBL 6 PIN 21 IN E1326A INT TO RLY MUXS RBN CBL 6 PIN 20 IN E1326B INT TO RLY MUXS RBN CABLE 6 PIN 2 IN RLY MUXS TO RLY MUXS RBN CABLE 6 PIN 2 5 IN RLY MUXS TO RLY MUXS COMPONENT ASSY E1345 66201 Common to E1345 47 55 56 R...

Page 45: ...347 80001 1 E1347A TERMINAL MODULE See Figure 3 2 A1 CS E1347 66510 E1300 84401 1 1 TERMINAL CARD 16 CH T C MUX CASE TERMINAL MODULE ASSY E1355 80001 E1355A TERMINAL MODULE See Figure 3 3 A1 CS E1355 66510 E1300 84401 1 1 TERMINAL CARD 120 OHM STRAIN RLY MUX CASE TERMINAL MODULE ASSEMBLY E1356 80001 1 E1356A TERMINAL MODULE See Figure 3 3 A1 CS E1356 66510 E1300 84401 1 1 TERMINAL CARD 350 OHM STR...

Page 46: ...TING ZN P C BOARD HOLDER LBL LOGO B SIZE ID PLATE VXI P P FUSE SUBMINIATURE 4A 125V SMT J1 J2 K100 K115 K90 K93 1252 1596 1252 3712 0490 1584 2 1 20 CONN POST TYPE 2 54 PIN SPCG 96 CONTACT CONN POST TYPE 100 PIN SPCG 12 CONTACT RELAY REED 3A 2A 350VAC 5VDC COIL 5VA MP1 MP2 P1 PNL1 1400 1546 1252 1596 E1343 00202 2 1 BRACKET PC BOARD HOLDER BLACK EXTR CONN POST TYPE 2 54 PIN SPCG 96 CONTACT PNL RR ...

Page 47: ...nel C capacitor Q transistor CR diode R resistor CS case RP resistor pack F fuse RT thermistor probe J electrical connector jack SCR screw JM jumper SHD shield K relay SW switch LBL label TB terminal module block MP mechanical part U integrated circuit P electrical connector plug Chapter 3 Replaceable Parts 45 ...

Page 48: ...and E1356A Relay Multiplexers with serial numbers that fall within a specific range See applicable serial number ranges on the first page of this chapter See Table 3 4 for Reference Designators Schematic diagrams are provided at the back of this manual Figure 3 1 Component Assembly Parts 46 Replaceable Parts Chapter 3 ...

Page 49: ...Figure 3 2 E1343A E1344A E1345A E1347A Terminal Module Mechanical Parts Chapter 3 Replaceable Parts 47 ...

Page 50: ...Figure 3 3 E1355A E1356A Terminal Module Mechanical Parts 48 Replaceable Parts Chapter 3 ...

Page 51: ...quired Equipment required for multiplexer 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 Service Aids See Chapter 3 Replaceable Parts or Appendix B Backdating Information for descriptions and...

Page 52: ...ion resistors R26 R27 and R28 The Bank 1 channel switches connect to the BT Tree Switch terminals on the terminal module via the BT Tree Switch Channel 91 and three protection resistors R29 R30 and R31 The AT2 Tree Switch Channel 92 connects Bank 1 channels to the AT Tree Switch For the E1347A only the RT Tree Switch Channel 93 connects the thermistor on the terminal module to the Bank 1 channel c...

Page 53: ...s 08 to 15 Each bank has its own common H L and G terminals that connect to the channel switches The Bank 0 channel switches also connect to the AT Tree Switch Terminals on the terminal module via the AT Tree Switch Channel 90 and three protection resistors R26 R27 and R28 The Bank 1 channel switches connect to the BT Tree Switch terminals on the terminal module via the BT Tree Switch Channel 91 a...

Page 54: ...Figure 4 1 E1343A E1344A E1345A E1347A Multiplexer Block Diagram 52 Service Chapter 4 ...

Page 55: ...e Multiplexer The block diagram shows a 1 4 bridge arrangement Each strain gage multiplexer provides switching multiplexing of up to eight channels Each channel has HIGH H LOW L GUARD G E E1 and E2 connections to provide 1 4 1 2 or full bridge arrangements See the E1355A E1358A Strain Gage Multiplexers User s Manual for a complete description of strain gage bridge arrangements The strain gage mult...

Page 56: ...Figure 4 2 E1355A 56A Multiplexers Block Diagram 54 Service Chapter 4 ...

Page 57: ...check stability and condition of the resistor pack RP1 K112 k113 K114 K115 Shunt verification test channel 12 Shunt verification test channel 13 Measure guard voltage Vg channel 14 Measure bridge excitation voltage Vs chan 15 Simulates known value of compression Simulates known value of tension Made with respect to the excitation voltage Vs K90 K91 K93 Strain gage measurements I source Vs Vs excit...

Page 58: ...lexers along with symptoms and possible solutions If the problem cannot be identified using these steps perform component level troubleshooting using the parts locator diagram in Chapter 3 Figure 3 1 and the schematic diagrams located at the back of this manual Table 4 2 E1343A 44A 45A 47A 55A 56A Typical Problems Problem Type Symptom Possible Solutions Operator Errors Non zero error code in respo...

Page 59: ...or Check Action Notes Heat Damage Discolored PC boards Damaged insulation Evidence of arcing If there is damage do not operate the multiplexer until you have corrected the problem Switch Jumper Settings SW1 SW2 IRQ Level setting Logical address setting Card ID setting Factory set at 1 Factory set at 112 Set to 45A 47A 55A or 56A as appropriate for multiplexer Component Assembly F1 F2 J1 P1 Fuse co...

Page 60: ...t Failures If Test 2 1 failed for this Channel Check Replace these Relays ICs Channel 00 Channel 01 Channel 02 Channel 03 Channel 04 Channel 05 Channel 06 Channel 07 Channel 08 Channel 09 Channel 10 Channel 11 Channel 12 Channel 13 Channel 14 Channel 15 Channels 00 07 Channels 08 15 Channel 90 Channel 91 Channel 92 Channels 90 92 Channels 00 15 and 90 92 K100 K101 K102 K103 K104 K105 K106 K107 K10...

Page 61: ...lated through holes that provide 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 Avoid unnecessary component unsoldering and soldering Excessive replacement can result in damage to the circuit board adjacent components or both Do not use a h...

Page 62: ...7A E1355A E1356A VXI Interface 1 E1343A E1344A E1345A E1347A E1355A E1356A VXI Interface 2 E1343A E1344A E1345A E1347A E1355A E1356A Relay Drivers E1343A E1344A E1345A E1347A E1355A E1356A Relays E1343A E1344A E1345A E1347A E1355A E1356A Part Location Table 4 6 Relay Multiplexers Component Locator and Schematic Diagram Drawings for relay multiplexers with the following serial number ranges E1343A ...

Page 63: ...l Card E1344A E1347A 16 Ch Thermocouple Relay Multiplexer Terminal Card E1355A 8 Ch 120 Ohm Strain Relay Multiplexer Terminal Card E1356A 8 Ch 350 Ohm Strain Relay Multiplexer Terminal Card Schematic Diagrams E1345 66510 E1347 66510 E1355 66510 E1356 66510 S E1345 66510 S E1347 66510 S E1355 66510 S E1356 66510 E1343A E1345A 16 Ch Relay Multiplexer Terminal Card E1344A E1347A 16 Ch Thermocouple Re...

Page 64: ...Notes 62 Service Chapter 4 ...

Page 65: ...e response This test can be used to verify that the multiplexer is connected properly and is responding to a basic command include stdio h include sicl h define ADDR hpib7 9 14 Address of device void main void INST id Define id as an instrument char a 256 0 Result variable int i ionerror I_ERROR_EXIT id iopen ADDR Open instrument session iprintf id IDN n Send IDN command iscanf id t a Get response...

Page 66: ...NST id dm Define id and dm as instruments int channel i j double ohm R 6 result 48 value 48 result1 3 3 value1 3 3 char cr 256 0 if defined __BORLANDC__ defined __WIN32__ _InitEasyWin endif ionerror I_ERROR_EXIT Open instrument session dm iopen DMM itimeout dm 10000 iprintf dm PRESET NORM n iprintf dm END ALWAYS n iprintf dm TRIG HOLD n iprintf dm FUNC OHMF n Measure Protection Resistors printf n ...

Page 67: ...nts printf n n 1 Connect DMM Sense and Input HI leads to COMMON HI printf n 2 Connect DMM Sense and Input LO leads to VOLTAGE SENSE HI printf n 3 Press ENTER when connections are complete getchar for i 0 i 47 i iprintf id CLOS u n j i iprintf dm TRIG SGL n iscanf dm lf value i iscanf dm t cr iprintf id OPEN u n j i result i value i R 5 if result i 0 result i 0 if result i 2 0 printf n Resistance f...

Page 68: ...GE SENSE G printf n 3 Press ENTER when connections are complete getchar j 100 for i 0 i 2 i iprintf id CLOS u n j iprintf dm TRIG SGL n iscanf dm lf value1 i 2 iscanf dm t cr iprintf id OPEN u n i 8 result1 i 2 value1 i 2 R 42 if result1 i 2 0 result1 i 2 0 if result1 i 2 2 0 printf n Resistance for Channel u G Relay is 2 0 Ohms i 90 j j 8 printf n nMeasurements complete for Channels 90 92 G print...

Page 69: ...2 0 printf n Resistance for Channel 93 LO Relay is 2 0 Ohms printf n n 1 Connect DMM Sense and Input HI leads to VOLTAGE SENSE G printf n 2 Connect DMM Sense and Input LO leads to CURRENT SOURCE G printf n 3 Press ENTER when connections are complete getchar iprintf id CLOS u n j iprintf dm TRIG SGL n iscanf dm lf value1 2 3 iscanf dm t cr result1 2 3 value1 2 3 R 40 R 41 iprintf id open u n j if r...

Page 70: ...0 3 result1 1 3 result1 2 3 iclose id iclose dm Close instrument session DC Isolation Test E1346A include stdio h include sicl h define ADDR hpib7 9 14 Address of device define DMM hpib7 22 Address of multimeter void main void INST id dm Define id and dm as instruments char reading 256 0 Result variable char cr 256 0 if defined __BORLANDC__ defined __WIN32__ _InitEasyWin endif ionerror I_ERROR_EXI...

Page 71: ...intf dm TRIG SGL n iscanf dm t reading printf nDC Isolation HI to LO printf R s Ohms reading HI to GUARD printf n nConnect DMM HI and LO to E1346A COMMON HI and COMMON G getchar iprintf dm TRIG SGL n iscanf dm t reading printf nDC Isolation HI to GUARD printf R s Ohms reading iprintf id OPEN 193 100 108 116 n iclose id Close instrument session iclose dm Appendix A Example C Programs 69 ...

Page 72: ...Notes 70 Example C Programs Appendix A ...

Page 73: ...0001 through 3131A00851 E1344A w serial number 2934A00001 through 3035A00511 Table B 4 shows reference designators for parts in Tables B 2 and B 3 To order a part listed in Table B 2 or Table B 3 specify the Agilent part number and the quantity required Send the order to your nearest Agilent Technologies Sales and Service Office NOTE If your multiplexer has a higher serial number see Chapter 3 Rep...

Page 74: ... ranges listed on the first page of this chapter Reference Designator Part Number Qty Part Description ASSEMBLIES TERMINAL MODULES CABLES E1345 66201 E1345 80001 E1347 80001 E1355 80001 E1356 80001 1 1 1 1 1 ASSEMBLIES TERMINAL MODULES COMPONENT ASSEMBLY E1345A TERMINAL MODULE E1347A TERMINAL MODULE E1355A TERMINAL MODULE E1356A TERMINAL MODULE CABLES E1326 61601 E1326 61604 E1326 61611 E1300 6160...

Page 75: ...FXD 15uF 0 20 V TA CAPACITOR FXD 1000pF 5 100 V CER C0G CAPACITOR FXD 100pF 5 100 V CER C0G CAPACITOR FXD 1000pF 5 100 V CER C0G CAPACITOR FXD 100pF 5 100 V CER C0G CAPACITOR FXD 0 01uF 10 50 V CER X7R CAPACITOR FXD 0 1uF 10 50V CER X7R CAPACITOR FXD 0 1uF 10 50V CER X7R CAPACITOR FXD 15uF 10 20 V TA CAPACITOR FXD 0 1uF 10 50V CER X7R A1C48 A1CR1 A1CR2 A1JM15 JM16 A1Q1 A1R2 A1R3 A1R5 A1R6 R7 A1R9 ...

Page 76: ...5 A1U30 A1U35 A1U38 1820 4242 1820 4643 1820 4086 1820 4086 1820 3714 1820 4086 1 2 3 IC SCHMITT TRIG CMOS 74HCT INV HEX IC GATE CMOS 74HCT NOR QUAD 2 INP IC FF CMOS 74HCT D TYPE POS EDGE TRIG IC FF CMOS 74HCT D TYPE POS EDGE TRIG IC TRANSCEIVER TTL ALS BUS OCTL IC FF CMOS 74HCT D TYPE POS EDGE TRIG E1345 80001 1 E1345A TERMINAL MODULE See Figure B 2 A1 CS E1345 66510 E1300 84401 1 1 TERM CARD 16 ...

Page 77: ...omponent Locator in back of manual BRK1 BRK2 LBL1 LBL2 F1 F2 0050 2183 E1300 84308 E1300 84312 2110 0712 2110 0665 2 1 1 1 1 CASTING ZN P C BOARD HOLDER LBL LOGO B SIZE ID PLATE VXI P P FUSE SUBMINIATURE 4A 125V NTD AX FUSE SUBMINIATURE 1A 125V NTD AX UL CSA J1 J2 J3 K0 K15 K90 K93 1252 1596 1252 3712 1251 6001 0490 1584 2 1 1 20 CONN POST TYPE 2 54 PIN SPCG 96 CONTACT CONN POST TYPE 100 PIN SPCG ...

Page 78: ...ANSISTOR MOSFET N CHAN E MODE SI RESISTOR 30 1K 1 125W TF TC 0 100 RESISTOR 47 5 2W MO TC 0 200 RESISTOR 100K 5 25W CC TC 400 800 RESISTOR 100K 1 125W TF TC 0 100 RESISTOR 562 1 125W TF TC 0 100 A1R10 A1R20 R21 A1R22 A1R23 R24 A1R25 A1R26 R27 0757 0449 0698 8768 0698 8777 0698 8768 0698 8777 0698 8768 1 12 6 RESISTOR 20K 1 125W TF TC 0 100 RESISTOR 100 5 25W CC TC 400 500 RESISTOR 1k 5 25W CC TC 4...

Page 79: ... 74HCT D TYPE POS EDGE TRIG A1U30 A1U35 A1U38 1820 4086 1820 3714 1820 4086 IC FF CMOS 74HCT D TYPE POS EDGE TRIG IC TRANSCEIVER TTL ALS BUS OCTL IC FF CMOS 74HCT D TYPE POS EDGE TRIG TERMINAL MODULES E1343 80001 1 E1343A TERMINAL MODULE See Figure B 2 A1 CS E1345 66510 E1300 84401 1 1 TERM CARD 16 CH RLY MUX CASE TERM MODULE ASSY E1344 80001 1 E1344A TERMINAL MODULE See Figure B 2 A1 CS E1347 665...

Page 80: ...plexers with serial numbers that fall within a specific range See applicable serial number ranges on the first page of this chapter See Table B 4 for Reference Designators A more detailed component locator and schematic diagrams are provided at the back of this manual Figure B 1 Component Assembly Parts 78 Backdating Information Appendix B ...

Page 81: ...Figure B 2 E1343A 44A 45A 47A Terminal Module Mechanical Parts Appendix B Backdating Information 79 ...

Page 82: ...Figure B 3 E1355A 56A Terminal Module Mechanical Parts 80 Backdating Information Appendix B ...

Page 83: ......

Page 84: ...Copyright Agilent Technologies Inc 2005 E1345 90013 E1345 90013 ...

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