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Agilent Technologies E5071C, Service Manual

The Agilent Technologies E5071C is a versatile network analyzer that offers exceptional performance and accuracy. This high-tech device enables precise measurements and analysis for various applications. Explore its full potential by accessing the comprehensive user manual, available for free download at manualshive.com.

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 23

General Information

Power Meter Accuracy Test

1.

 G

eneral Information

NOTE

It is recommended that a copy of the test record on page  26 be made, and the values be 
recorded on the copy, thus preserving the original for future use.

Test Procedure

NOTE

This procedure assumes the use of the recommended equipment model numbers. The 
actual steps required, therefore, may differ for other model numbers of equipment used.

Step 1.

Setup the equipment as shown in Figure 1-2.

a.

Connect the DC REFERENCE OUTPUT connector on the rear panel of the range 
calibrator to the DVM voltage input.

b.

Connect the POWER METER output of the range calibrator to the input of the power 
meter being tested.

c.

Switch on the power to the power meter, the range calibrator, and the digital voltmeter.

Figure 1-2 

Setup for the Power Meter Accuracy Test

Step 2.

Press the power meter: Press 

[Preset/Local]

, then 

Confirm

.

Step 3.

Perform the following steps for each channel on the power meter:

a.

Set to read in dBm: Press 

[dBm/W]

, then 

dBm

.

b.

Set the ref cal factor to 100%: Press 

[Zero/Cal]

, 

Cal

, 

A/B Ref CF

, then set to 

100.0

, if 

necessary.

c.

Set the cal factor to 100%: Press 

[Frequency/Cal Fac]

, 

A/B Cal Fac

, then set to 

100.0

, 

if necessary.

d.

Set readout to 0.001 dBm: Press 

[Meas Setup]

, then 

Resolution 1234

, to highlight 

4

.

e.

Set filter step detect on and filter length to 512: Press 

[System/Inputs]

, channel 

A

or 

B 

Input Setting

, 

[More]

, 

Ch A/B Filter

, 

Step Det On

, 

Filter On

, 

Mode MAN

, 

Length

, 

then set the filter length to 

512

.

Step 4.

Setup the digital voltmeter (DVM) as follows:

a.

Reset the DVM: Press the 

blue key

 followed by 

Reset

.

b.

Set the sample period to a value greater than one second: Press 

NPLC

, 

5

, 

0

, then 

Enter

.

Step 5.

Set the range calibrator controls as follows:

Summary of Contents for E5071C

Page 1: ...Agilent E5071C ENA Series RF Network Analyzers Service Guide Third Edition Manufacturing No E5071 90120 October 2007 ...

Page 2: ...nges when a new edition is printed Minor corrections and updates that are incorporated at reprint do not cause the date to change The manual part number changes when extensive technical changes are incorporated October 2006 First Edition March 2007 Second Edition October 2007 Third Edition Safety Summary The following general safety precautions must be observed during all phases of operation servi...

Page 3: ...nent replacement and internal adjustments must be made by qualified maintenance personnel Do not replace components with the power cable connected Under certain conditions dangerous voltages may exist even with the power cable removed To avoid injuries always disconnect power and discharge circuits before touching them DO NOT Service Or Adjust Alone Do not attempt internal service or adjustment un...

Page 4: ... equipment which normally include all exposed metal structure Stand by WARNING This warning sign denotes a hazard It calls attention to a procedure practice condition or the like which if not correctly performed or adhered to could result in injury or death to personnel CAUTION This Caution sign denotes a hazard It calls attention to a procedure practice condition or the like which if not correctl...

Page 5: ...to the implied warranties of merchantability and fitness for a particular purpose Agilent shall not be liable for errors or for incidental or consequential damages in connection with the furnishing use or performance of this document or any information contained herein Should Agilent and the user have a separate written agreement with warranty terms covering the material in this document that conf...

Page 6: ...d labeled Sample key may be omitted Sample menu button box Indicates a menu button box on the screen labeled Sample which can be selected executed by clicking menu button or box may be omitted Sample block toolbar Indicates a block group of hardkeys or a toolbar setup toolbar labeled Sample Sample 1 Sample 2 Sample 3 Indicates a sequential operation of Sample 1 Sample 2 and Sample 3 menu button or...

Page 7: ...pment 30 2 FREQUENCY ACCURACY TEST 31 Description 31 Test equipment 31 3 RF OUTPUT LEVEL ACCURACY AND FLATNESS TEST 32 Description 32 Test equipment 32 4 RF OUTPUT LEVEL LINEARITY TEST 33 Description 33 Test equipment 33 5 TRACE NOISE TEST 34 Description 34 Test equipment 34 5 CROSSTALK TEST 35 Description 35 Test equipment 35 6 SYSTEM DYNAMIC RANGE TEST 36 Description 36 Test equipment 36 7 DYNAM...

Page 8: ... Bridge Coefficient Adjustment 173 Source Output Power Adjustment 173 Receiver IF Range Adjustment 173 Receiver Ports Characteristics Adjustment 173 Receiver Absolute Gain Adjustment 173 Receiver RF Range Adjustment 174 4 Troubleshooting Introduction 176 How to exit from the E5071C Measurement View 177 To Troubleshoot the Instrument 178 Primary Trouble Isolation 178 No Display troubleshooting 180 ...

Page 9: ...Ordering Information 214 Direct Mail Order System 214 Exchange Assemblies 215 Replaceable Parts List 216 Top View Major Assemblies 216 Top View Cables 218 Top View Miscellaneous Parts 220 Top View Under Power Supply 222 Top View Motherboard and Other Parts 223 Bottom View 225 Front View Analog 227 Front View Semirigid Cables Opt 2xx 229 Front View Semirigid Cables Opt 4xx 230 Front Panel 231 Rear ...

Page 10: ...ocedure 270 Replacement Procedure 271 Restore Backup Files onto the New Hard Disk Drive 272 Calibration of the Touch Screen 272 Removable Hard Disk Assembly Removal Option 017 274 Tools Required 274 Removal Procedure 274 Removable Hard Disk Drive Replacement Option 017 276 Tools Required 276 Removal procedure 276 Replacement Procedure 277 Hard Disk Assembly Removal Option 019 278 Tools Required 27...

Page 11: ...ired 296 Removal Procedure 296 Replacement Procedure 297 Synthesizer Module Replacement 298 Tools Required 298 Removal Procedure 298 Replacement Procedure 299 Receiver Module Replacement for 2 Port model 300 Tools Required 300 Removal Procedure 300 Replacement Procedure 301 Receiver Module Replacement for 4 Port model 302 Tools Required 302 Removal Procedure 302 Replacement Procedure 303 RF Switch...

Page 12: ...5 Inverter Board Replacement 316 Tools Required 316 Removal Procedure 316 Replacement Procedure 317 LCD Replacement 318 Tools Required 318 Removal Procedure 318 Replacement Procedure 319 Front Panel Keyboard Replacement 320 Tools Required 320 Removal Procedure 320 Replacement Procedure 321 Front USB Board Replacement 322 Tools Required 322 Removal Procedure 322 Replacement Procedure 323 Probe Powe...

Page 13: ...irmware Update Firmware Update 362 Required Equipment 362 Location of the latest E5071C Firmware 362 How to update the E5071C firmware 362 D Power Requirement Preparation for Power Supply 366 Power Requirements 366 Power Cable 366 Turning the Power ON and OFF 368 Turning the power ON 368 Turning the power OFF 368 E Messages Error Messages 371 A 371 B 371 C 371 D 372 E 372 F 372 G 374 H 374 I 374 L...

Page 14: ...14 Contents ...

Page 15: ...ormation 1 General Information The Service Manual is a guide to servicing the E5071C ENA Series Network Analyzer The manual contains information requisite to do performance tests adjustments troubleshooting and repairs ...

Page 16: ...e the followings Do not update the Windows operating system installed in this machine to the Windows operating system for ordinary PCs Doing so will cause malfunctions Do not attempt to update VBA Visual Basic for Applications software installed in this machine to its equivalent developed for ordinary PCs Doing so will cause malfunctions Do not allow any computer virus to infect the system This ma...

Page 17: ...nologies service office Chapter 4 Troubleshooting This chapter provides procedure to isolate a faulty assembly in the E5071C Network Analyzer Chapter 5 Replaceable Parts This chapter contains information for ordering replacement parts for the E5071C ENA Series RF Network Analyzers Chapter 6 Replacement Procedure This chapter provides procedure for removing and replacing the major assemblies in the...

Page 18: ... When you want to update the E5071C firmware refer to this appendix Appendix D Power Requirement Appendix E Messages The E5071C can display error messages as well as messages that indicate the internal operating status of the equipment This appendix explains what these messages mean by listing them in alphabetical order ...

Page 19: ...nt may be accompanied by a yellow Manual Changes supplement or have a different manual part number This sheet contains change information that explains how to adapt the manual to the newer instrument In addition to change information the supplement may contain information for correcting errors Errata in the manual To keep this manual as current and accurate as possible Agilent Technologies recomme...

Page 20: ...unction Generator Agilent 33120A 1 P A Multimeter Agilent 3458A or 34401A 1 P A Dynamic Accuracy Test Kit No substitute Agilent Z5623A with Opt H01 1 P Calibration Kit No Substitute Agilent 85032F 1 P A T Short Type N m part of Agilent 85032F 54D 33E 50Dwith Type N adapter 1 P T Short Type N f Agilent p n 85032 60009 1 P T Short Type N m Agilent p n 85032 60008 4 P T Load Type N m part of Agilent ...

Page 21: ...Function Generator Agilent 33220A Agilent 33250A 1 1 P T P T Power Sensor No Substitute Agilent E9304A with Opt H19 1 P A Short Type N m Agilent 11512A 4 P T Load Type N m Agilent 909F Opt 012 4 P 1 P Performance Tests A Adjustment T Troubleshooting 2 The accuracy of a standard E4419A B of 0 02 dB is adequate for all tests adjustment except Dynamic Accuracy Test This test requires a power meter wi...

Page 22: ...tory Power Meters That Can Be Tested Using This Procedure This procedure assume that the E4419B power meter is being tested NOTE It is recommended that the revision number for the power meter Main Firmware be Ax 03 00 or higher Equipment Used for the Power Meter Accuracy Test Equipment Type Recommended Model or Part Number Alternate Model or Part Number Range calibrator Agilent 11683A None Precisi...

Page 23: ...and the digital voltmeter Figure 1 2 Setup for the Power Meter Accuracy Test Step 2 Press the power meter Press Preset Local then Confirm Step 3 Perform the following steps for each channel on the power meter a Set to read in dBm Press dBm W then dBm b Set the ref cal factor to 100 Press Zero Cal Cal A B Ref CF then set to 100 0 if necessary c Set the cal factor to 100 Press Frequency Cal Fac A B ...

Page 24: ...ring this warm up time Step 9 Zero and calibrate the power meter channel to which the range calibrator is connected NOTE After a channel on the power meter is calibrated do not allow more than 5 minutes to elapse before completing the remaining measurement steps for that channel a The range calibrator s RANGE switch should be set to 1 mW b Set the range calibrator s FUNCTION switch to STANDBY c Pr...

Page 25: ...tep 20 If testing a dual channel power meter perform Step 7 through Step 19 for the other channel Step 21 Perform the pass fail calculations indicated on the test record NOTE If a channel of the power meter does not pass this test the power meter cannot be used in applications that require Option G12 or H12 There are no adjustments that can be performed to improve the performance of the power mete...

Page 26: ...lts Range Calibrator Setting Channel A Channel B DVM Reading Vdc Power Meter Reading dBm DVM Reading Vdc Power Meter Reading dBm 1 mW A 0 00 0 001 A 0 00 0 001 300 μW B C B C 100 μW D E D E Pass Fail Calculation 300 μW R B A S 10 C 10 ERROR R S R x100 Limits 0 13 Pass __ Fail __ R B A S 10 C 10 ERROR R S R x100 Limits 0 13 Pass __ Fail __ 100 μW T D A U 10 E 10 ERROR T U T x100 Limits 0 10 Pass __...

Page 27: ...27 2 Performance Test 2 Performance Test This chapter provides information on how to verify the E5071C performance ...

Page 28: ... test interval depends on maintenance of use and the environmental conditions under which the instrument is used You may find that the interval could be shortened or lengthened however such a decision should be based on substantial quantitative data NOTE Before performing any tests make extra copies of the calculation sheets and the performance test record pertaining to the test procedure These ar...

Page 29: ...le 1 1and Table 1 2 Use only calibrated equipment when doing the performance test Softkey Selection Procedure for Performance Test NOTE The procedure of the softkey selection depends on the firmware revision Please note that some softkey selection procedures for your E5071C might be a little bit different from the procedure described in this chapter ...

Page 30: ...test is checked compared with the measured value of Multimeter by inputting the DC voltage to AUX 1 and 2 ports from function generator Test equipment Function generator Agilent 33120A or 33250A Multimeter Agilent 34401A 34410A 34411A or 3458A BNC m BNC m Cable 61 cm Agilent p n 8120 1839 BNC T Adapter Banana BNC BNC Short Termination ...

Page 31: ... at 50 MHz and 8 5 GHz with a frequency counter Since the E5071C employs a PLL frequency synthesizer for the signal source the frequency accuracy test at these two frequency points can verify the accuracy for the entire frequency range Test equipment Frequency Counter Agilent 53181A with Opt 010 and 124 or Agilent 53131 2A with Opt 010 and 124 48 inch BNC cable Agilent p n 8120 1840 N m BNC f adap...

Page 32: ... output signal The level accuracy is checked for an output power level setting of 0 dBm at 50 MHz using a power meter The frequency flatness is tested by measuring the power level at 26 frequency points from 9 kHz to 8 5 GHz and calculating the differences of the power meter readings from the level at 50 MHz Test equipment Power meter Agilent E4419A B Power sensor Agilent E9304A Opt H18 or Agilent...

Page 33: ...el range The RF output level is measured for power level settings of 20 dBm to 10 dBm in 2 5dB step increments at 9 kHz 100 kHz 50 MHz 3 GHz 4 5 GHz 5 GHz and 20 dBm to 9 dBm in 2 5 dB step increments at 6 GHz and 20 dBm to 8 dBm in 2 5 dB step increments at 7 GHz and 20 dBm to 7 dBm in 2 5 dB step increments at 8 5 GHz Test equipment Power meter Agilent E4419A B Power sensor Agilent E9304A Opt H1...

Page 34: ... trace noise level for S11 S22 S33 and S44 are quantified by performing a short measurement 32 times from 9 kHz to 8 5 GHz range with a cable terminated with Short device connected to each ports 1 2 3 and 4 Standard deviation of the measured values at each frequency is calculated and then translated into a noise level expressed in dB rms deg rms Test equipment 20 inch 50 ohm cable Agilent p n 5062...

Page 35: ...t ports terminated with N type Short devices A through calibration is performed to have the through measurement data as the reference to which the isolation measurement data is compared With segment sweep points for a specified frequency range a swept measurement with the short ended test ports is repeated 16 times and the measurement data is averaged The worst crosstalk value is determined from t...

Page 36: ...specified frequency ranges after the response and isolation calibrations are performed and calculating the RMS deviation value from the 16 measurement data for each sweep frequency point The maximum RMS deviation value in each frequency range is extracted to determine the system dynamic range performance Test equipment Coaxial cable with Type N m connectors 61 cm 24 in Agilent N6314A p n 8120 8862...

Page 37: ... receiver input powers to the reference input level of 10 dBm are calculated and compared to the attenuation values of the Z5623A The 1 195 GHz signal flow is split with a power splitter present between the two attenuators in the Z5623A and measured with an external power meter to calibrate the attenuated power level NOTE Since the dynamic accuracy does not have frequency dependence this test is p...

Page 38: ...cteristics are tested using the Agilent 85032F Calibration Kit at 3MHz 10 MHz as well as 50 MHz increments from 50 MHz to 3 GHz up to 8 5 GHz for the E5071B After a full two port SOLT calibration is performed for each test port VBA test programs are executed to output the directivity source match load match transmission tracking and reflection tracking data to the display Test Equipment Calibratio...

Page 39: ... as an aid for recording raw measurement data and calculating the performance test results Calculation sheet entries are provided only for performance tests in which calculations are required to obtain the test results 3 RF Output Level Accuracy and Flatness Test Flatness Test Option 230 430 Frequency Hz Power meter reading dBm Test result equation a REF 50 M 9 k a REF 20 k a REF 70 k a REF 100 k ...

Page 40: ...50 M 100 k a REF 300 k a REF 1 M a REF 68 M a REF 68 M 1 a REF 550 M a REF 1 05 G a REF 1 55 G a REF 2 05 G a REF 2 55 G a REF 3 00 G a REF Flatness Test Option 240 440 Frequency Hz Power meter reading dBm Test result equation a REF 50 M 9 k a REF 20 k a REF 70 k a REF 100 k a REF 300 k a REF 1 M a REF 68 M a REF 68 M 1 a REF 550 M a REF 1 05 G a REF 1 55 G a REF ...

Page 41: ...lt equation a REF 50 M 100 k a REF 300 k a REF 1 M a REF 68 M a REF 68 M 1 a REF 550 M a REF 1 05 G a REF 1 55 G a REF 2 05 G a REF 2 55 G a REF 3 00 G a REF 3 025 G a REF 3 525 G a REF 4 025 G a REF 4 5 G a REF 2 05 G a REF 2 55 G a REF 3 00 G a REF 3 025 G a REF 3 525 G a REF 4 025 G a REF 4 5 G a REF Frequency Hz Power meter reading dBm Test result equation a REF ...

Page 42: ...50 M 9 k a REF 20 k a REF 70 k a REF 100 k a REF 300 k a REF 1 M a REF 68 M a REF 68 M 1 a REF 550 M a REF 1 05 G a REF 1 55 G a REF 2 05 G a REF 2 55 G a REF 3 00 G a REF 3 025 G a REF 3 525 G a REF 4 025 G a REF 4 525 G a REF 5 025 G a REF 5 525 G a REF 6 025 G a REF 6 525 G a REF 7 025 G a REF 7 525 G a REF 8 025 G a REF 8 5 G a REF Option 285 485 ...

Page 43: ...0 M a REF 1 05 G a REF 1 55 G a REF 2 05 G a REF 2 55 G a REF 3 00 G a REF 3 025 G a REF 3 525 G a REF 4 025 G a REF 4 525 G a REF 5 025 G a REF 5 525 G a REF 6 025 G a REF 6 525 G a REF 7 025 G a REF 7 525 G a REF 8 025 G a REF 8 5 G a REF Chapter 2 43 Performance Test E5071C Performance Test Calculation Sheet 2 Performance Test ...

Page 44: ...100 kHz 50 MHz 3 GHz 4 5 GHz Option 245 445 100 kHz 50 MHz 3 GHz 4 5 GHz Option 280 480 9 kHz 100 kHz 50 MHz 3 GHz 5 GHz Option 285 485 100 kHz 50 MHz 3 GHz 5 GHz CW frequency ______________ Hz Power level dBm Power meter reading dBm Test result equation a REF 0 10 a REF 7 5 a REF 5 a REF 2 5 a REF 2 5 a REF 5 a REF 7 5 a REF 10 a REF 12 5 a REF 15 a REF 17 5 a REF 20 a REF NOTE Make a copy of the...

Page 45: ...F 5 a REF 2 5 a REF 2 5 a REF 5 a REF 7 5 a REF 10 a REF 12 5 a REF 15 a REF 17 5 a REF 20 a REF NOTE Make a copy of the following calculation sheet for each combination of the test frequencies listed below Option 280 285 480 485 7 GHz CW frequency ______________ Hz Power level dBm Power meter reading dBm Test result equation a REF 0 8 a REF 7 5 a REF 5 a REF 2 5 a REF 2 5 a REF 5 a REF 7 5 a REF ...

Page 46: ...es listed below Option 280 285 480 485 8 5 GHz CW frequency ______________ Hz Power level dBm Power meter reading dBm Test result equation a REF 0 7 a REF 7 5 a REF 5 a REF 2 5 a REF 2 5 a REF 5 a REF 7 5 a REF 10 a REF 12 5 a REF 15 a REF 17 5 a REF 20 a REF 12 5 a REF 15 a REF 17 5 a REF 20 a REF Power level dBm Power meter reading dBm Test result equation a REF ...

Page 47: ...EF REF DA15 5 10 Tx DA15 Tx DA10 Pm DA15 Pm DA10 DA20 10 10 Tx DA20 Tx DA10 Pm DA20 Pm DA10 DA20a 0 20 Adjust source power for Pm db DA20a Tx dB DA20a Tx dB DA20 DA20b 0 20 REF20 REF20 DA25 5 20 Tx DA25 Tx DA20b Pm DA25 Pm DA20b True D A Running D A dB DA25 True D A dB DA20 DA30 10 20 Tx DA30 Tx DA20b Pm DA30 Pm DA20b True D A Running D A dB DA30 True D A dB DA20 DA30a 0 30 Adjust source power for...

Page 48: ...rue D A Running D A dB DA60 True D A dB DA50 DA60a 0 60 Adjust source power for Pm db DA60a Tx dB DA60a Tx dB DA60 DA60b 0 60 REF60 REF60 DA65 5 60 Tx DA65 Tx DA60b Pm DA65 Pm DA60b True D A Running D A dB DA65 True D A dB DA60 DA70 10 60 Tx DA70 Tx DA60b Pm DA70 Pm DA60b True D A Running D A dB DA70 True D A dB DA60 DA70a 0 70 Adjust source power for Pm db DA70a Tx dB DA70a Tx dB DA70 DA70b 0 70 ...

Page 49: ...b DA90a Tx dB DA90a Tx dB DA90 DA90b 0 90 REF90 REF90 DA95 5 90 Tx DA95 Tx DA90b Pm DA95 Pm DA90b True D A Running D A dB DA95 True D A dB DA90 DA100 10 90 Tx DA100 Tx DA90b Pm DA100 Pm DA90b True D A Running D A dB DA100 True D A dB DA90 DA10 10 0 REF10 REF10 DA5 5 0 Tx DA5 Tx DA10 Pm DA5 Pm DA10 DA0 0 0 Tx DA0 Tx DA10 Pm DA0 Pm DA10 DA 5 0 0 Tx DA 5 Tx DA10 Pm DA 5 Pm DA10 True D A Running D A d...

Page 50: ...AUX Power Range V Test limit mV Test result mV Measurement Uncertainty mV 1 1 0 01 10 10 0 05 AUX1 Proportional error AUX Input Range V Test limit mV Test result mV Measurement uncertainty mV 1 11 0 52 1 11 2 3 10 110 1 3 10 110 1 2 AUX2 Offset error AUX Power Range V Test limit mV Test result mV Measurement Uncertainty mV 1 1 0 01 10 10 0 05 AUX2 Proportional error AUX Input Range V Test limit mV...

Page 51: ...X Input Range V Test limit mV Test result mV Measurement uncertainty mV 1 11 0 5 1 11 2 3 10 110 1 4 10 110 1 3 AUX2 Offset error AUX Power Range V Test limit mV Test result mV Measurement Uncertainty mV 1 1 0 01 10 10 0 05 AUX2 Proportional error AUX Input Range V Test limit mV Test result mV Measurement uncertainty mV 1 11 0 5 1 11 2 3 10 110 1 4 10 110 1 3 10 110 1 3 10 110 1 2 AUX Input Range ...

Page 52: ...4 50 M 250 1 7 134 1 M 670 5 4 6 548 M 2 74 k 16 4 3 G 15 k 90 With Option 1E5 Frequency Hz Test limit Hz Test result Hz Measurement uncertainty Hz 9 k 0 009 0 0003 100 k 0 1 0 003 50 M 50 0 58 134 1 M 134 1 1 6 548 M 0 548 k 6 4 3 G 3 k 35 Option 235 435 Without Option 1E5 Frequency Hz Test limit Hz Test result Hz Measurement uncertainty Hz 100 k 0 5 0 004 50 M 250 1 7 134 1 M 670 5 4 6 548 M 2 7...

Page 53: ... G 3 k 35 Option 240 440 Without Option 1E5 Frequency Hz Test limit Hz Test result Hz Measurement uncertainty Hz 9 k 0 045 0 0004 100 k 0 5 0 004 50 M 250 1 7 134 1 M 670 5 4 6 548 M 2 74 k 16 4 3 G 15 k 90 4 5 G 22 5 k 582 With Option 1E5 Frequency Hz Test limit Hz Test result Hz Measurement uncertainty Hz 9 k 0 009 0 0003 100 k 0 1 0 003 50 M 50 0 58 134 1 M 134 1 1 6 548 M 0 548 k 6 4 3 G 3 k 3...

Page 54: ... 15 k 90 4 5 G 22 5 k 582 With Option 1E5 Frequency Hz Test limit Hz Test result Hz Measurement uncertainty Hz 100 k 0 1 0 003 50 M 50 0 58 134 1 M 134 1 1 6 548 M 0 548 k 6 4 3 G 3 k 35 4 5 G 4 5 k 52 5 Option 280 480 Without Option 1E5 Frequency Hz Test limit Hz Test result Hz Measurement uncertainty Hz 9 k 0 045 0 0004 100 k 0 5 0 004 50 M 250 1 7 134 1 M 670 5 4 6 548 M 2 74 k 16 4 3 G 15 k 90...

Page 55: ... 1 1 6 548 M 0 548 k 6 4 3 G 3 k 35 8 5 G 8 5 k 99 Option 285 485 Without Option 1E5 Frequency Hz Test limit Hz Test result Hz Measurement uncertainty Hz 100 k 0 5 0 004 50 M 250 1 7 134 1 M 670 5 4 6 548 M 2 74 k 16 4 3 G 15 k 90 8 5 G 42 5 k 254 With Option 1E5 Frequency Hz Test limit Hz Test result Hz Measurement uncertainty Hz 100 k 0 1 0 003 50 M 50 0 58 134 1 M 134 1 1 6 548 M 0 548 k 6 4 3 ...

Page 56: ...latness Test Port 1 at 0 dBm relative to 50 MHz reference Option 230 430 Frequency Hz Test limit dB Test result dB Measurement uncertainty dB 9 k 1 0 0 27 20 k 1 0 0 27 70 k 1 0 0 27 100 k 1 0 0 27 300 k 1 0 0 27 1 M 1 0 0 23 68 M 1 0 0 23 68M 1 1 0 0 23 550 M 1 0 0 24 1 05 G 1 0 0 24 1 55 G 1 0 0 23 2 05 G 1 0 0 23 2 55 G 1 0 0 23 3 G 1 0 0 23 Option 235 435 Frequency Hz Test limit dB Test result...

Page 57: ...1 0 0 27 300 k 1 0 0 27 1 M 1 0 0 23 68 M 1 0 0 23 68M 1 1 0 0 23 550 M 1 0 0 24 1 05 G 1 0 0 24 1 55 G 1 0 0 23 2 05 G 1 0 0 23 2 55 G 1 0 0 23 3 G 1 0 0 23 3 025 G 1 0 0 24 3 525 G 1 0 0 24 4 025 G 1 0 0 24 4 5 G 1 0 0 24 68 M 1 0 0 23 68M 1 1 0 0 23 550 M 1 0 0 24 1 05 G 1 0 0 24 1 55 G 1 0 0 23 2 05 G 1 0 0 23 2 55 G 1 0 0 23 3 G 1 0 0 23 Frequency Hz Test limit dB Test result dB Measurement u...

Page 58: ... 0 0 23 550 M 1 0 0 24 1 05 G 1 0 0 24 1 55 G 1 0 0 23 2 05 G 1 0 0 23 2 55 G 1 0 0 23 3 G 1 0 0 23 3 025 G 1 0 0 24 3 525 G 1 0 0 24 4 025 G 1 0 0 24 4 5 G 1 0 0 24 Option 280 480 Frequency Hz Test limit dB Test result dB Measurement uncertainty dB 9 k 1 0 0 27 20 k 1 0 0 27 70 k 1 0 0 27 100 k 1 0 0 27 300 k 1 0 0 27 1 M 1 0 0 23 68 M 1 0 0 23 68M 1 1 0 0 23 550 M 1 0 0 24 1 05 G 1 0 0 24 1 55 G...

Page 59: ... 24 5 525 G 1 0 0 24 6 025 G 1 0 0 28 6 525 G 1 0 0 28 7 025 G 1 0 0 28 7 525 G 1 0 0 28 8 025 G 1 0 0 28 8 5 G 1 0 0 28 Frequency Hz Test limit dB Test result dB Measurement uncertainty dB Frequency Hz Test limit dB Test result dB Measurement uncertainty dB 100 k 1 0 0 27 300 k 1 0 0 27 1 M 1 0 0 23 68 M 1 0 0 23 68M 1 1 0 0 23 550 M 1 0 0 24 1 05 G 1 0 0 24 1 55 G 1 0 0 23 2 05 G 1 0 0 23 2 55 G...

Page 60: ...l Flatness Test Port 1 at 0 dBm relative to 50 MHz reference Option 230 430 3 025 G 1 0 0 24 3 525 G 1 0 0 24 4 025 G 1 0 0 24 4 525 G 1 0 0 24 5 025 G 1 0 0 24 5 525 G 1 0 0 24 6 025 G 1 0 0 28 6 525 G 1 0 0 28 7 025 G 1 0 0 28 7 525 G 1 0 0 28 8 025 G 1 0 0 28 8 5 G 1 0 0 28 Frequency Hz Test limit dB Test result dB Measurement uncertainty dB Frequency Hz Test limit dB Test result dB Measurement...

Page 61: ...1 0 0 25 550 M 1 0 0 26 1 05 G 1 0 0 26 1 55 G 1 0 0 25 2 05 G 1 0 0 25 2 55 G 1 0 0 25 3 G 1 0 0 25 Option 240 440 300 k 1 0 0 28 1 M 1 0 0 25 68 M 1 0 0 25 68M 1 1 0 0 25 550 M 1 0 0 26 1 05 G 1 0 0 26 1 55 G 1 0 0 25 2 05 G 1 0 0 25 2 55 G 1 0 0 25 3 G 1 0 0 25 Frequency Hz Test limit dB Test result dB Measurement uncertainty dB Frequency Hz Test limit dB Test result dB Measurement uncertainty ...

Page 62: ...0 25 2 05 G 1 0 0 25 2 55 G 1 0 0 25 3 G 1 0 0 25 3 025 G 1 0 0 25 3 525 G 1 0 0 25 4 025 G 1 0 0 25 4 5 G 1 0 0 25 Frequency Hz Test limit dB Test result dB Measurement uncertainty dB Frequency Hz Test limit dB Test result dB Measurement uncertainty dB 100 k 1 0 0 28 300 k 1 0 0 28 1 M 1 0 0 25 68 M 1 0 0 25 68M 1 1 0 0 25 550 M 1 0 0 26 1 05 G 1 0 0 26 1 55 G 1 0 0 25 2 05 G 1 0 0 25 2 55 G 1 0 ...

Page 63: ...easurement uncertainty dB Frequency Hz Test limit dB Test result dB Measurement uncertainty dB 9 k 1 0 0 28 20 k 1 0 0 28 70 k 1 0 0 28 100 k 1 0 0 28 300 k 1 0 0 28 1 M 1 0 0 25 68 M 1 0 0 25 68M 1 1 0 0 25 550 M 1 0 0 26 1 05 G 1 0 0 26 1 55 G 1 0 0 25 2 05 G 1 0 0 25 2 55 G 1 0 0 25 3 G 1 0 0 25 3 025 G 1 0 0 25 3 525 G 1 0 0 25 4 025 G 1 0 0 25 4 525 G 1 0 0 25 5 025 G 1 0 0 25 5 525 G 1 0 0 2...

Page 64: ...certainty dB Frequency Hz Test limit dB Test result dB Measurement uncertainty dB 100 k 1 0 0 28 300 k 1 0 0 28 1 M 1 0 0 25 68 M 1 0 0 25 68M 1 1 0 0 25 550 M 1 0 0 26 1 05 G 1 0 0 26 1 55 G 1 0 0 25 2 05 G 1 0 0 25 2 55 G 1 0 0 25 3 G 1 0 0 25 3 025 G 1 0 0 25 3 525 G 1 0 0 25 4 025 G 1 0 0 25 4 525 G 1 0 0 25 5 025 G 1 0 0 25 5 525 G 1 0 0 25 6 025 G 1 0 0 30 6 525 G 1 0 0 30 7 025 G 1 0 0 30 7...

Page 65: ...asurement uncertainty dB 20 0 75 0 23 17 5 0 75 0 23 15 0 75 0 23 12 5 0 75 0 23 10 0 75 0 23 7 5 0 75 0 22 5 0 75 0 22 2 5 0 75 0 22 2 5 0 75 0 21 5 0 75 0 21 7 5 0 75 0 21 10 0 75 0 21 CW Frequency 100 kHz relative to 0 dBm reference 8 025 G 1 0 0 30 8 5 G 1 0 0 30 Frequency Hz Test limit dB Test result dB Measurement uncertainty dB Power level dBm Test limit dB Test result dB Measurement uncert...

Page 66: ... 75 0 23 7 5 0 75 0 22 5 0 75 0 22 2 5 0 75 0 22 2 5 0 75 0 21 5 0 75 0 21 7 5 0 75 0 21 10 0 75 0 21 CW Frequency 3 GHz relative to 0 dBm reference 7 5 0 75 0 22 5 0 75 0 22 2 5 0 75 0 22 2 5 0 75 0 21 5 0 75 0 21 7 5 0 75 0 21 10 0 75 0 21 Power level dBm Test limit dB Test result dB Measurement uncertainty dB Power level dBm Test limit dB Test result dB Measurement uncertainty dB 20 0 75 0 23 1...

Page 67: ...5 0 23 12 5 0 75 0 23 10 0 75 0 23 7 5 0 75 0 23 5 0 75 0 23 2 5 0 75 0 23 2 5 0 75 0 23 5 0 75 0 23 7 5 0 75 0 23 10 0 75 0 23 CW Frequency 5 GHz relative to 0 dBm reference Option 280 285 480 485 10 0 75 0 23 7 5 0 75 0 22 5 0 75 0 22 2 5 0 75 0 22 2 5 0 75 0 21 5 0 75 0 21 7 5 0 75 0 21 10 0 75 0 21 Power level dBm Test limit dB Test result dB Measurement uncertainty dB Power level dBm Test lim...

Page 68: ...formance Test Record 17 5 0 75 0 22 15 0 75 0 22 12 5 0 75 0 22 10 0 75 0 22 7 5 0 75 0 22 5 0 75 0 22 2 5 0 75 0 22 2 5 0 75 0 21 5 0 75 0 21 7 5 0 75 0 21 10 0 75 0 21 Power level dBm Test limit dB Test result dB Measurement uncertainty dB ...

Page 69: ...7 5 0 75 0 23 15 0 75 0 23 12 5 0 75 0 23 10 0 75 0 23 7 5 0 75 0 22 5 0 75 0 22 2 5 0 75 0 22 2 5 0 75 0 21 5 0 75 0 21 7 5 0 75 0 21 9 0 75 0 21 CW Frequency 7 GHz relative to 0 dBm reference Option 280 285 480 485 Power level dBm Test limit dB Test result dB Measurement uncertainty dB 20 0 75 0 23 17 5 0 75 0 23 15 0 75 0 23 12 5 0 75 0 23 10 0 75 0 23 7 5 0 75 0 22 5 0 75 0 22 2 5 0 75 0 22 2 ...

Page 70: ... 5 0 75 0 22 5 0 75 0 22 2 5 0 75 0 22 2 5 0 75 0 21 5 0 75 0 21 7 0 75 0 21 RF Output Level Linearity Test Port1 2 Power Sensor E9304A Option H19 CW Frequency 9 kHz relative to 0 dBm reference Option 230 240 280 430 440 480 8 0 75 0 21 Power level dBm Test limit dB Test result dB Measurement uncertainty dB Power level dBm Test limit dB Test result dB Measurement uncertainty dB 20 0 75 0 24 17 5 0...

Page 71: ... 0 24 10 0 75 0 24 7 5 0 75 0 23 5 0 75 0 23 2 5 0 75 0 23 2 5 0 75 0 22 5 0 75 0 22 7 5 0 75 0 22 10 0 75 0 22 CW Frequency 50 MHz relative to 0 dBm reference 2 5 0 75 0 23 2 5 0 75 0 22 5 0 75 0 22 7 5 0 75 0 22 10 0 75 0 22 Power level dBm Test limit dB Test result dB Measurement uncertainty dB Power level dBm Test limit dB Test result dB Measurement uncertainty dB 20 0 75 0 24 17 5 0 75 0 24 1...

Page 72: ...24 7 5 0 75 0 23 5 0 75 0 23 2 5 0 75 0 23 2 5 0 75 0 22 5 0 75 0 22 7 5 0 75 0 22 10 0 75 0 22 CW Frequency 4 5 GHz relative to 0 dBm reference Option 240 245 440 445 5 0 75 0 23 2 5 0 75 0 23 2 5 0 75 0 22 5 0 75 0 22 7 5 0 75 0 22 10 0 75 0 22 Power level dBm Test limit dB Test result dB Measurement uncertainty dB Power level dBm Test limit dB Test result dB Measurement uncertainty dB 20 0 75 0...

Page 73: ...Test result dB Measurement uncertainty dB 20 0 75 0 24 17 5 0 75 0 24 15 0 75 0 24 12 5 0 75 0 24 10 0 75 0 24 7 5 0 75 0 24 5 0 75 0 24 2 5 0 75 0 24 2 5 0 75 0 23 5 0 75 0 23 7 5 0 75 0 23 10 0 75 0 23 10 0 75 0 24 7 5 0 75 0 24 5 0 75 0 24 2 5 0 75 0 24 2 5 0 75 0 24 5 0 75 0 24 7 5 0 75 0 24 10 0 75 0 24 Power level dBm Test limit dB Test result dB Measurement uncertainty dB ...

Page 74: ... 24 15 0 75 0 24 12 5 0 75 0 24 10 0 75 0 24 7 5 0 75 0 24 5 0 75 0 24 2 5 0 75 0 24 2 5 0 75 0 23 5 0 75 0 23 7 5 0 75 0 23 9 0 75 0 23 CW Frequency 7 GHz relative to 0 dBm reference Option 280 285 480 485 Power level dBm Test limit dB Test result dB Measurement uncertainty dB 20 0 75 0 24 17 5 0 75 0 24 15 0 75 0 24 12 5 0 75 0 24 10 0 75 0 24 7 5 0 75 0 24 5 0 75 0 24 2 5 0 75 0 24 2 5 0 75 0 2...

Page 75: ...24 2 5 0 75 0 23 5 0 75 0 23 7 0 75 0 23 Trace Noise Test Option 230 Direction S11 Magnitude Frequency Range Hz IFbandwidth Hz Test limit dB rms Test result dB rms Measurement uncertainty dB 9 k 30 k 3 k 0 004 0 00009 30 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 Direction S11 Phase 8 0 75 0 23 Power level dBm Test limit dB Test result dB Measurement uncertainty dB Frequency Range Hz IFb...

Page 76: ... 0 035 0 00077 30 k 10 M 3 k 0 02 0 0006 10 M 3 G 70 k 0 035 0 001 Direction S21 Magnitude Frequency Range Hz IFbandwidth Hz Test limit dB rms Test result dB rms Measurement uncertainty dB 9 k 30 k 3 k 0 004 0 00009 30 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 Direction S21 Phase Frequency Range Hz IFbandwidth Hz Test limit deg rms Test result deg rms Measurement Uncertaintiy deg 9 k 30...

Page 77: ...k 3 k 0 035 0 00077 30 k 10 M 3 k 0 02 0 0006 10 M 3 G 70 k 0 035 0 001 Option 235 Direction S11 Magnitude Frequency Range Hz IFbandwidth Hz Test limit dB rms Test result dB rms Measurement uncertainty dB 100 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 Direction S11 Phase Frequency Range Hz IFbandwidth Hz Test limit deg rms Test result deg rms Measurement Uncertaintiy deg 100 k 10 M 3 k 0...

Page 78: ...Hz IFbandwidth Hz Test limit deg rms Test result deg rms Measurement Uncertaintiy deg 100 k 10 M 3 k 0 02 0 0006 10 M 3 G 70 k 0 035 0 001 Direction S12 Magnitude Frequency Range Hz IFbandwidth Hz Test limit dB rms Test result dB rms Measurement uncertainty dB 100 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 Direction S12 Phase Frequency Range Hz IFbandwidth Hz Test limit deg rms Test resu...

Page 79: ... 0 003 0 00009 10 M 4 38 G 70 k 0 004 0 00033 4 38 G 4 5 G 70 k 0 006 0 00023 Direction S22 Phase Frequency Range Hz IFbandwidth Hz Test limit deg rms Test result deg rms Measurement Uncertaintiy deg 9 k 30 k 3 k 0 035 0 00077 30 k 10 M 3 k 0 02 0 0006 10 M 4 38 G 70 k 0 035 0 001 4 38 G 4 5 G 70 k 0 05 0 0023 Direction S21 Magnitude 30 k 10 M 3 k 0 003 0 00009 10 M 4 38 G 70 k 0 004 0 00033 4 38 ...

Page 80: ...03 0 00009 10 M 4 38 G 70 k 0 004 0 00033 4 38 G 4 5 G 70 k 0 006 0 00023 Direction S12 Phase Frequency Range Hz IFbandwidth Hz Test limit deg rms Test result deg rms Measurement Uncertaintiy deg 9 k 30 k 3 k 0 035 0 00077 30 k 10 M 3 k 0 02 0 0006 10 M 4 38 G 70 k 0 035 0 001 4 38 G 4 5 G 70 k 0 05 0 0023 Option 245 Direction S11 Magnitude 10 M 4 38 G 70 k 0 004 0 00033 4 38 G 4 5 G 70 k 0 006 0 ...

Page 81: ... 003 0 00009 10 M 4 38 G 70 k 0 004 0 00033 4 38 G 4 5 G 70 k 0 006 0 00023 Direction S22 Phase Frequency Range Hz IFbandwidth Hz Test limit deg rms Test result deg rms Measurement Uncertaintiy deg 100 k 10 M 3 k 0 02 0 0006 10 M 4 38 G 70 k 0 035 0 001 4 38 G 4 5 G 70 k 0 05 0 0023 Direction S21 Magnitude Frequency Range Hz IFbandwidth Hz Test limit dB rms Test result dB rms Measurement uncertain...

Page 82: ... 5 G 70 k 0 006 0 00023 Direction S12 Phase Frequency Range Hz IFbandwidth Hz Test limit deg rms Test result deg rms Measurement Uncertaintiy deg 100 k 10 M 3 k 0 02 0 0006 10 M 4 38 G 70 k 0 035 0 001 4 38 G 4 5 G 70 k 0 050 0 0023 Option 280 Direction S11 Magnitude Frequency Range Hz IFbandwidth Hz Test limit dB rms Test result dB rms Measurement uncertainty dB 9 k 30 k 3 k 0 004 0 00009 30 k 10...

Page 83: ...easurement Uncertaintiy deg 9 k 30 k 3 k 0 035 0 00077 30 k 10 M 3 k 0 02 0 0006 10 M 3 G 70 k 0 035 0 001 3 G 4 38 G 70 k 0 035 0 001 4 38 G 8 5 G 70 k 0 05 0 0023 Direction S21 Magnitude Frequency Range Hz IFbandwidth Hz Test limit dB rms Test result dB rms Measurement uncertainty dB 9 k 30 k 3 k 0 004 0 00009 30 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 3 G 4 38 G 70 k 0 004 0 00033 ...

Page 84: ...tainty dB 9 k 30 k 3 k 0 004 0 00009 30 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 3 G 4 38 G 70 k 0 004 0 00033 4 38 G 8 5 G 70 k 0 006 0 00023 Direction S12 Phase Frequency Range Hz IFbandwidth Hz Test limit deg rms Test result deg rms Measurement Uncertaintiy deg 9 k 30 k 3 k 0 035 0 00077 30 k 10 M 3 k 0 02 0 0006 10 M 3 G 70 k 0 035 0 001 3 G 4 38 G 70 k 0 035 0 001 4 38 G 8 5 G 70 ...

Page 85: ...k 0 004 0 00033 3 G 4 38 G 70 k 0 004 0 00033 4 38 G 8 5 G 70 k 0 006 0 00023 Direction S22 Phase Frequency Range Hz IFbandwidth Hz Test limit deg rms Test result deg rms Measurement Uncertaintiy deg 100 k 10 M 3 k 0 02 0 004 10 M 3 G 70 k 0 035 0 001 3 G 4 38 G 70 k 0 035 0 001 4 38 G 8 5 G 70 k 0 05 0 007 Direction S21 Magnitude Frequency Range Hz IFbandwidth Hz Test limit dB rms Test result dB ...

Page 86: ...asurement uncertainty dB 100 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 3 G 4 38 G 70 k 0 004 0 00033 4 38 G 8 5 G 70 k 0 006 0 00023 Direction S12 Phase Frequency Range Hz IFbandwidth Hz Test limit deg rms Test result deg rms Measurement Uncertaintiy deg 100 k 10 M 3 k 0 02 0 004 10 M 3 G 70 k 0 035 0 001 3 G 4 38 G 70 k 0 035 0 001 4 38 G 8 5 G 70 k 0 05 0 007 Option 430 Direction S11 ...

Page 87: ... 003 0 00009 10 M 3 G 70 k 0 004 0 00033 Direction S22 Phase Frequency Range Hz IFbandwidth Hz Test limit deg rms Test result deg rms Measurement Uncertaintiy deg 9 k 30 k 3 k 0 035 0 00077 30 k 10 M 3 k 0 02 0 0006 10 M 3 G 70 k 0 035 0 001 Direction S33 Magnitude Frequency Range Hz IFbandwidth Hz Test limit dB rms Test result dB rms Measurement uncertainty dB 9 k 30 k 3 k 0 004 0 00009 30 k 10 M...

Page 88: ...06 10 M 3 G 70 k 0 035 0 001 Direction S21 Magnitude Frequency Range Hz IFbandwidth Hz Test limit dB rms Test result dB rms Measurement uncertainty dB 9 k 30 k 3 k 0 004 0 00009 30 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 Direction S21 Phase Frequency Range Hz IFbandwidth Hz Test limit deg rms Test result deg rms Measurement Uncertaintiy deg 9 k 30 k 3 k 0 035 0 00077 30 k 10 M 3 k 0 0...

Page 89: ... 003 0 00009 10 M 3 G 70 k 0 004 0 00033 Direction S43 Phase Frequency Range Hz IFbandwidth Hz Test limit deg rms Test result deg rms Measurement Uncertaintiy deg 9 k 30 k 3 k 0 035 0 00077 30 k 10 M 3 k 0 02 0 0006 10 M 3 G 70 k 0 035 0 001 Direction S34 Magnitude Frequency Range Hz IFbandwidth Hz Test limit dB rms Test result dB rms Measurement uncertainty dB 9 k 30 k 3 k 0 004 0 00009 30 k 10 M...

Page 90: ...quency Range Hz IFbandwidth Hz Test limit dB rms Test result dB rms Measurement uncertainty dB 100 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 Direction S22 Phase Frequency Range Hz IFbandwidth Hz Test limit deg rms Test result deg rms Measurement Uncertaintiy deg 100 k 10 M 3 k 0 02 0 0006 10 M 3 G 70 k 0 035 0 001 Direction S33 Magnitude Frequency Range Hz IFbandwidth Hz Test limit dB r...

Page 91: ...1 Magnitude Frequency Range Hz IFbandwidth Hz Test limit dB rms Test result dB rms Measurement uncertainty dB 100 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 Direction S21 Phase Frequency Range Hz IFbandwidth Hz Test limit deg rms Test result deg rms Measurement Uncertaintiy deg 100 k 10 M 3 k 0 02 0 0006 10 M 3 G 70 k 0 035 0 001 Direction S12 Magnitude Frequency Range Hz IFbandwidth Hz ...

Page 92: ...Hz IFbandwidth Hz Test limit deg rms Test result deg rms Measurement Uncertaintiy deg 100 k 10 M 3 k 0 02 0 0006 10 M 3 G 70 k 0 035 0 001 Direction S34 Magnitude Frequency Range Hz IFbandwidth Hz Test limit dB rms Test result dB rms Measurement uncertainty dB 100 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 Direction S34 Phase Frequency Range Hz IFbandwidth Hz Test limit deg rms Test resu...

Page 93: ...rement uncertainty dB 9 k 30 k 3 k 0 004 0 00009 30 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 3 G 4 38 G 70 k 0 004 0 00033 4 38 G 4 5 G 70 k 0 006 0 00023 Direction S22 Phase Frequency Range Hz IFbandwidth Hz Test limit deg rms Test result deg rms Measurement Uncertaintiy deg 9 k 30 k 3 k 0 035 0 00077 30 k 10 M 3 k 0 02 0 0006 10 M 3 G 70 k 0 035 0 001 3 G 4 38 G 70 k 0 035 0 001 4 38...

Page 94: ...ntiy deg 9 k 30 k 3 k 0 035 0 00077 30 k 10 M 3 k 0 02 0 0006 10 M 3 G 70 k 0 035 0 001 3 G 4 38 G 70 k 0 035 0 001 4 38 G 4 5 G 70 k 0 050 0 0023 Direction S44 Magnitude Frequency Range Hz IFbandwidth Hz Test limit dB rms Test result dB rms Measurement uncertainty dB 9 k 30 k 3 k 0 004 0 00009 30 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 3 G 4 38 G 70 k 0 004 0 00033 4 38 G 4 5 G 70 k ...

Page 95: ... 3 k 0 035 0 00077 30 k 10 M 3 k 0 02 0 0006 10 M 3 G 70 k 0 035 0 001 3 G 4 38 G 70 k 0 035 0 001 4 38 G 4 5 G 70 k 0 050 0 0023 Direction S12 Magnitude Frequency Range Hz IFbandwidth Hz Test limit dB rms Test result dB rms Measurement uncertainty dB 9 k 30 k 3 k 0 004 0 00009 30 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 3 G 4 38 G 70 k 0 004 0 00033 4 38 G 4 5 G 70 k 0 006 0 00023 Dir...

Page 96: ...Uncertaintiy deg 9 k 30 k 3 k 0 035 0 00077 30 k 10 M 3 k 0 02 0 0006 10 M 3 G 70 k 0 035 0 001 3 G 4 38 G 70 k 0 035 0 001 4 38 G 4 5 G 70 k 0 050 0 0023 Direction S34 Magnitude Frequency Range Hz IFbandwidth Hz Test limit dB rms Test result dB rms Measurement uncertainty dB 9 k 30 k 3 k 0 004 0 00009 30 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 3 G 4 38 G 70 k 0 004 0 00033 4 38 G 4 5...

Page 97: ...result dB rms Measurement uncertainty dB 100 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 3 G 4 38 G 70 k 0 004 0 00033 4 38 G 4 5 G 70 k 0 006 0 00023 Direction S11 Phase Frequency Range Hz IFbandwidth Hz Test limit deg rms Test result deg rms Measurement Uncertaintiy deg 100 k 10 M 3 k 0 02 0 0006 10 M 3 G 70 k 0 035 0 001 3 G 4 38 G 70 k 0 035 0 001 4 38 G 4 5 G 70 k 0 050 0 0023 Direct...

Page 98: ...ertainty dB 100 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 3 G 4 38 G 70 k 0 004 0 00033 4 38 G 4 5 G 70 k 0 006 0 00023 Direction S33 Phase Frequency Range Hz IFbandwidth Hz Test limit deg rms Test result deg rms Measurement Uncertaintiy deg 100 k 10 M 3 k 0 02 0 0006 10 M 3 G 70 k 0 035 0 001 3 G 4 38 G 70 k 0 035 0 001 4 38 G 4 5 G 70 k 0 050 0 0023 Direction S44 Magnitude Frequency R...

Page 99: ...rement uncertainty dB 100 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 3 G 4 38 G 70 k 0 004 0 00033 4 38 G 4 5 G 70 k 0 006 0 00023 Direction S21 Phase Frequency Range Hz IFbandwidth Hz Test limit deg rms Test result deg rms Measurement Uncertaintiy deg 100 k 10 M 3 k 0 02 0 0006 10 M 3 G 70 k 0 035 0 001 3 G 4 38 G 70 k 0 035 0 001 4 38 G 4 5 G 70 k 0 050 0 0023 Direction S12 Magnitude F...

Page 100: ...certainty dB 100 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 3 G 4 38 G 70 k 0 004 0 00033 4 38 G 4 5 G 70 k 0 006 0 00023 Direction S43 Phase Frequency Range Hz IFbandwidth Hz Test limit deg rms Test result deg rms Measurement Uncertaintiy deg 100 k 10 M 3 k 0 02 0 0006 10 M 3 G 70 k 0 035 0 001 3 G 4 38 G 70 k 0 035 0 001 4 38 G 4 5 G 70 k 0 050 0 0023 Direction S34 Magnitude Frequency ...

Page 101: ...ty dB 9 k 30 k 3 k 0 004 0 00009 30 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 3 G 4 38 G 70 k 0 004 0 00033 4 38 G 8 5 G 70 k 0 006 0 00023 Direction S11 Phase Frequency Range Hz IFbandwidth Hz Test limit deg rms Test result deg rms Measurement Uncertaintiy deg 9 k 30 k 3 k 0 035 0 00077 30 k 10 M 3 k 0 02 0 0006 10 M 3 G 70 k 0 035 0 001 3 G 4 38 G 70 k 0 035 0 001 4 38 G 8 5 G 70 k 0 ...

Page 102: ...0 00009 30 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 3 G 4 38 G 70 k 0 004 0 00033 4 38 G 8 5 G 70 k 0 006 0 00023 Direction S33 Phase Frequency Range Hz IFbandwidth Hz Test limit deg rms Test result deg rms Measurement Uncertaintiy deg 9 k 30 k 3 k 0 035 0 00077 30 k 10 M 3 k 0 02 0 0006 10 M 3 G 70 k 0 035 0 001 3 G 4 38 G 70 k 0 035 0 001 4 38 G 8 5 G 70 k 0 05 0 0023 Direction S44 M...

Page 103: ...rement uncertainty dB 9 k 30 k 3 k 0 004 0 00009 30 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 3 G 4 38 G 70 k 0 004 0 00033 4 38 G 8 5 G 70 k 0 006 0 00023 Direction S21 Phase Frequency Range Hz IFbandwidth Hz Test limit deg rms Test result deg rms Measurement Uncertaintiy deg 9 k 30 k 3 k 0 035 0 00077 30 k 10 M 3 k 0 02 0 0006 10 M 3 G 70 k 0 035 0 001 3 G 4 38 G 70 k 0 035 0 001 4 38...

Page 104: ...intiy deg 9 k 30 k 3 k 0 035 0 00077 30 k 10 M 3 k 0 02 0 0006 10 M 3 G 70 k 0 035 0 001 3 G 4 38 G 70 k 0 035 0 001 4 38 G 8 5 G 70 k 0 05 0 0023 Direction S43 Magnitude Frequency Range Hz IFbandwidth Hz Test limit dB rms Test result dB rms Measurement uncertainty dB 9 k 30 k 3 k 0 004 0 00009 30 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 3 G 4 38 G 70 k 0 004 0 00033 4 38 G 8 5 G 70 k ...

Page 105: ... 9 k 30 k 3 k 0 035 0 00077 30 k 10 M 3 k 0 02 0 0006 10 M 3 G 70 k 0 035 0 001 3 G 4 38 G 70 k 0 035 0 001 4 38 G 8 5 G 70 k 0 05 0 0023 Option 485 Direction S11 Magnitude Frequency Range Hz IFbandwidth Hz Test limit dB rms Test result dB rms Measurement uncertainty dB 100 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 3 G 4 38 G 70 k 0 004 0 00033 4 38 G 8 5 G 70 k 0 006 0 00023 Direction ...

Page 106: ...035 0 001 3 G 4 38 G 70 k 0 035 0 001 4 38 G 8 5 G 70 k 0 05 0 0023 Direction S33 Magnitude Frequency Range Hz IFbandwidth Hz Test limit dB rms Test result dB rms Measurement uncertainty dB 100 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 3 G 4 38 G 70 k 0 004 0 00033 4 38 G 8 5 G 70 k 0 006 0 00023 Direction S33 Phase 10 M 3 G 70 k 0 035 0 001 3 G 4 38 G 70 k 0 035 0 001 4 38 G 8 5 G 70 k...

Page 107: ...G 70 k 0 035 0 001 3 G 4 38 G 70 k 0 035 0 001 4 38 G 8 5 G 70 k 0 05 0 0023 Direction S21 Magnitude Frequency Range Hz IFbandwidth Hz Test limit dB rms Test result dB rms Measurement uncertainty dB 100 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 3 G 4 38 G 70 k 0 004 0 00033 4 38 G 8 5 G 70 k 0 006 0 00023 Direction S21 Phase 3 G 4 38 G 70 k 0 035 0 001 4 38 G 8 5 G 70 k 0 05 0 0023 Freq...

Page 108: ...5 0 001 3 G 4 38 G 70 k 0 035 0 001 4 38 G 8 5 G 70 k 0 05 0 0023 Direction S43 Magnitude Frequency Range Hz IFbandwidth Hz Test limit dB rms Test result dB rms Measurement uncertainty dB 100 k 10 M 3 k 0 003 0 00009 10 M 3 G 70 k 0 004 0 00033 3 G 4 38 G 70 k 0 004 0 00033 4 38 G 8 5 G 70 k 0 006 0 00023 Direction S43 Phase Frequency Range Hz IFbandwidth Hz Test limit deg rms Test result deg rms ...

Page 109: ...mit deg rms Test result deg rms Measurement Uncertaintiy deg 100 k 10 M 3 k 0 02 0 0006 10 M 3 G 70 k 0 035 0 001 3 G 4 38 G 70 k 0 035 0 001 4 38 G 8 5 G 70 k 0 05 0 0023 Crosstalk Test Option 230 Direction S21 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB 9 k 100 k 10 100 1 73 100 k 300 k 10 100 1 73 300 k 10 M 10 110 3 63 10 M 3 G 10 120 4 95 Directio...

Page 110: ...ment uncertainty dB 100 k 300 k 10 100 1 73 300 k 10 M 10 110 3 63 10 M 3 G 10 120 4 95 Option 240 Direction S21 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB 9 k 100 k 10 100 1 73 100 k 300 k 10 100 1 73 300 k 10 M 10 110 3 63 10 M 3 G 10 120 4 95 3 G 4 5 G 10 110 3 32 Direction S12 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurem...

Page 111: ...dB Test result dB Measurement uncertainty dB 100 k 300 k 10 100 1 73 300 k 10 M 10 110 3 63 10 M 3 G 10 120 4 95 3 G 4 5 G 10 110 3 32 Option 280 Direction S21 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB 9 k 100 k 10 100 1 73 100 k 300 k 10 100 1 73 300 k 10 M 10 110 3 63 10 M 3 G 10 120 4 95 3 G 5 G 10 110 3 32 5 G 6G 10 110 3 33 6 G 7 G 10 100 2 41 7...

Page 112: ...8 5 G 10 100 2 41 Direction S12 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB 100 k 300 k 10 100 1 73 300 k 10 M 10 110 3 63 10 M 3 G 10 120 4 95 3 G 5 G 10 110 3 32 5 G 6G 10 110 3 33 6 G 7 G 10 100 2 41 7 G 8 5 G 10 100 2 41 100 k 300 k 10 100 1 73 300 k 10 M 10 110 3 63 10 M 3 G 10 120 4 95 3 G 5 G 10 110 3 32 5 G 6G 10 110 3 33 6 G 7 G 10 100 2 41 7 ...

Page 113: ... Test limit dB Test result dB Measurement uncertainty dB 9 k 100 k 10 100 1 73 100 k 300 k 10 100 1 73 300 k 10 M 10 110 3 63 10 M 3 G 10 120 4 95 Direction S43 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB 9 k 100 k 10 100 1 73 100 k 300 k 10 100 1 73 300 k 10 M 10 110 3 63 10 M 3 G 10 120 4 95 Direction S14 Frequency range Hz IFbandwidth Hz Test limit ...

Page 114: ... 10 100 1 73 300 k 10 M 10 110 3 63 10 M 3 G 10 120 4 95 Direction S43 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB 100 k 300 k 10 100 1 73 300 k 10 M 10 110 3 63 10 M 3 G 10 120 4 95 Direction S14 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB 100 k 300 k 10 100 1 73 300 k 10 M 10 110 3 63 10 M 3 G 10 120 4 95...

Page 115: ... Hz Test limit dB Test result dB Measurement uncertainty dB 9 k 100 k 10 100 1 73 100 k 300 k 10 100 1 73 300 k 10 M 10 110 3 63 10 M 3 G 10 120 4 95 3 G 4 5 G 10 110 3 32 Direction S14 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB 9 k 100 k 10 100 1 73 100 k 300 k 10 100 1 73 300 k 10 M 10 110 3 63 10 M 3 G 10 120 4 95 3 G 4 5 G 10 110 3 32 300 k 10 M 1...

Page 116: ...t dB Test result dB Measurement uncertainty dB 100 k 300 k 10 100 1 73 300 k 10 M 10 110 3 63 10 M 3 G 10 120 4 95 3 G 4 5 G 10 110 3 32 Direction S43 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB 100 k 300 k 10 100 1 73 300 k 10 M 10 110 3 63 10 M 3 G 10 120 4 95 3 G 4 5 G 10 110 3 32 Direction S14 Frequency range Hz IFbandwidth Hz Test limit dB Test re...

Page 117: ...G 7 G 10 100 2 41 7 G 8 5 G 10 100 2 41 Direction S32 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB 9 k 100 k 10 100 1 73 100 k 300 k 10 100 1 73 300 k 10 M 10 110 3 63 10 M 3 G 10 120 4 95 3 G 5 G 10 110 3 32 5 G 6G 10 110 3 33 6 G 7 G 10 100 2 41 7 G 8 5 G 10 100 2 41 Direction S43 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurem...

Page 118: ...tion 485 Direction S21 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB 100 k 300 k 10 100 1 73 300 k 10 M 10 110 3 63 10 M 3 G 10 120 4 95 3 G 5 G 10 110 3 32 5 G 6G 10 110 3 33 6 G 7 G 10 100 2 41 7 G 8 5 G 10 100 2 41 Direction S32 5 G 6G 10 110 3 59 6 G 7 G 10 100 2 61 7 G 8 5 G 10 100 2 57 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB ...

Page 119: ...10 100 2 41 7 G 8 5 G 10 100 2 41 Direction S14 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB 100 k 300 k 10 100 1 73 300 k 10 M 10 110 3 63 10 M 3 G 10 120 4 95 3 G 5 G 10 110 3 32 5 G 6G 10 110 3 33 6 G 7 G 10 100 2 41 7 G 8 5 G 10 100 2 41 300 k 10 M 10 110 3 63 10 M 3 G 10 120 4 95 3 G 5 G 10 110 3 32 5 G 6G 10 110 3 33 6 G 7 G 10 100 2 41 7 G 8 5 G ...

Page 120: ... k 3 k 72 1 52 300 k 10 M 3 k 82 1 13 10 M 3 G 3 k 98 1 08 Direction S12 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB 9 k 100 k 10 97 1 52 100 k 300 k 10 97 1 52 300 k 10 M 10 107 1 26 10 M 3 G 10 123 1 24 9 k 100 k 3 k 72 1 52 100 k 300 k 3 k 72 1 52 300 k 10 M 3 k 82 1 13 10 M 3 G 3 k 98 1 08 Option 235 Direction S21 Frequency range Hz IFbandwidth Hz ...

Page 121: ...G 3 k 98 1 08 Option 240 Direction S21 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB 9 k 100 k 10 97 1 52 100 k 300 k 10 97 1 52 300 k 10 M 10 107 1 26 10 M 3 G 10 123 1 24 3 G 4 5 G 10 123 1 24 9 k 100 k 3 k 72 1 52 100 k 300 k 3 k 72 1 52 300 k 10 M 3 k 82 1 13 10 M 3 G 3 k 98 1 08 3 G 4 5 G 3 k 98 1 08 100 k 300 k 3 k 72 1 52 300 k 10 M 3 k 82 1 13 10...

Page 122: ...k 10 M 3 k 82 1 13 10 M 3 G 3 k 98 1 08 3 G 4 5 G 3 k 98 1 08 Option 245 Direction S21 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB 100 k 300 k 10 97 1 52 300 k 10 M 10 107 1 26 10 M 3 G 10 123 1 24 3 G 4 5 G 10 123 1 24 100 k 300 k 3 k 72 1 52 300 k 10 M 3 k 82 1 13 10 M 3 G 3 k 98 1 08 3 G 4 5 G 3 k 98 1 08 Direction S12 Frequency range Hz IFbandwidth...

Page 123: ... 10 117 1 08 7 G 8 5 G 10 117 1 13 9 k 100 k 3 k 72 1 52 100 k 300 k 3 k 72 1 52 300 k 10 M 3 k 82 1 13 10 M 3 G 3 k 98 1 08 3 G 5 G 3 k 98 1 08 5 G 6 G 3 k 98 1 08 6 G 7 G 3 k 92 1 10 7 G 8 5 G 3 k 92 1 10 Direction S12 3 G 4 5 G 10 123 1 24 100 k 300 k 3 k 72 1 52 300 k 10 M 3 k 82 1 13 10 M 3 G 3 k 98 1 08 3 G 4 5 G 3 k 98 1 08 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Meas...

Page 124: ...G 3 k 98 1 08 3 G 5 G 3 k 98 1 08 5 G 6 G 3 k 98 1 08 6 G 7 G 3 k 92 1 10 7 G 8 5 G 3 k 92 1 10 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB 100 k 300 k 10 97 1 52 300 k 10 M 10 107 1 26 10 M 3 G 10 123 1 24 3 G 5 G 10 123 1 24 5 G 6 G 10 123 1 16 6 G 7 G 10 117 1 ...

Page 125: ...1 13 100 k 300 k 3 k 72 1 52 300 k 10 M 3 k 82 1 13 10 M 3 G 3 k 98 1 08 3 G 5 G 3 k 98 1 08 5 G 6 G 3 k 98 1 08 6 G 7 G 3 k 92 1 10 7 G 8 5 G 3 k 92 1 10 Option 430 Direction S21 5 G 6 G 3 k 98 1 08 6 G 7 G 3 k 92 1 10 7 G 8 5 G 3 k 92 1 10 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measu...

Page 126: ...S43 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB 9 k 100 k 10 97 1 52 100 k 300 k 10 97 1 52 300 k 10 M 10 107 1 26 10 M 3 G 10 123 1 24 9 k 100 k 3 k 72 1 52 100 k 300 k 3 k 72 1 52 300 k 10 M 3 k 82 1 13 10 M 3 G 3 k 98 1 08 Direction S14 100 k 300 k 3 k 72 1 52 300 k 10 M 3 k 82 1 13 10 M 3 G 3 k 98 1 08 Frequency range Hz IFbandwidth Hz Test limit d...

Page 127: ...13 10 M 3 G 3 k 98 1 08 Direction S32 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB 100 k 300 k 10 97 1 52 300 k 10 M 10 107 1 26 10 M 3 G 10 123 1 24 100 k 300 k 3 k 72 1 52 300 k 10 M 3 k 82 1 13 10 M 3 G 3 k 98 1 08 100 k 300 k 10 97 1 52 300 k 10 M 10 107 1 26 10 M 3 G 10 123 1 24 9 k 100 k 3 k 72 1 52 100 k 300 k 3 k 72 1 52 300 k 10 M 3 k 82 1 13 1...

Page 128: ...nge Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB 100 k 300 k 10 97 1 52 300 k 10 M 10 107 1 26 10 M 3 G 10 123 1 24 100 k 300 k 3 k 72 1 52 300 k 10 M 3 k 82 1 13 10 M 3 G 3 k 98 1 08 Option 440 Direction S21 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB 9 k 100 k 10 97 1 52 100 k 300 k 10 97 1 52 300 k 10 M 10 107 1 26 10 M ...

Page 129: ...k 300 k 3 k 72 1 52 300 k 10 M 3 k 82 1 13 10 M 3 G 3 k 98 1 08 3 G 4 5 G 3 k 98 1 08 Direction S43 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB 9 k 100 k 10 97 1 52 100 k 300 k 10 97 1 52 300 k 10 M 10 107 1 26 10 M 3 G 10 123 1 24 3 G 4 5 G 10 123 1 24 9 k 100 k 3 k 72 1 52 100 k 300 k 3 k 72 1 52 300 k 10 M 3 k 82 1 13 10 M 3 G 3 k 98 1 08 3 G 4 5 G ...

Page 130: ...k 10 M 3 k 82 1 13 10 M 3 G 3 k 98 1 08 3 G 4 5 G 3 k 98 1 08 Option 445 Direction S21 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB 100 k 300 k 10 97 1 52 300 k 10 M 10 107 1 26 10 M 3 G 10 123 1 24 3 G 4 5 G 10 123 1 24 100 k 300 k 3 k 72 1 52 300 k 10 M 3 k 82 1 13 10 M 3 G 3 k 98 1 08 3 G 4 5 G 3 k 98 1 08 Direction S32 Frequency range Hz IFbandwidth...

Page 131: ... M 3 G 3 k 98 1 08 3 G 4 5 G 3 k 98 1 08 Direction S14 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB 100 k 300 k 10 97 1 52 300 k 10 M 10 107 1 26 10 M 3 G 10 123 1 24 3 G 4 5 G 10 123 1 24 100 k 300 k 3 k 72 1 52 300 k 10 M 3 k 82 1 13 10 M 3 G 3 k 98 1 08 3 G 4 5 G 3 k 98 1 08 3 G 4 5 G 10 123 1 24 100 k 300 k 3 k 72 1 52 300 k 10 M 3 k 82 1 13 10 M 3 ...

Page 132: ...123 1 16 6 G 7 G 10 117 1 08 7 G 8 5 G 10 117 1 13 9 k 100 k 3 k 72 1 52 100 k 300 k 3 k 72 1 52 300 k 10 M 3 k 82 1 13 10 M 3 G 3 k 98 1 08 3 G 5 G 3 k 98 1 08 5 G 6 G 3 k 98 1 08 6 G 7 G 3 k 92 1 10 7 G 8 5 G 3 k 92 1 10 Direction S32 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB 9 k 100 k 10 97 1 52 100 k 300 k 10 97 1 52 300 k 10 M 10 107 1 26 10 M 3...

Page 133: ...5 G 6 G 10 123 1 16 6 G 7 G 10 117 1 08 7 G 8 5 G 10 117 1 13 9 k 100 k 3 k 72 1 52 100 k 300 k 3 k 72 1 52 300 k 10 M 3 k 82 1 13 10 M 3 G 3 k 98 1 08 3 G 5 G 3 k 98 1 08 5 G 6 G 3 k 98 1 08 6 G 7 G 3 k 92 1 10 7 G 8 5 G 3 k 92 1 10 9 k 100 k 3 k 72 1 52 100 k 300 k 3 k 72 1 52 300 k 10 M 3 k 82 1 13 10 M 3 G 3 k 98 1 08 3 G 5 G 3 k 98 1 08 5 G 6 G 3 k 98 1 08 6 G 7 G 3 k 92 1 10 7 G 8 5 G 3 k 92...

Page 134: ...1 08 7 G 8 5 G 10 117 1 13 9 k 100 k 3 k 72 1 52 100 k 300 k 3 k 72 1 52 300 k 10 M 3 k 82 1 13 10 M 3 G 3 k 98 1 08 3 G 5 G 3 k 98 1 08 5 G 6 G 3 k 98 1 08 6 G 7 G 3 k 92 1 10 7 G 8 5 G 3 k 92 1 10 Option 485 Direction S21 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB 100 k 300 k 10 97 1 52 300 k 10 M 10 107 1 26 10 M 3 G 10 123 1 24 3 G 5 G 10 123 1 24...

Page 135: ... 100 k 300 k 3 k 72 1 52 300 k 10 M 3 k 82 1 13 10 M 3 G 3 k 98 1 08 3 G 5 G 3 k 98 1 08 5 G 6 G 3 k 98 1 08 6 G 7 G 3 k 92 1 10 7 G 8 5 G 3 k 92 1 10 Direction S43 10 M 3 G 3 k 98 1 08 3 G 5 G 3 k 98 1 08 5 G 6 G 3 k 98 1 08 6 G 7 G 3 k 92 1 10 7 G 8 5 G 3 k 92 1 10 Frequency range Hz IFbandwidth Hz Test limit dB Test result dB Measurement uncertainty dB Frequency range Hz IFbandwidth Hz Test lim...

Page 136: ... 117 1 08 7 G 8 5 G 10 117 1 13 100 k 300 k 3 k 72 1 52 300 k 10 M 3 k 82 1 13 10 M 3 G 3 k 98 1 08 3 G 5 G 3 k 98 1 08 5 G 6 G 3 k 98 1 08 6 G 7 G 3 k 92 1 10 7 G 8 5 G 3 k 92 1 10 5 G 6 G 10 123 1 16 6 G 7 G 10 117 1 08 7 G 8 5 G 10 117 1 13 100 k 300 k 3 k 72 1 52 300 k 10 M 3 k 82 1 13 10 M 3 G 3 k 98 1 08 3 G 5 G 3 k 98 1 08 5 G 6 G 3 k 98 1 08 6 G 7 G 3 k 92 1 10 7 G 8 5 G 3 k 92 1 10 Freque...

Page 137: ...010 5 0 075 0 010 0 0 041 0 007 5 0 031 0 009 15 0 030 0 006 20 0 035 0 007 25 0 040 0 010 30 0 045 0 011 35 0 056 0 015 40 0 067 0 019 45 0 078 0 021 50 0 091 0 021 55 0 106 0 024 60 0 125 0 024 65 0 151 0 026 70 0 189 0 025 75 0 248 0 011 80 0 346 0 014 85 0 509 0 021 90 0 785 0 033 95 1 248 0 069 100 2 008 0 060 Direction S12 Power level dBm Test limit dB Test result dB Measurement uncertainty ...

Page 138: ...0 067 0 019 45 0 078 0 021 50 0 091 0 021 55 0 106 0 024 60 0 125 0 024 65 0 151 0 026 70 0 189 0 025 75 0 248 0 011 80 0 346 0 014 85 0 509 0 021 90 0 785 0 033 95 1 248 0 069 100 2 008 0 060 Power level dBm Test limit dB Test result dB Measurement uncertainty dB Power level dBm Test limit dB Test result dB Measurement uncertainty dB 10 0 207 0 010 5 0 075 0 010 0 0 041 0 007 5 0 031 0 009 15 0 0...

Page 139: ...6 0 024 60 0 125 0 024 65 0 151 0 026 70 0 189 0 025 75 0 248 0 011 80 0 346 0 014 85 0 509 0 021 90 0 785 0 033 95 1 248 0 069 100 2 008 0 060 Power level dBm Test limit dB Test result dB Measurement uncertainty dB Power level dBm Test limit dB Test result dB Measurement uncertainty dB 10 0 207 0 010 5 0 075 0 010 0 0 041 0 007 5 0 031 0 009 15 0 030 0 006 20 0 035 0 007 25 0 040 0 010 30 0 045 0...

Page 140: ...33 95 1 248 0 069 100 2 008 0 060 Power level dBm Test limit dB Test result dB Measurement uncertainty dB System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB Directivity 9 k 300 k 20 0 09 Directivity 300 k 3 G 25 0 81 Source match 9 k 300 k 20 0 05 Source match 300 k 3 G 25 3 00 Load match 9 k 300 k 12 0 04 Load match 300 k 3 G 17 0 59 Transmission Trackin...

Page 141: ...5 0 03 Transmission Tracking 300 k 3 G 1 0 0 20 Reflection Tracking 9 k 300 k 1 5 0 03 Reflection Tracking 300 k 3G 1 0 0 03 Option 235 Port 1 Reflection Tracking 300 k 3G 1 0 0 04 System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB Directivity 100 k 300 k 20 0 09...

Page 142: ...ansmission Tracking 300 k 3 G 1 0 0 20 Reflection Tracking 100 k 300 k 1 5 0 04 Reflection Tracking 300 k 3G 1 0 0 04 Option 240 Port 1 Transmission Tracking 300 k 3 G 1 0 0 20 Reflection Tracking 100 k 300 k 1 5 0 04 Reflection Tracking 300 k 3G 1 0 0 04 System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB System performance Frequency range Hz Test limit d...

Page 143: ... k 3G 1 0 0 04 Reflection Tracking 3 G 4 5 G 1 0 0 66 System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB Directivity 9 k 300 k 20 0 09 Directivity 300 k 3 G 25 0 81 Directivity 3 G 4 5 G 20 0 40 Source match 9 k 300 k 20 0 05 Source match 300 k 3 G 25 3 00 Source...

Page 144: ... 100 k 300 k 12 0 04 Load match 300 k 3 G 17 0 59 Load match 3 G 4 5 G 12 0 66 Transmission Tracking 100 k 300 k 1 5 0 03 Transmission Tracking 300 k 3 G 1 0 0 20 Transmission Tracking 3 G 4 5 G 1 0 0 24 Reflection Tracking 100 k 300 k 1 5 0 04 Reflection Tracking 300 k 3G 1 0 0 04 Reflection Tracking 3 G 4 5 G 1 0 0 66 Transmission Tracking 3 G 4 5 G 1 0 0 24 Reflection Tracking 9 k 300 k 1 5 0 0...

Page 145: ...0 04 Load match 300 k 3 G 17 0 59 Load match 3 G 4 5 G 12 0 66 Transmission Tracking 100 k 300 k 1 5 0 03 Transmission Tracking 300 k 3 G 1 0 0 20 Transmission Tracking 3 G 4 5 G 1 0 0 24 Reflection Tracking 100 k 300 k 1 5 0 04 Reflection Tracking 300 k 3G 1 0 0 04 Reflection Tracking 3 G 4 5 G 1 0 0 66 Option 280 Port 1 System performance Frequency range Hz Test limit dB Test result dB Measureme...

Page 146: ... G 1 0 0 35 Reflection Tracking 9 k 300 k 1 5 0 04 Reflection Tracking 300 k 3 G 1 0 0 04 Reflection Tracking 3 G 6 G 1 0 0 66 Reflection Tracking 6 G 8 5 G 1 0 0 64 System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB Directivity 9 k 300 k 20 0 09 Directivity 300 ...

Page 147: ...9 k 300 k 1 5 0 04 Reflection Tracking 300 k 3 G 1 0 0 04 Reflection Tracking 3 G 6 G 1 0 0 66 Reflection Tracking 6 G 8 5 G 1 0 0 64 System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB Directivity 100 k 300 k 20 0 09 Directivity 300 k 3 G 25 0 81 Directivity 3 G ...

Page 148: ...4 Reflection Tracking 3 G 6 G 1 0 0 66 Reflection Tracking 6 G 8 5 G 1 0 0 64 System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB Directivity 100 k 300 k 20 0 09 Directivity 300 k 3 G 25 0 81 Directivity 3 G 6 G 20 0 40 Directivity 6 G 8 5 G 15 0 67 Source match 1...

Page 149: ...0 04 Reflection Tracking 3 G 6 G 1 0 0 66 Reflection Tracking 6 G 8 5 G 1 0 0 64 System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB Directivity 9 k 300 k 20 0 09 Directivity 300 k 3 G 25 0 81 Source match 9 k 300 k 20 0 05 Source match 300 k 3 G 25 3 00 Load matc...

Page 150: ...racking 300 k 3 G 1 0 0 2 Reflection Tracking 9 k 300 k 1 5 0 04 Reflection Tracking 300 k 3 G 1 0 0 04 Port 3 Reflection Tracking 300 k 3 G 1 0 0 04 System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB Directivity 9 k 300 k 20 0 09 Directivity 300 k 3 G 25 0 81 So...

Page 151: ... 5 0 03 Transmission Tracking 300 k 3 G 1 0 0 20 Reflection Tracking 9 k 300 k 1 5 0 04 Reflection Tracking 300 k 3 G 1 0 0 04 Option 435 Port 1 Reflection Tracking 9 k 300 k 1 5 0 04 Reflection Tracking 300 k 3 G 1 0 0 04 System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB System performance Frequency range Hz Test limit dB Test result dB Measurement unce...

Page 152: ...ission Tracking 300 k 3 G 1 0 0 20 Reflection Tracking 100 k 300 k 1 5 0 04 Reflection Tracking 300 k 3 G 1 0 0 04 Port 3 Transmission Tracking 100 k 300 k 1 5 0 03 Transmission Tracking 300 k 3 G 1 0 0 20 Reflection Tracking 100 k 300 k 1 5 0 04 Reflection Tracking 300 k 3 G 1 0 0 04 System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB System performance F...

Page 153: ... 300 k 1 5 0 03 Transmission Tracking 300 k 3 G 1 0 0 20 Reflection Tracking 100 k 300 k 1 5 0 04 Reflection Tracking 300 k 3 G 1 0 0 04 Option 440 Port 1 Load match 100 k 300 k 12 0 04 Load match 300 k 3 G 17 0 59 Transmission Tracking 100 k 300 k 1 5 0 03 Transmission Tracking 300 k 3 G 1 0 0 20 Reflection Tracking 100 k 300 k 1 5 0 04 Reflection Tracking 300 k 3 G 1 0 0 04 System performance Fr...

Page 154: ... Tracking 3 G 4 5 G 1 0 0 24 Reflection Tracking 9 k 300 k 1 5 0 04 Reflection Tracking 300 k 3 G 1 0 0 04 Reflection Tracking 3 G 4 5 G 1 0 0 66 System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB Directivity 9 k 300 k 20 0 09 Directivity 300 k 3 G 25 0 81 Direct...

Page 155: ...B Measurement uncertainty dB System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB Directivity 9 k 300 k 20 0 09 Directivity 300 k 3 G 25 0 81 Directivity 3 G 4 5 G 20 0 40 Source match 9 k 300 k 20 0 05 Source match 300 k 3 G 25 3 00 Source match 3 G 4 5 G 20 1 94 Load match 9 k 300 k 12 0 04 Load match 300 k 3 G 17 0 59 Load match 3 G 4 5 G 12 0 66 Transmi...

Page 156: ... k 3 G 17 0 59 Load match 3 G 4 5 G 12 0 66 Transmission Tracking 9 k 300 k 1 5 0 03 Transmission Tracking 300 k 3 G 1 0 0 20 Transmission Tracking 3 G 4 5 G 1 0 0 24 Reflection Tracking 9 k 300 k 1 5 0 04 Reflection Tracking 300 k 3G 1 0 0 04 Reflection Tracking 3 G 4 5 G 1 0 0 66 Option 445 Port 1 Reflection Tracking 3 G 4 5 G 1 0 0 66 System performance Frequency range Hz Test limit dB Test res...

Page 157: ...king 3 G 4 5 G 1 0 0 24 Reflection Tracking 100 k 300 k 1 5 0 04 Reflection Tracking 300 k 3G 1 0 0 04 Reflection Tracking 3 G 4 5 G 1 0 0 66 System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB Directivity 100 k 300 k 20 0 09 Directivity 300 k 3 G 25 0 81 Directiv...

Page 158: ...t uncertainty dB System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB Directivity 100 k 300 k 20 0 09 Directivity 300 k 3 G 25 0 81 Directivity 3 G 4 5 G 20 0 40 Source match 100 k 300 k 20 0 05 Source match 300 k 3 G 25 3 00 Source match 3 G 4 5 G 20 1 94 Load match 100 k 300 k 12 0 04 Load match 300 k 3 G 17 0 59 Load match 3 G 4 5 G 12 0 66 Transmission ...

Page 159: ...ad match 300 k 3 G 17 0 59 Load match 3 G 4 5 G 12 0 66 Transmission Tracking 100 k 300 k 1 5 0 03 Transmission Tracking 300 k 3 G 1 0 0 20 Transmission Tracking 3 G 4 5 G 1 0 0 24 Reflection Tracking 100 k 300 k 1 5 0 04 Reflection Tracking 300 k 3G 1 0 0 04 Reflection Tracking 3 G 4 5 G 1 0 0 66 Option 480 Port 1 Reflection Tracking 3 G 4 5 G 1 0 0 66 System performance Frequency range Hz Test l...

Page 160: ... k 1 5 0 03 Transmission Tracking 300 k 3 G 1 0 0 19 Transmission Tracking 3 G 6 G 1 0 0 24 Transmission Tracking 6 G 8 5 G 1 0 0 35 Reflection Tracking 9 k 300 k 1 5 0 04 Reflection Tracking 300 k 3 G 1 0 0 04 Reflection Tracking 3 G 6 G 1 0 0 66 Reflection Tracking 6 G 8 5 G 1 0 0 64 System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB System performance ...

Page 161: ...20 Transmission Tracking 3 G 6 G 1 0 0 24 Transmission Tracking 6 G 8 5 G 1 0 0 35 Reflection Tracking 9 k 300 k 1 5 0 04 Reflection Tracking 300 k 3 G 1 0 0 04 Reflection Tracking 3 G 6 G 1 0 0 66 Reflection Tracking 6 G 8 5 G 1 0 0 64 System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB System performance Frequency range Hz Test limit dB Test result dB Me...

Page 162: ... G 1 0 0 35 Reflection Tracking 9 k 300 k 1 5 0 04 Reflection Tracking 300 k 3 G 1 0 0 04 Reflection Tracking 3 G 6 G 1 0 0 66 Reflection Tracking 6 G 8 5 G 1 0 0 64 System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB Directivity 9 k 300 k 20 0 09 Directivity 300 ...

Page 163: ...9 k 300 k 1 5 0 04 Reflection Tracking 300 k 3 G 1 0 0 04 Reflection Tracking 3 G 6 G 1 0 0 66 Reflection Tracking 6 G 8 5 G 1 0 0 64 System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB Directivity 100 k 300 k 20 0 09 Directivity 300 k 3 G 25 0 81 Directivity 3 G ...

Page 164: ...4 Reflection Tracking 3 G 6 G 1 0 0 66 Reflection Tracking 6 G 8 5 G 1 0 0 64 System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB Directivity 100 k 300 k 20 0 09 Directivity 300 k 3 G 25 0 81 Directivity 3 G 6 G 20 0 40 Directivity 6 G 8 5 G 15 0 67 Source match 1...

Page 165: ...0 0 66 Reflection Tracking 6 G 8 5 G 1 0 0 64 System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB Directivity 100 k 300 k 20 0 09 Directivity 300 k 3 G 25 0 81 Directivity 3 G 6 G 20 0 40 Directivity 6 G 8 5 G 15 0 67 Source match 100 k 300 k 20 0 05 Source match ...

Page 166: ...System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB Directivity 100 k 300 k 20 0 09 Directivity 300 k 3 G 25 0 81 Directivity 3 G 6 G 20 0 40 Directivity 6 G 8 5 G 15 0 67 Source match 100 k 300 k 20 0 05 Source match 300 k 3 G 25 3 00 Source match 3 G 6 G 20 1 94...

Page 167: ...nsmission Tracking 3 G 6 G 1 0 0 24 Transmission Tracking 6 G 8 5 G 1 0 0 35 Reflection Tracking 100 k 300 k 1 5 0 04 Reflection Tracking 300 k 3 G 1 0 0 04 Reflection Tracking 3 G 6 G 1 0 0 66 Reflection Tracking 6 G 8 5 G 1 0 0 64 System performance Frequency range Hz Test limit dB Test result dB Measurement uncertainty dB ...

Page 168: ...168 Chapter2 Performance Test E5071C Performance Test Record ...

Page 169: ...provides the adjustment information for the E5071C ENA Series Network Analyzer to ensure that it is within its specifications The adjustment must be performed Agilent s qualified service personnel If you need the adjustment for your E5071C it should be sent to the nearest Agilent Technologies service office ...

Page 170: ...side or outside the equipment or disconnection of the protective ground terminal can make the instrument dangerous Intentional interruption of the protective ground system for any reason is prohibited Warm up for Adjustment Warm up the E5071C for at least 30 minute before performing any of the following adjustment procedures to ensure proper results and correct instrument operation Required Equipm...

Page 171: ...ce office Table 3 1 Required Adjustment Item after Replacing Assembly Replaced Assembly Adjustment Item Writing ID OCXO Frequency Reference AUX Input Synthesizer Gain Virtual Bridge Coefficient Source Output Power Receiver IF Range Receiver Port Characteristics Receiver Absolute Gain Receiver RF Range OCXO Board Analog Base Module Synthesizer Module for Source Synthesizer Module for Local Level Ve...

Page 172: ...odel Frequency Counter Agilent 53181A with Opt 010 and 124 or Agilent 53131 2A with Opt 010 and 124 Frequency Standard Agilent 5071A BNC m BNC m Cable 61 cm Agilent p n 8120 1839 AUX Input Adjustment The purpose of this procedure is to adjust the offset error and proportional error of AUX Input Required equipment for the oven reference adjustment Description Recommended Model Function Generator Ag...

Page 173: ...del Power Meter Agilent E4419A B Power Sensor Agilent E9304A Opt H18 Receiver IF Range Adjustment The purpose of this procedure is to adjust IF Range Required equipment for the test port characteristics adjustment Description Recommended Model Calibration Kit Agilent 85032F N m N m Cable Agilent N6314A p n 8120 8862 Receiver Ports Characteristics Adjustment The purpose of this procedure is to adju...

Page 174: ...hapter3 Adjustment Required Adjustment after Replacing Assembly Receiver RF Range Adjustment This item writes the coefficient of RF Range Required equipment for the test port characteristics adjustment None ...

Page 175: ...175 4 Troubleshooting 4 Troubleshooting This chapter provides procedure to isolate a faulty assembly in the E5071C Network Analyzer ...

Page 176: ...pening of covers or removal of parts is likely to expose dangerous voltages Disconnect the instrument from its power supply beforehand CAUTION Many of the assemblies in the instrument are very susceptible to damage from ESD electrostatic discharge Perform the following procedures only at a static safe workstation and wear a grounding strap CAUTION DO NOT operate without following instructions Prog...

Page 177: ...igure 4 1 Password dialog box e5071cse1057 Step 5 Enter the password kid in the Password box and then click OK button Step 6 Click Exit in Service Functions Menu Then the E5071C exit the Measurement View then windows desktop screen appears with 3 icons Network Analyzer Recycle Bin and Internet Explorer NOTE If you wish to return to the Measurement View double click Network Analyzer icon NOTE If yo...

Page 178: ...pears on the LCD after the E5071C is turned on go to No Display troubleshooting on page 180 If the E5071C stops in booting process despite something being displayed on the LCD go to Boot Process Troubleshooting on page 182 The power on self test is performed once automatically after the E5071C measurement view is displayed If the power on self test fails go to Troubleshooting Using Diagnostics Tes...

Page 179: ... Power on self test pass Go to Function Specific Troubleshooting To Check the LCD Stop in booting process Display on screen No Yes Yes No Yes No Diagnostics test pass Power on Diagnostics test Power on Go to Function Specific Troubleshooting Go to No Display Troubleshooting No Go to Diagnostics Test Failure Troubleshooting Performance test pass Performance test End No Yes Go to Performance test Fa...

Page 180: ...o 5 Figure 4 3 No display trouble isolation procedure e5071cse1119 No Display Trouble Isolation start No Check rear panel fan and dc monitor LEDs on PCA PCI DSP Card Replace CPU Mother Board ASSY PCA DIGITAL Bridge or PCA PCI DSP Card Connect external monitor Replace power supply Check flat cable between PCA Front Key and LCD DIGITAL Bridge Check LCD backlight Displayed on monitor Flat cable OK Fa...

Page 181: ...k BIOS status of CPU Mother Board Assembly is correct as described in To configure the CPU Mother Board Assembly and BIOS on page 208 Step 3 Checking with the external monitor Connect an external XGA monitor to the VIDEO output on the E5071C rear panel If something is displayed on the external monitor the problem is present around the LCD Also check the PCA Front Key and PCA Digital Bridge because...

Page 182: ...ss troubleshoot using the following step by step procedure Figure 4 4 Booting process flowchart e50071cse1120 Windows Boot Screens Revision and Option Information Display Measurement View Power On VIDEO BIOS Title Screen Splash Screen F2 Key Pressed BIOS Setup Menu No Yes Searching for Boot Record Power On Self Test 1 2 5 4 3 6 7 Did it Shutdown Properly Last Time Scan Disk Check Yes No ...

Page 183: ...screen Figure 4 5 Splash Screen e5071cse1061 Step 2 Windows boot screens The Windows boot screens are displayed The Windows boot screens consists of two screens Each screen is displayed in the order as shown in Figure 4 6 If the Windows boot screens are displayed it is assumed that the Hard Disk Drive works While the Window screens are displayed Windows operating system is starting up Figure 4 6 W...

Page 184: ... device drivers which are necessary to use the E5071C functions and are installed in the system before the E5071C is shipped from Agilent factory If the operating system doesn t detect them a message box is displayed In this case install the device driver Step 3 Revision and option information The firmware revision and hardware option information along with copyright declaration is displayed as sh...

Page 185: ...ed the PCA PCI DSP Card failed in writing DSP program into flash ROM when the firmware was installed first or updated to the newest version A problem in the PCA PCI DSP Card or CPU Mother Board Assembly is suspected Step 4 Measurement view The measurement view as shown in Figure 4 8 is displayed after the system initialization is completed without problem Figure 4 8 Measurement view e5071cse1060 S...

Page 186: ...wer on self test as required a Press key b Click Service Menu and then Test Menu in the softkeys c Click Power On Test to restart the test Wait until the power on test ends d The test result OK or Failed is displayed in the Power On Test key PLL unlock When a PLL of the frequency synthesizers is unlocked not the Power on self test failed but Phase lock loop unlocked message is displayed If it occu...

Page 187: ... properly the following conditions must be met 1 Environmental temperature 23 C 5 C 2 Warm up status indicator in the instrument status bar exhibits Ready in blue NOTE Do not operate front panel keys keyboard and mouse during the diagnostics test Changing the instrument settings while the diagnostics test is in progress will cause incorrect test results Step 1 Connect a mouse to the rear panel USB...

Page 188: ...m file to select it from program menu Step 8 Click Open button to download the internal test program Step 9 Press Select Macro to select function Step 10 Press or click Module1 main to open the Module1 main program file Diagnostics Test dialog box will appear as shown in Figure 4 10 The dialog box shows the menu of test groups to choose from Figure 4 10 Diagnostics Test dialog box Step 11 Select t...

Page 189: ...ple shown in Figure 4 11 Figure 4 11 Diagnostics test result display example Pass Step 13 To exit the siagnostics test click Exit button NOTE Test result is stocked as resultDT txt in Log folder under D Agilent Service This test is cannot be executed under 1ch 4tr 20001 points mode If it is executed with this mode error message is displayed shown in Figure 4 12 Figure 4 12 Error message on Diagnos...

Page 190: ...nu Also if it is failed on DCBUS TEST troubleshooting is refer to Figure 4 15 and if it is failed on Internal Level Monitor troubleshooting is refer to Figure 4 16 Table 4 3 Diagnostic Test Failure Troubleshooting Test No Group Failed Test Probable faulty Board Assembly BAS SRC LCL VNR REC T2 1 DC BUS ALL BAS SRC LCL VNR 2 Internal Level Monitor ALL SRC LCL VNR 3 RF Output Level Power Sweep Port 1...

Page 191: ... Analog Base Board SRC TESTED Synthesizer Module Source LCL TESTED Synthesizer Module Local VNR TESTED Level Vervier Module REC TESTED Receiver Module NOTE Module configulation is shown Figure 4 13 for 2 port and Figure 4 14 for 4 port Figure 4 13 Module configulation for 2 port Slot 2 Synthesizer Module for Source Slot 3 Synthesizer Module for Local Slot 6 Receiver Module for Port 1 Slot 9 Receiv...

Page 192: ...ics Test Figure 4 14 Module configulation for 4 port Slot 2 Synthesizer Module for Source Slot 3 Synthesizer Module for Local Slot 6 Receiver Module for Port 1 Slot 7 Receiver Module for Port 2 Slot 8 Receiver Module for Port 3 Slot 9 Receiver Module for Port 4 ...

Page 193: ...g Base B d Sequential Error Add Receiver B d BAS GND FAIL BAS TEMP FAIL BAS VM9 FAIL BAS OTHER FAIL END 8 room temperature 38 Replace Analog Base B d Rec B d Trouble Replace Analog Base B d Replace SRC B d Replace LCL B d Replace VNR B d Replace Analog Base B d BAS VM9 FAIL Replace Analog Base B d Room tempareture is out of condition NO YES No Rec B d NO NO YES NO YES YES NO NO YES NO YES YES NO Y...

Page 194: ...ble Assy or Distributor B d has trouble Assy 50Ohm on SRC B d Output Port SYN LCL FAIL Replace SRC B d VNR FAIL Replace VNR B d VNR FAIL Assy 50Ohm on output ports of Soure Switch 1 VNR FAIL Replace Soure Switch 1 Assy 50Ohm on output ports of Soure Switch 2 VNR FAIL Replace Soure Switch 2 2Port Model 4Port Model Replace Rec B d on Port1 Cable Assy or VNR B d has trouble Assy 50Ohm on VNR Output P...

Page 195: ...are indicated on the 10 4 inch color LCD display Refer to To Check the LCD on page 199 External keyboard The external keyboard can be used for the entry of numerical and character data when it is connected to the keyboard interface connector USB on the rear panel Refer to To Check the External Keyboard on page 199 Mouse The mouse can be used to move the pointer on the LCD display select a function...

Page 196: ...t view in accordance with the procedure described in How to exit from the E5071C Measurement View on page 177 Then Windows desktop screen is displayed Step 2 Click My Computer with the right button and select Properties as shown in Figure 4 17 Then the System Properties Figure 4 18 will appear Figure 4 17 Opening System Property Window e5071cse1063 Figure 4 18 System Properties Window General e507...

Page 197: ...evice drivers and displays the device names as shown in Figure 4 19 Figure 4 19 System Properties Window Hardware e5071cse1065 Click the icon with the right button and click Property to show the detail of the status as shown in Figure 4 20 Figure 4 20 Opening Device Driver Property e5071cse1066 ...

Page 198: ...nob and a count of RPG output Figure 4 22 Key code and key name display example e5071cse1068 Step 5 To exit the front panel test press key three times If multiple keys fail to work a problem in PCA Front Key is suspected Also check the flat cable between the PCA Front Key and PCA Digital Bridge If only a specific key doesn t work check first if the key is subsided in the panel If the rotary knob d...

Page 199: ...the PCA PCI DSP Card is securely connected to the CPU Mother Board Assembly If only the LCD display has a problem check the flat cable between the PCA Front Key and PCA Digital Bridge If the LCD is not illuminated with backlight check the Inverter Unit Assembly and the cable between the Inverter Unit Assembly and PCA Front Key Also check the cables between the LCD TPANEL Assembly and Inverter Unit...

Page 200: ... Input Procedure Step 1 Press and to initialize the E5071C Step 2 Press key Step 3 Click Trigger Source and then External in the menu bar to set the trigger mode to External Step 4 Connect a BNC Short or 50 Ω termination to the Ext Trig connector on the rear panel and disconnect it Thereby a measurement trigger should be generated and a measurement result trace should be refreshed Step 5 If no tri...

Page 201: ...e When the power is turned on it is required to confirm the notch geometry is set as follows NOTE If the notch geometry is not set as follows the error message OS not found will be shown when you turn on the power Figure 4 23 Removable Hard Disk Drive e5071cse3009 Figure 4 24 Removable Hard Disk Drive for Option 017 e5071cse3008 ...

Page 202: ... the adjustment and performance test as final step in the case of finishing the troubleshooting Recommended adjustment for performance test failure Table 4 6 shows the recommended adjustments when the performance test fails Select the adjustment program corresponding to the recommended adjustment and perform the adjustment NOTE There are no adjustment related to trace noise crosstalk and system dy...

Page 203: ... When Crosstalk System dynamic range or Uncorrected system performance test fails check first whether the connections of the RF semi rigid cables between the suspicious assembly and others are tight or loose Also check for possible disconnection impairment of the cables and connectors Table 4 7 Performance test failure troubleshooting information First failed test Probable faulty board assembly or...

Page 204: ...formance S2 D2 R2 Uncorrected System Performance S3 D3 R3 Uncorrected System Performance S4 D4 R4 Uncorrected System Performance L21 L12 T21 T12 Uncorrected System Performance L31 L13 T31 T13 Uncorrected System Performance L41 L14 T41 T14 Uncorrected System Performance L32 L23 T32 T23 Uncorrected System Performance L42 L24 T42 T24 Uncorrected System Performance L43 L34 T43 T34 Table 4 7 Performanc...

Page 205: ...ction Semi Rgd Cable NOTE Module configulation is shown Figure 4 13 for 2 port and Figure 4 14 for 4 port Probable faulty board assembly or parts on Adjustment failure Table 4 9 represents the relationships between the failed adjustment and probable faulty assembly If the adjustment failures in this troubleshooting replace the assembly shown in this table Note that this table lists some typical ca...

Page 206: ...Src 1000 matPowSrc 4000 Receiver IF Range ccIFRange R1 T1 ccIFRange 21 T2 ccIFRange R3 T3 ccIFRange R4 T4 Receiver Port Characteristics S1 D1 R1 S2 D2 R2 S3 D3 R3 S4 D4 R4 L21 L12 T21 T12 L31 L13 T31 T13 L41 L14 T41 T14 L32 L23 T32 T23 L42 L24 T42 T24 L43 L34 T43 T34 Table 4 9 Adjustment failure troubleshooting information Probable faulty board assembly or parts Failed Adjustment Failed test item ...

Page 207: ...Base Module SYN SRC TESTED Synthesizer Module for Source SYN LCL TESTED Synthesizer Module for Local VNR TESTED Level Vervier Module RCV 1 TESTED Receiver Module Port 1 RCV 2 TESTED Receiver Module Port 2 RCV 3 TESTED Receiver Module Port 3 RCV 4 TESTED Receiver Module Port 4 DIS Distributer Module T2 SW T2 Switch CONN Connection Error on the system calibration NOTE Module configulation is shown F...

Page 208: ...ther Board Assembly is replaced with a new one it is advisable to perform the DRAM test before proceeding to the BIOS setup utility procedure Confirm the DRAM count in accordance with the following procedure Step 1 Connect the external keyboard and mouse to the E5071C rear panel connectors Step 2 Turn the instrument on Wait until the E5071C boots up Do not press any key until the E5071C measuremen...

Page 209: ...C starts up first with the BIOS when the power is turned on Use the following procedure to confirm or set the BIOS options known as the BIOS setup utility Run the BIOS setup utility Use the external keyboard to select and set various options in the BIOS setup utility Do not operate the E5071C front panel until you exit the BIOS option setup procedure Procedure Step 1 Connect the external keyboard ...

Page 210: ...n use key NOTE If you want to exit the BIOS option setting and exit the BIOS setup utility without saving changes in the setup select Exit Discarding Changes and press key at the Exit Menu Table 4 11 BIOS setup utility primary menus Menu Options Main System Time System Date CPU Type CPU Speed System Memory Extended Memory Information Version Information System Monitors Configuration IDE Devices Co...

Page 211: ...l of the BIOS options are automatically configured to the optimal settings for the E5071C Exit Without Saving If you cancel the changes in the BIOS option settings select Exit Discarding Changes using keys at the Exit Menu and press key Then a message of Quit Without Saving Y N is displayed Press and keys The BIOS setup utility is closed without saving the current settings Boot Floppy check Summar...

Page 212: ...212 Chapter4 Troubleshooting To configure the CPU Mother Board Assembly and BIOS ...

Page 213: ...213 5 Replaceable Parts 5 Replaceable Parts This chapter contains information for ordering replacement parts for the E5071C ENA Series RF Network Analyzers ...

Page 214: ...er System Within the USA Agilent can supply parts through a direct mail order system There are several advantages to this system Direct ordering and shipping from the Agilent Parts Center in Mountain View California No maximum or minimum on any mail order there is a minimum order amount for parts ordered through a local Agilent office when the orders require billing and invoicing Prepaid transport...

Page 215: ...sted assemblies are available on a trade in basis These assemblies are offered al lower cost than a new assembly but meet all factory specifications required of a new assembly The defective assembly must be returned for credit under the terms of the rebuilt exchange assembly program Any spare assembly stock desired should be ordered using the new assembly part number ...

Page 216: ...216 Chapter5 Replaceable Parts Replaceable Parts List Replaceable Parts List Top View Major Assemblies Figure 5 1 Top View Major Assemblies e5071cse1002 1 9 8 6 2 3 4 5 7 ...

Page 217: ...Table 5 20 1 PCA DIGITAL BOARD 4 See Table 5 19 1 GPIB CARD ASSEMBLY 5 See Table 5 19 1 PCA PCI DSP CARD ASSEMBLY 6 See Table 5 19 1 USB USBTMC INTERFACE CARD ASSEMBLY 7 E5052 62015 1 DIGITAL MOTHERBOARD 8 See Table 5 22 1 FAN ASSEMBLY 9 See Table 5 16 1 REMOVABLE HARD DISK DREIVE ASSEMBLY Chapter 5 217 Replaceable Parts Replaceable Parts List 5 Replaceable Parts ...

Page 218: ...218 Chapter5 Replaceable Parts Replaceable Parts List Top View Cables Figure 5 2 Top View Cables e5071cse1003 1 12 11 10 2 3 4 7 8 9 6 5 ...

Page 219: ... ASSY 4 E5071 61605 1 FLAT CABLE ASSY 5 E5071 61612 1 FLAT CABLE ASSY 6 E5071 61620 1 FLAT CABLE ASSY 7 E5071 61604 1 FLAT CABLE ASSY 8 E5071 61614 1 FLAT CABLE ASSY 9 E5071 61615 1 WIRE ASSY 10 E5071 61610 1 WIRE ASSY 11 E5070 61616 1 FLAT CABLE ASSY 12 E5071 61617 1 FLAT CABLE ASSY Chapter 5 219 Replaceable Parts Replaceable Parts List 5 Replaceable Parts ...

Page 220: ...220 Chapter5 Replaceable Parts Replaceable Parts List Top View Miscellaneous Parts Figure 5 3 Top View Miscellaneous Parts e5071cse1004 8 6 5 4 7 2 1 9 10 3 ...

Page 221: ...MACH M3 5 x L6 FL T15 4 5041 9176 1 TRIM STRIP 5 E5071 01201 1 BRACKET 6 0515 1946 2 SCREW MACH M3 0 x L6 FL T10 7 E5071 01212 1 GUARD 8 0515 1946 3050 2247 2 2 SCREW MACH M3 0 x L6 FL T10 WASHER 9 0515 0430 E5071 01206 2 2 SCREW MACH M3 0 x L6 PN T10 HOOK 10 E5071 00605 2 PLATE Chapter 5 221 Replaceable Parts Replaceable Parts List 5 Replaceable Parts ...

Page 222: ...wer Supply Figure 5 4 Top View Under Power Supply e5071cse1005 3 2 1 4 Table 5 4 Top View Under Power Supply Ref Desig Agilent Part Number Qty Description 1 E5071 61606 1 WIRE ASSY 2 0515 1946 1 SCREW MACH M3 0 x L6 FL T10 3 E5071 00600 1 BLACKET 4 1400 0866 4 CLAMP CABLE ...

Page 223: ...Chapter 5 223 Replaceable Parts Replaceable Parts List 5 Replaceable Parts Top View Motherboard and Other Parts Figure 5 5 Top View Motherboard and Other Parts e5071cse1006 5 4 10 3 1 2 9 6 7 8 ...

Page 224: ... MACH M3 0 x L6 PN T10 3 0363 0170 1 GASKET 10 UNITS 4 0515 0664 5 SCREW MACH M3 0 x L12 PN T10 5 0515 0430 3 SCREW MACH M3 0 x L6 PN T10 6 E5071 61080 1 ANALOG BASE MODULE 7 E5071 06001 1 SPACER 8 1400 1334 2 CLAMP CABLE 9 0515 0430 7 SCREW MACH M3 0 x L6 PN T10 10 0515 0372 1 SCREW MACH M3 0 x L8 PN T10 224 Chapter5 Replaceable Parts Replaceable Parts List ...

Page 225: ...Chapter 5 225 Replaceable Parts Replaceable Parts List 5 Replaceable Parts Bottom View Figure 5 6 Bottom View e5071cse1087 1 2 3 2 4 ...

Page 226: ...y Description 1 0515 1382 7 SCREW MACH M3 5 x L6 FL T15 2 0515 1946 5 SCREW MACH M3 0 x L6 FL T10 3 0515 1946 2 SCREW MACH M3 0 x L6 FL T10 Opt 430 435 480 485 4 0515 0430 4 SCREW MACH M3 0 x L6 PN T10 226 Chapter5 Replaceable Parts Replaceable Parts List ...

Page 227: ...2 E5071 61084 1 DISTRIBUTOR MODULE 3 E5071 62083 E5071 69083 1 1 LEVEL VERNIER BOARD LEVEL VERNIER BOARD Exchange 4 E5071 62081 E5071 69081 2 2 SYNTHESIZER BOARD SYNTHESIZER BOARD Exchange 5 E5071 62082 E5071 69082 2 2 RECEIVER BOARD Opt 230 280 430 480 RECEIVER BOARD Exchange Opt 230 280 430 480 E5071 62092 E5071 69092 2 2 RECEIVER BOARD Opt 235 285 435 485 RECEIVER BOARD Exchange Opt 235 285 435...

Page 228: ... E5071 62082 E5071 69082 2 2 RECEIVER BOARD Opt 430 480 RECEIVER BOARD Exchange Opt 430 480 E5071 62092 E5071 69092 2 2 RECEIVER BOARD Opt 435 485 RECEIVER BOARD Exchange Opt 435 485 Table 5 7 Front View Analog Ref Desig Agilent Part Number Qty Description ...

Page 229: ...9 1 2 4 7 6 5 3 8 Table 5 8 Front View Semirigid Cables Opt 2xx Ref Desig Agilent Part Number Qty Description 1 E5071 61641 1 RF CABLE ASSY SRGD 2 E5071 61640 1 RF CABLE ASSY SRGD 3 0955 0301 1 ATTENUATOR 4 E5071 61639 1 RF CABLE ASSY SRGD 5 E5071 61635 1 RF CABLE ASSY SRGD 6 E5071 61634 1 RF CABLE ASSY SRGD 7 E5071 61631 2 RF CABLE ASSY SRGD 8 1810 0118 2 TERMINATION ...

Page 230: ...ble 5 9 Front View Semirigid Cables Opt 4xx Ref Desig Agilent Part Number Qty Description 1 E5071 61638 1 RF CABLE ASSY SRGD 2 E5071 61637 1 RF CABLE ASSY SRGD 3 E5071 61636 1 RF CABLE ASSY SRGD 4 E5071 61635 1 RF CABLE ASSY SRGD 5 E5071 61634 1 RF CABLE ASSY SRGD 6 E5071 61631 4 RF CABLE ASSY SRGD 7 E5071 61632 2 RF CABLE ASSY SRGD 8 E5071 61633 2 RF CABLE ASSY SRGD ...

Page 231: ...Chapter 5 231 Replaceable Parts Replaceable Parts List 5 Replaceable Parts Front Panel Figure 5 10 Front Panel e5071cse1012 8 1 14 3 2 10 12 13 11 5 4 7 6 9 ...

Page 232: ...Y CAP 6 See Table 5 30 1 PCA PROBE POWER 7 See Table 5 30 1 PCA FRONT USB 8 E5071 00252 1 PANEL FRONT Opt 23x 28x E5071 00254 1 PANEL FRONT Opt 43x 48x 9 5182 7594 1 KNOB 10 E5070 60112 1 LCD TPANEL ASSY 1 BACKLIGHT included in LCD TPANEL ASSY 11 See Table 5 29 1 BRACKET INVERTER 12 See Table 5 29 1 INVERTER LS700 13 E5071 00621 1 COVER SHIELD 15 04191 08000 1 SPRING 232 Chapter5 Replaceable Parts...

Page 233: ... 1 0515 0372 6 SCREW MACH M3 0 x L8 PN T10 2 8160 1677 1 I O SHIELD 3 0515 0372 2 SCREW MACH M3 0 x L8 PN T10 4 2950 0054 4 NUT 2190 0054 4 WASHER LK INTL T 5 1250 0252 1 BNC CONNECTOR Opt 1E5 2950 0035 1 NUT HEX DBL CHAM Opt 1E5 2190 0102 1 WSHR LK INTL T Opt 1E5 E5071 00610 1 SPACER Opt 1E5 6960 0041 1 PLUG HOLE Opt UNQ 6 0515 1402 3 SCREW MACH M3 5 x L8 PN T15 7 0515 1402 2 SCREW MACH M3 5 x L8...

Page 234: ...N T10 3 0515 1946 3 SCREW MACH M3 0 x L6 FL T10 4 2950 0035 2 NUT Opt 235 285 2190 0102 2 WASHER Opt 235 285 6960 0524 2 PLUG HOLE Opt 235 285 2950 0035 4 NUT Opt 435 485 2190 0102 4 WASHER Opt 435 485 6960 0524 4 PLUG HOLE Opt 230 280 430 480 5 2110 0046 2 FUSE 5A 125V Opt 235 285 1400 0112 2 FUSE HOLDER CAP Opt 235 285 6960 0309 2 PLUG HOLE Opt 235 285 2110 0046 4 FUSE 5A 125V Opt 435 485 1400 0...

Page 235: ... Part Number Qty Description 1 E5071 04002 1 COVER ASSY 2 5041 9186 2 STRAP HANDLE FRT 0515 2049 2 SCREW MACH M5 0 x L16 FL T20 3 5041 9173 2 SIDE TRIM 221 5 4 5041 9167 4 FOOT FL 1460 1345 2 WIREFORM 5021 2840 4 KEY LOCK 5 E5100 40002 4 STANDOFF 0515 1402 4 SCREW MACH M3 5 x L8 PN T15 6 5041 9187 2 STRAP HANDLE REAR 0515 2049 2 SCREW MACH M5 0 x L16 FL T20 7 08720 00081 2 STRAP HANDLE ...

Page 236: ...83 2 1 6 5 4 3 Table 5 14 Left Side View Ref Desig Agilent Part Number Qty Description 1 E5071 61603 1 FLAT CABLE ASSY 2 E5071 00607 1 PLATE 3 0515 1946 2 SCREW MACH M3 0 x L6 FL T10 4 0515 0430 2 SCREW MACH M3 0 x L6 PN T10 5 0515 2146 1 SCREW MACH M3 0 x L4 FL T10 6 0515 1946 2 SCREW MACH M3 0 x L6 FL T10 ...

Page 237: ...5071cse1084 1 2 5 4 3 6 Table 5 15 Right Side View Ref Desig Agilent Part Number Qty Description 1 E5071 61604 1 FLAT CABLE ASSY 2 1400 0611 2 CLAMP CABLE 3 0515 0430 1 SCREW MACH M3 0 x L6 PN T10 4 0515 2146 1 SCREW MACH M3 0 x L4 FL T10 5 0515 0430 2 SCREW MACH M3 0 x L6 PN T10 6 0515 0372 1 SCREW MACH M3 0 x L8 PN T10 ...

Page 238: ...e5071cse1016 5 3 1 2 4 Table 5 16 Removable Hard Disk Drive Assembly Ref Desig Agilent Part Number Qty Description 1 5188 4410 1 HDD CARRIER Service Center Only 2 E5071 82301 1 HDD INSTALLED Service Center Only 3 0515 4353 4 SCREW MACH M3 0 x L3 PN T10 Service Center Only 4 0960 2562 1 HDD KEYS 5 0515 0430 4 SCREW MACH M3 0 x L6 PN T10 ...

Page 239: ...39 Replaceable Parts Replaceable Parts List 5 Replaceable Parts Removable Hard Disk Drive Assembly Option 017 Figure 5 17 Removable Hard Disk Drive Assembly Option 017 e5071cse3001 12 8 8 7 4 5 9 1 2 13 3 6 10 11 ...

Page 240: ...CBL ASSY 4 E5071 82301 1 HDD INSTALLED Service Center Only 5 E5070 00650 1 PLATE BOTTOM 6 0515 2146 4 SCREW MACH M3 0 x L4 FL T10 7 E5070 04006 2 COVER 8 0515 1946 4 SCREW MACH M3 0 x L6 FL T10 9 E5070 00655 1 PLATE FRONT 10 0515 2146 2 SCREW MACH M3 0 x L4 FL T10 11 E5070 87301 2 LABEL 12 1390 1375 1 HDD KEYS 13 7121 5441 1 LABEL Service Center Only 240 Chapter5 Replaceable Parts Replaceable Part...

Page 241: ...er 5 241 Replaceable Parts Replaceable Parts List 5 Replaceable Parts Hard Disk Drive Assembly Option 019 Figure 5 18 Hard Disk Drive Assembly Option 019 e5071cse3002 13 11 6 5 7 1 3 2 8 9 4 10 12 HDD BOTTOM ...

Page 242: ...0430 2 SCREW MACH M3 0 x L6 PN T10 5 0515 0374 4 SCREW MACH M3 0 x L10 PN T10 6 0515 2028 2 SCREW MACH M2 5 x L6 FL T8 7 E5070 01255 1 BRACKET HDD 8 0515 2146 4 SCREW MACH M3 0 x L4 FL T10 9 E5071 01220 1 HDD BRACKET 10 E5071 01223 1 HDD BRACKET 11 E5071 01201 1 HDD BRACKET 12 0515 0430 4 SCREW MACH M3 0 x L6 PN T10 13 E5070 25061 1 TM SHEET 0 5T 242 Chapter5 Replaceable Parts Replaceable Parts Li...

Page 243: ...ard AND USB Card Assembly Ref Desig Agilent Part Number Qty Description 1 E5071 01204 1 BRACKET BOARD 2 E5070 66551 1 PCI DSP CARD 3 0515 0430 1 SCREW MACH M3 0 x 6 PN T10 4 82350 66512 1 PCI GPIB CARD Service Center Only 5 0515 0430 2 SCREW MACH M3 0 x 6 PN T10 6 0960 2357 1 USB ADAPTER CARD 7 E5071 01218 1 BRACKET USB 8 0515 0430 2 SCREW MACH M3 0 x 6 PN T10 9 2190 0054 2 WSHR LK INTL T 10 2950 ...

Page 244: ...igital Board Assembly Figure 5 20 PCA Digital Board Assembly e5071cse1088 3 2 1 Table 5 20 PCA Digital Board Assembly Ref Desig Agilent Part Number Qty Description 1 E5070 66553 1 PCA DIGITAL BRIDGE 2 0515 0430 2 SCREW MACH M3 0 x 6 PN T10 3 E5071 01210 1 STAY ...

Page 245: ...ion 4 port Option Table 5 21 T2 Switch Assembly Ref Desig Agilent Part Number Qty Description 1 E5071 61084 1 DISTRIBUTOR MODULE 2 E5071 61619 1 WIRE ASSY Opt 2xx 3 WIRE ASSY Opt 4xx 3 5087 7272 1 SWITCH RF SPDT Opt 2xx 3 SWITCH RF SPDT Opt 4xx 4 0515 1410 2 SCREW MACH M3 0 x L20 PN T10 Opt 2xx 6 SCREW MACH M3 0 x L20 PN T10 Opt 4xx 5 0955 0301 1 ATTENUATOR Opt 2xx ...

Page 246: ...arts List Fan Assembly Figure 5 22 Fan Assembly e5071cse1089 2 2 4 3 1 Table 5 22 Fan Assembly Ref Desig Agilent Part Number Qty Description 1 E5071 01200 1 BRACKET FAN 2 0361 1885 12 RIVET PLASTIC 3 E5071 61618 3 FAN ASSY 4 1400 0249 3 CABLE TIE ...

Page 247: ...placeable Parts Power Suplly Assembly Figure 5 23 Power Suplly Assembly e5071cse1159 1 2 3 Table 5 23 Power Suplly Assembly Ref Desig Agilent Part Number Qty Description 1 0950 4773 1 POWER SUPPLY 2 E5071 00601 1 PLATE 3 0515 1946 3 SCREW MACH M3 0 x L6 FL T10 ...

Page 248: ...5 24 PCA DC Bias and Oven Assembly Ref Desig Agilent Part Number Qty Description 1 E5071 00200 1 PANEL REAR 2 E5070 66557 1 PCA DC BIAS 2 PORT Opt 235 285 E5070 66558 1 PCA DC BIAS 4 PORT Opt 435 485 3 1400 1391 1 CLANP CABLE Opt 1E5 4 E5071 61602 1 WIRE ASSY Opt 1E5 5 E5071 66505 1 OVEN PCA Opt 1E5 6 E5070 61616 1 FLAT CBL ASSY 7 43521 61622 1 RF CABLE ASSY ...

Page 249: ...y Figure 5 25 Analog Motherboard Assembly e5071cse1085 4 2 3 2 1 5 Table 5 25 Analog Motherboard Assembly Ref Desig Agilent Part Number Qty Description 1 E5070 66550 1 ANALOG MOTHER BOARD 2 0515 0430 10 SCREW MACH M3 0 x 6 PN T10 3 1400 1334 2 CLAMP CABLE 4 E5071 61613 1 WIRE ASSY 5 0340 1259 1 GROMMET ...

Page 250: ...250 Chapter5 Replaceable Parts Replaceable Parts List Chassis Assembly Figure 5 26 Chassis Assembly e5071cse1024 2 1 5 6 7 3 4 4 ...

Page 251: ...ption 1 E5071 60001 1 CHASSIS 2 5022 1190 1 FRONT FRAME 3 8160 0641 1 GASKET 125 cm 4 0515 2113 8 SCREW MACH M4 0 x L8 PN T20 5 E5071 24007 2 SPACER 6 1520 0685 4 DAMPER 7 1400 1334 2 CLAMP CABLE Chapter 5 251 Replaceable Parts Replaceable Parts List 5 Replaceable Parts ...

Page 252: ... List Keyboard Assembly Figure 5 27 Keyboard Assembly e5071cse1091 1 3 2 1 Table 5 27 Keyboard Assembly Ref Desig Agilent Part Number Qty Description 1 0515 0430 8 SCREW MACH M3 0 x 6 PN T10 2 E5070 66552 1 PCA FRONT KEY 3 0363 0170 2 GASKET 19 UNITS ...

Page 253: ...7 2 8 9 Table 5 28 LCD Assembly Ref Desig Agilent Part Number Qty Description 1 0515 1402 4 SCREW MACH M3 5 x L8 PN T15 2 1400 1391 3 CLANP CABLE 3 E5070 61628 1 WIRE ASSY 4 E5070 60112 1 LCD TPANEL ASSY 5 See Table 5 29 1 INVERTER ASSY 6 E5071 61611 1 WIRE ASSY 7 1400 0249 1 CABLE TIE 8 E5071 61616 1 FLAT CBL ASSY 9 E5071 61608 1 WIRE ASSY ...

Page 254: ...e Parts List Inverter Assembly Figure 5 29 Inverter Assembly e5071cse1093 3 1 2 Table 5 29 Inverter Assembly Ref Desig Agilent Part Number Qty Description 1 E5071 01211 1 BRACKET 2 0950 4420 1 INVERTER 3 0515 1974 2 SCREW MACH M2 5 x L4 PN T8 ...

Page 255: ... e5071cse1027 5 6 3 4 2 1 Table 5 30 Standby Switch Assembly Ref Desig Agilent Part Number Qty Description 1 0515 0430 2 SCREW MACH M3 0 x L6 PN T10 2 E5070 66556 1 PCA PROBE POWER 3 E5070 66555 1 PCA FRONT USB 4 E5070 61901 1 WIRE ASSY W STANDBY SWITCH 5 0515 2028 2 SCREW MACH M2 5 x L6 FL T8 6 0515 0430 2 SCREW MACH M3 0 x L6 PN T10 ...

Page 256: ...gilent Part Number Qty Description 1 0515 0430 2 SCREW MACH M3 0 x L6 PN T10 2 1400 3156 2 CLAMP CABLE NYLON 6 6 3 5183 4184 1 CNTR TOUCH PANEL 4 E5071 00621 1 COVER 5 0363 0170 1 GASKET 10 UNITS 6 0515 0430 6 SCREW MACH M3 0 x L6 PN T10 7 0363 0170 1 GASKET 3 UNITS 8 0363 0170 1 GASKET 24 UNITS 9 1400 0611 1 CLAMP CABLE 10 1400 3337 2 CLAMP CABLE 11 0363 0170 1 GASKET 12 UNITS ...

Page 257: ...VOLTAGE MAY DAMAGE CIRCUITS 3 2 1 Table 5 32 Label on Front Face Ref Desig Agilent Part Number Qty Description 1 E5070 87125 1 LABEL CAUTION 2 1401 0247 2 CAP PROT Opt 2xx 4 CAP PROT Opt 4xx 3 E5070 87009 1 LABEL Opt 230 430 E5070 87010 1 LABEL Opt 235 435 E5071 87309 1 LABEL Opt 240 440 E5071 87310 1 LABEL Opt 245 445 E5071 87110 1 LABEL Opt 285 485 E5071 87119 1 LABEL Opt 280 480 ...

Page 258: ...r Qty Description 1 E5070 87103 1 LABEL NOTE for Switch 2 E5071 87107 1 LABEL Opt 235 285 E5071 87109 1 LABEL Opt 435 485 3 5188 1387 1 LABEL Opt 230 5188 1388 1 LABEL Opt 235 5188 1391 1 LABEL Opt 430 5188 1392 1 LABEL Opt 435 5188 4421 1 LABEL Opt 240 5188 4422 1 LABEL Opt 245 5188 4423 1 LABEL Opt 440 5188 4424 1 LABEL Opt 445 5188 1394 1 LABEL Opt 280 5188 1395 1 LABEL Opt 285 ...

Page 259: ...t 485 5185 3795 1 LABEL Opt 008 Service Center Only 5080 3939 1 LABEL Opt 010 Service Center Only 5185 3722 1 LABEL Opt 1E5 5188 4412 1 LABEL Opt 790 Service Center Only 5185 3721 1 LABEL Opt UNQ 5185 3775 1 LABEL Opt 017 5185 3777 1 LABEL Opt 019 Table 5 33 Label on Rear Face Ref Desig Agilent Part Number Qty Description ...

Page 260: ... Qty Description E5071 901x0 1 The number indicated by x in the part number of each manual sample program disk or CD ROM 0 for the first edition is incremented by 1 each time a revision is made The latest edition comes with the product 1 1 SERVICE GUIDE 2 Opt 0BW only 2 1150 7799 1 MOUSE 5188 4407 1 KEYBOARD ...

Page 261: ...Chapter 5 261 Replaceable Parts Power Cables and Plug Configurations 5 Replaceable Parts Power Cables and Plug Configurations Figure 5 34 Power Cables and Plug Configurations ...

Page 262: ...262 Chapter5 Replaceable Parts Power Cables and Plug Configurations ...

Page 263: ...263 6 Replacement Procedure 6 Replacement Procedure This chapter provides procedure for removing and replacing the major assemblies in the E5071C ENA Series Network Analyzer ...

Page 264: ...mance Test WARNING These servicing instructions are for use by qualified personnel only To avoid electrical shock do not perform any servicing unless you are qualified to do so WARNING The opening of covers or removal of parts is likely to expose dangerous voltages Disconnect the instrument from its power supply CAUTION Many of the assemblies in this instrument are very susceptible to damage from ...

Page 265: ... 5 16 in Outer Cover Front Panel Removable Hard Disk Assembly Removable Hard Disk Drive Hard Disk Assembly Opt 019 Hard Disk Drive Opt 019 Power Supply Digital Bridge Handler I O USB USBTMC Interface Card PCI DSP Card and GPIB Card Digital Motherboard Analog Base Module Level Vernier Module Synthesizer Module Receiver Module Switch Fan PCA DC Bias Board Crystal Oven Board Analog Motherboard Front ...

Page 266: ...Remove the four bottom feet item 1 Step 3 Remove the four TORX T10 screws item 2 from the bottom Step 4 Remove the four TORX T20 screws item 3 fastening the side strap handles Step 5 Remove the four TORX T15 screws item 4 fastening the four rear foot Step 6 Remove the five TORX T15 screws item 5 fastening the cover Step 7 Slide up the outer cover and remove it carefully Figure 6 1 Outer Cover Remo...

Page 267: ...r as described in Outer Cover Removal on page 266 Step 2 Remove the top trim item 1 using a flat edge driver Step 3 Remove the seven TORX T15 screws item 2 fastening front panel Step 4 Release the cable item 3 from the cable clamp item 4 Step 5 Release the two cable item 6 from the cable clamp item 5 Step 6 Gradually push the front panel assembly towards the outside Figure 6 2 Front Panel Removal ...

Page 268: ...Remove the outer cover as described in Outer Cover Removal on page 266 Step 2 Remove the front panel as described in Front Panel Removal on page 267 Step 3 Disconnect the two cables item 1 Step 4 Remove the three TORX T10 screws item 2 fastening the removable hard disk assembly Step 5 Be careful to release the hook from chassis item3 and lift the removable hard disk assembly Step 6 Remove the four...

Page 269: ...Chapter 6 269 Replacement Procedure Removable Hard Disk Assembly Removal 6 Replacement Procedure Figure 6 3 Removable Hard Disk Assembly Replacement e5071cse1096 1 2 2 4 3 ...

Page 270: ...gure 6 4 for this procedure Step 1 Insert the key P N 0960 2562 in the lock and turn clockwise item 1 Step 2 Press the button under the lock item 2 and remove the hard disk item 3 Step 3 Remove the four TORX T10 screws item 4 and remove the removable hard disk drive s lid item 5 Step 4 Remove the four TORX T10 screws item 6 fastening the HDD bracket and remove it Step 5 Remove the hard disk drive ...

Page 271: ...item 6 using a torque screwdriver Step 2 Insert the hard disk into the slot Step 3 Turn the key to the left until it is locked then remove the key NOTE The U is displayed at the 8 segment LED on next to the removal hard disk when E5071C is turned on without key lock Step 4 Restore backup files onto the new removable hard disk drive as described in Restore Backup Files onto the New Hard Disk Drive ...

Page 272: ...from the D Agilent Service folder and then press the Open button Step 1 Press Step 2 The RestoreSysCorFile dialog box appears Step 3 Click OK NOTE Once the program has terminated restart the E5071C to enable the system correction data Calibration of the Touch Screen When you have replaced the HDD on a E5071C equipped you have to calibrate the touch screen Follow the procedure described below to ca...

Page 273: ...ith your finger The mark x appears also on the lower left upper right and lower right Touch the x marks in that order with your finger Touching the four locations described above with your finger automatically concludes the touch screen calibration NOTE With no operation on the touch screen calibration screen for a preset time it automatically closes and the previous measurement screen reappears ...

Page 274: ...ure Step 1 Remove the outer cover as described in Outer Cover Removal on page 266 Step 2 Remove the front panel as described in Front Panel Removal on page 267 Step 3 Disconnect the two cables item 1 Step 4 Remove the three TORX T10 screws item 2 fastening the removable hard disk assembly Step 5 Be careful to release the hook from chassis item3 and lift the removable hard disk assembly Step 6 Remo...

Page 275: ...Chapter 6 275 Replacement Procedure Removable Hard Disk Assembly Removal Option 017 6 Replacement Procedure Figure 6 6 Removable Hard Disk Assembly Replacement Opton 017 e5071cse3003 1 2 2 4 3 ...

Page 276: ...to Figure 6 7 for this procedure Step 1 Insert the key P N 1390 1375 in the lock and turn clockwise item 1 Step 2 Slacken a screw item 2 then press the button item 3 and remove the hard disk item 4 Step 3 Remove the four TORX T10 screws item 5 and remove the removable hard disk drive s lid item 6 Step 4 Remove the four TORX T10 screws item 7 fastening the HDD bracket and remove it Step 5 Remove th...

Page 277: ...k drive by inverse procedure of removal NOTE Fasten the TORX T10 screws item 7 using a torque screwdriver Step 2 Insert the hard disk into the slot Step 3 Turn the key to the left until it is locked then remove the key Step 4 Restore backup files onto the new removable hard disk drive as described in Restore Backup Files onto the New Hard Disk Drive on page 272 Step 5 Calibrate the touch screen as...

Page 278: ...e the front panel as described in Front Panel Removal on page 267 Step 3 Disconnect the two cables item 1 Step 4 Remove the four TORX T10 screws item 2 fastening the hard disk assembly Step 5 Lift the hard disk assemby item 3 Step 6 Remove the two TORX T10 screws item 4 fastening the bracket Step 7 Remove a TORX T10 screw item 5 fastening the bracket Step 8 Be careful to release the hook from chas...

Page 279: ...0 N m 4 4 lb in Removal procedure Refer to Figure 6 9 for this procedure Step 1 Remove the outer cover as described in Outer Cover Removal on page 266 Step 2 Disconnect the two cables item 1 Step 3 Remove the four TORX T10 screws item 2 fastening the hard disk assembly Step 4 Remove the four TORX T10 screws item 3 fastening the hard disk bracket Step 5 Remove the hard disk drive item 4 from the co...

Page 280: ...280 Chapter6 Replacement Procedure Hard Disk Drive Replacement Option 019 Figure 6 9 Removable Hard Disk Drive Removal Option 019 e5071cse3006 1 3 2 2 4 ...

Page 281: ...ovable Hard Disk Drive Removal Option 019 Step 2 Replace the hard disk drive by inverse procedure of removal NOTE Fasten the TORX T10 screws item 3 using a torque driver Step 3 Restore backup files onto the new removable hard disk drive as described in Restore Backup Files onto the New Hard Disk Drive on page 272 Step 4 Calibrate the touch screen as described in Calibration of the Touch Screen on ...

Page 282: ...d in Outer Cover Removal on page 266 Step 2 Remove the two TORX T10 screws item 1 fasting the angle item 2 and lift it Step 3 Disconnect the power supply cables item 3 Step 4 Disconnect the cable form analog motherboard item 4 Step 5 Remove the two TORX T10 screws item 5 from the rear panel Step 6 Remove the two TORX T10 screws and washers item 6 fastening the power supply holder Step 7 Lift the p...

Page 283: ...lacement 6 Replacement Procedure Figure 6 11 Power Supply Assembly Removal e5071cse1098 2 4 3 1 5 6 7 Replacement Procedure Step 1 Replace the power supply assembly by inverse procedure of removal NOTE Fasten the TORX T10 screws item 7 using a torque screwdriver ...

Page 284: ... described in Outer Cover Removal on page 266 Step 2 Remove the three TORX T10 screws item 1 fastening the angle Step 3 Disconnect the flat cables item 2 from the digital bridge board Step 4 Remove the two TORX T10 screws item 3 fastening the board to the rear panel Step 5 Lift the digital bridge board item 4 Step 6 Disconnect the cables item 5 from the digital bridge board Step 7 Remove the two T...

Page 285: ...rocedure Digital Bridge Board Replacement 6 Replacement Procedure Figure 6 12 Digital Bridge Board Removal e5071cse1099 1 3 6 4 2 5 6 5 Replacement Procedure Step 1 Replace the digital bridge board by inverse procedure of removal ...

Page 286: ...T20 Removal Procedure Refer to Figure 6 13 for this procedure Step 1 Remove the outer cover as described in Outer Cover Removal on page 266 Step 2 Disconnect the flat cable item 1 from the handler I O board Step 3 Remove the two TORX T10 screws item 2 fastening the handler I O board Step 4 Slide the handler I O board toward backward item 3 ...

Page 287: ...acement Procedure Handler I O Board Replacement 6 Replacement Procedure Figure 6 13 Handler I O Board Removal e5071cse1100 1 2 3 Replacement Procedure Step 1 Replace the handler I O board by inverse procedure of removal ...

Page 288: ...e the outer cover as described in Outer Cover Removal on page 266 Step 2 Remove the three TORX T10 screw item 1 fastening the angle and lift it Step 3 Disconnect the flat cable item 2 from the PCI DSP card Step 4 Remove the two TORX T10 screws item 3 fastening the card to the rear panel Step 5 Disconnect the assembly item 4 from the Digital Motherboard and lift it Step 6 Remove the two TORX T10 sc...

Page 289: ...ure USB USBTMC Interface Card Replacement 6 Replacement Procedure Figure 6 14 USB USBTMC Interface Card Removal e5071cse1102 2 4 5 3 1 Replacement Procedure Step 1 Replace the USB USBTMC interface card by inverse procedure of removal ...

Page 290: ...w item 2 fastening the stay and lift it Step 4 Disconnect the flat cables item 3 Step 5 Disconnect the flat cable item 4 from the handler I O board Step 6 Remove the four TORX T10 screw item 5 fastening the card to the rear panel Step 7 Disconnect the USB USBTMC interface card item 6 from the Digital Motherboard and lift it Step 8 Disconnect the assembly item 7 from the Digital Motherboard and lif...

Page 291: ...t 6 Replacement Procedure Figure 6 15 PCI DSP Card and GPIB Card Removal e5071cse1101 1 3 6 9 10 5 8 7 2 4 Replacement Procedure Step 1 Replace the PCI DSP card and GPIB card by inverse procedure of removal NOTE Fasten the 5 8 inch nuts item 8 using an open end torque wrench ...

Page 292: ...Removal on page 268 Power Supply Assembly refer to Power Supply Assembly Replacement on page 282 Handler I O board refer to Handler I O Board Replacement on page 286 Digital Bridge board refer to Digital Bridge Board Replacement on page 284 PCI DSP Card and GPIB Card refer to PCI DSP Card and GPIB Card Replacement on page 290 Fan Assembly refer to Fan Replacement on page 308 Step 3 Disconnect all ...

Page 293: ...cement Procedure Digital Motherboard Replacement 6 Replacement Procedure Figure 6 16 Digital Motherboard Removal e5071cse1124 1 Replacement Procedure Step 1 Replace the digital motherboard by inverse procedure of removal ...

Page 294: ...Supply as described in Power Supply Assembly Replacement on page 282 Step 3 Remove the two TORX T10 screws item 1 fastening the plate and lift it Step 4 Remove the four 5 8 inch nut item 2 fastening the rear panel Step 5 Disconnect the flat cable item 4 from analog motherboard Step 6 Remove the three TORX T10 screws item 3 fastening the analog base module Step 7 Push the analog base module item 5 ...

Page 295: ...lacement 6 Replacement Procedure Figure 6 17 Analog Base Module Removal e5071cse1123 5 6 3 1 4 3 2 Replacement Procedure Step 1 Replace the analog base module by inverse procedure of removal NOTE Fasten the 5 8 inch nuts item 2 using an open end torque wrench ...

Page 296: ...driver set 5 16 inch set to 1 08 N m 9 5 lb in for reconnecting SMA connector Removal Procedure Refer to Figure 6 18 for this procedure Step 1 Remove the outer cover as described in Outer Cover Removal on page 266 Step 2 Remove the front panel as described in Front Panel Removal on page 267 Step 3 Disconnect the semi rigid cable item 1 Step 4 Disconnect the semi rigid cable item 2 Step 5 Remove a ...

Page 297: ... Replacement Procedure Figure 6 18 Level Vernier Module Removal e5071cse1103 1 4 3 2 Replacement Procedure Step 1 Replace the level vernier module by inverse procedure of removal NOTE Fasten the semi rigid cables using a torque wrench or torque driver set for replacement ...

Page 298: ...et 5 16 inch set to 1 08 N m 9 5 lb in for reconnecting SMA connector Removal Procedure Refer to Figure 6 18 for this procedure Step 1 Remove the outer cover as described in Outer Cover Removal on page 266 Step 2 Remove the front panel as described in Front Panel Removal on page 267 Step 3 Disconnect the semi rigid cable item 1 Step 4 Disconnect the semi rigid cable item 2 Step 5 Remove the two TO...

Page 299: ...6 Replacement Procedure Figure 6 19 Synthesizer Module Removal e5071cse1104 1 2 3 4 Replacement Procedure Step 1 Replace the synthesizer module by inverse procedure of removal NOTE Fasten the semi rigid cables using a torque wrench or torque driver set for replacement ...

Page 300: ...ch set to 1 08 N m 9 5 lb in for reconnecting SMA connector Removal Procedure Refer to Figure 6 18 for this procedure Step 1 Remove the outer cover as described in Outer Cover Removal on page 266 Step 2 Remove the front panel as described in Front Panel Removal on page 267 Step 3 Disconnect the semi rigid cable item 1 Step 4 Disconnect the semi rigid cable item 2 Step 5 Disconnect the two semi rig...

Page 301: ... 6 Replacement Procedure Figure 6 20 Receiver Module Removal for 2 port model e5071cse1164 2 1 3 4 5 Replacement Procedure Step 1 Replace the receiver bodule by inverse procedure of removal NOTE Fasten the semi rigid cables using a torque wrench or torque driver set for replacement ...

Page 302: ...t to 1 08 N m 9 5 lb in for reconnecting SMA connector Removal Procedure Refer to Figure 6 18 for this procedure Step 1 Remove the outer cover as described in Outer Cover Removal on page 266 Step 2 Remove the front panel as described in Front Panel Removal on page 267 Step 3 Disconnect the two semi rigid cable item 1 Step 4 Disconnect the two semi rigid cable item 2 Step 5 Disconnect the four semi...

Page 303: ... 6 Replacement Procedure Figure 6 21 Receiver Module Removal for 4 port model e5071cse1105 2 1 3 4 5 Replacement Procedure Step 1 Replace the receiver module by inverse procedure of removal NOTE Fasten the semi rigid cables using a torque wrench or torque driver set for replacement ...

Page 304: ...ssemblies Front Panel Assembly refer to Front Panel Removal on page 267 Removable Hard Disk Assembly refer to Removable Hard Disk Assembly Removal on page 268 Disconnect all semi rigid cables Step 3 Disconnect the flat cable item 1 from the distributor module Step 4 Remove a TORX T10 screws item 2 fastening the guard Step 5 Remove a TORX T10 screws item 3 fastening the guard Step 6 Lift the guard ...

Page 305: ...butor Module Replacement for 2 port model e5071cse1165 3 4 2 5 1 6 8 9 7 Replacement Procedure Step 1 Replace the switch and distributor module by inverse procedure of removal NOTE Be careful screw item 2 and screw item 3 are different NOTE Fasten the semi rigid cables attenuator and terminations using a torque wrench or torque driver set for replacement ...

Page 306: ...e 266 Step 2 Remove the following assemblies Front Panel Assembly refer to Front Panel Removal on page 267 Removable Hard Disk Assembly refer to Removable Hard Disk Assembly Removal on page 268 Disconnect all semi rigid cables Step 3 Disconnect the semi rigid cable item 1 Step 4 Disconnect the semi rigid cable item 2 Step 5 Disconnect the flat cable item 3 from the distributor module Step 6 Remove...

Page 307: ...6 23 RF Switch and Distributor Module Replacement for 4 port model e5071cse1106 5 6 4 7 3 2 1 8 9 Replacement Procedure Step 1 Replace the switch by inverse procedure of removal NOTE Be careful screw item 4 and screw item 5 are different NOTE Fasten the semi rigid cables using a torque wrench or torque driver set for replacement ...

Page 308: ...e 266 Step 2 Remove the removal hard disk assembly as described in Removable Hard Disk Assembly Removal on page 268 Step 3 Disconnect the fan cables item 1 from the analog base module Step 4 Disconnect the flat cable item 2 from the analog base module Step 5 Disconnect the flat cable item 3 from the digital bridge board Step 6 Remove the six TORX T10 screws item 4 fastening the fan plate Step 7 Cu...

Page 309: ... Removal e5071cse1107 1 2 4 5 4 7 6 6 6 4 3 Replacement Procedure Step 1 Replace the fan by inverse procedure of removal NOTE Connecting the cables item 1 as described below Connect the short cable to J5 connector Connect the middle cable to J6 connector Connect the long cable to J7 connector ...

Page 310: ... Outer Cover Removal on page 266 Step 2 Remove the 9 16 inch nut item 2 fastening the rear cover Step 3 Remove the six TORX T10 screws item 1 fastening the rear cover Step 4 Disconnect the cable item 3 from the analog motherboard Step 5 Remove the three TORX T10 screw item 4 fastening the DC Bias board Figure 6 25 PCA DC Bias Board Removal e5071cse1108 1 2 1 4 3 Replacement Procedure Step 1 Replac...

Page 311: ...over as described in Outer Cover Removal on page 266 Step 2 Remove the six TORX T10 screws item 1 fastening the rear cover Step 3 Release the clamped cables from the clamps item 2 on the rear cover Step 4 Disconnect the cables item 3 4 from the oven Step 5 Remove the three TORX T10 screws item 5 fastening the oven Figure 6 26 10 MHz Oven Board Removal e5071cse1109 1 5 1 2 4 3 Replacement Procedure...

Page 312: ...ssembly refer to Removable Hard Disk Assembly Removal on page 268 Level Vernier Module refer to Level Vernier Module Replacement on page 296 Synthesizer Module refer to Synthesizer Module Replacement on page 298 Receiver Module refer to Receiver Module Replacement for 2 Port model on page 300 or Receiver Module Replacement for 4 Port model on page 302 Step 3 Remove the two TORX T10 screws item 3 f...

Page 313: ...t Procedure Analog Motherboard Replacement 6 Replacement Procedure Figure 6 27 Analog Motherboard Removal e5071cse1110 1 2 3 8 4 6 5 7 Replacement Procedure Step 1 Replace the analog motherboard by inverse procedure of removal ...

Page 314: ...Figure 6 28 for this procedure Step 1 Remove the outer cover as described in Outer Cover Removal on page 266 Step 2 Remove the front panel as described in Front Panel Removal on page 267 Step 3 Disconnect the cables item 1 2 3 4 connected through the cover Step 4 Remove the six TORX T10 screws item 5 fastening the cover Figure 6 28 Front Panel Cover Removal e5071cse1111 5 4 3 5 2 1 5 ...

Page 315: ...tep 1 Remove the outer cover as described in Outer Cover Removal on page 266 Step 2 Remove the front panel as described in Front Panel Removal on page 267 Step 3 Disconnect the cables item 1 2 connected through the cover Step 4 Remove the two TORX T10 screws item 3 fastening the control touch panel Figure 6 29 Control Touch Panel Replacement e5071cse1166 3 2 1 Replacement Procedure Step 1 Replace ...

Page 316: ...cribed in Front Panel Removal on page 267 Step 3 Remove the front panel cover as described in Front Panel Cover Removal on page 314 Step 4 Disconnect the three cables item 1 connected front panel keyboard NOTE Be careful to remove the cables item 1 and not apply any scratches on the cables Step 5 Remove the two TORX T15 screws item 2 fastening the inverter assembly Step 6 Disconnect the two cables...

Page 317: ...6 Replacement Procedure Figure 6 30 Inverter Board Removal e5071cse1112 2 3 4 5 1 Replacement Procedure Step 1 Replace the inverter assembly by inverse procedure of removal NOTE Fasten the TORX T15 screws item 2 using a torque screwdriver set to 1 02 N m 9 0 lb in ...

Page 318: ...ge 267 Step 3 Remove the front panel cover as described in Front Panel Cover Removal on page 314 Step 4 Remove the inverter board as described in Inverter Board Replacement on page 316 Step 5 Release the clamped cables from the clamps item 1 on the LCD Step 6 Disconnect the cable item 2 from the probe power Step 7 Remove the two TORX T10 screws item 3 fastening the probe power and lift it item 4 S...

Page 319: ...114 1 5 6 2 3 4 1 Replacement Procedure Step 1 Replace the LCD by inverse procedure of removal NOTE Fasten the TORX T15 screws item 5 using a torque screwdriver set to 1 02 N m 9 0 lb in Step 2 You have to calibrate the touch screen Follow the procedure described on Calibration of the Touch Screen on page 272 ...

Page 320: ...ge 266 Step 2 Remove the front panel as described in Front Panel Removal on page 267 Step 3 Remove the front panel cover as described in Front Panel Cover Removal on page 314 Step 4 Remove the inverter board as described in Inverter Board Replacement on page 316 Step 5 Remove the knob item 1 from switch rotary using the hex key Step 6 Disconnect the cables item 2 and 3 from the LCD Step 7 Remove t...

Page 321: ... Removal e5071cse1115 4 2 1 3 4 Replacement Procedure Step 1 Insert the whole jut of the rubber key into the hole on the new front panel keyboard Step 2 Replace the front panel keyboard by inverse procedure of removal NOTE Replace the keyboard rubber to new one if it s pulled the keyboard rubber from the front panel keyboard ...

Page 322: ... outer cover as described in Outer Cover Removal on page 266 Step 2 Remove the front panel as described in Front Panel Removal on page 267 Step 3 Remove the front panel cover as described in Front Panel Cover Removal on page 314 Step 4 Remove the inverter board as described in Inverter Board Replacement on page 316 Step 5 Remove the LCD as described in LCD Replacement on page 318 Step 6 Remove the...

Page 323: ...Replacement Procedure Front USB Board Replacement 6 Replacement Procedure Figure 6 33 A22 Front Panel Keyboard Removal e5071cse1116 1 Replacement Procedure Step 1 Replace the USB board by inverse procedure of removal ...

Page 324: ... panel as described in Front Panel Removal on page 267 Step 3 Remove the front panel cover as described in Front Panel Cover Removal on page 314 Step 4 Remove the Prove Power Board or Switch Board For removing the Prove Power Board Disconnect the cable item 1 from the front panel keyboard Remove the two TORX T10 screws item 2 fastening the front panel For removing the Switch Board Disconnect the c...

Page 325: ...r and Power Switch Board Replacement 6 Replacement Procedure Figure 6 34 Probe Power and Power Switch Board Removal e5071cse1117 1 5 3 2 4 6 Replacement Procedure Step 1 Replace the prove power board or switch board by inverse procedure of removal ...

Page 326: ...326 Chapter6 Replacement Procedure Probe Power and Power Switch Board Replacement ...

Page 327: ...327 7 Post Repair Procedures 7 Post Repair Procedures This chapter lists the procedures required to verify the E5071C operation after an assembly is replaced with a new one ...

Page 328: ...owing required adjustment Write ID Save to Flash memory Perform To Execute the diagnostics Test on page 187 Perform the following performance test AUX Input Test Frequency Accuracy Test RF Output Level Accuracy and Flatness Test RF Output Level Linearity Test Trace Noise Test Crosstalk Test System Dynamic Range Test Dynamic Accuracy Test Uncorrected System Performance Test Reference Oven Board Per...

Page 329: ...put Power Receiver IF Range Receiver Port Characteristics Receiver Absolute Gain Perform To Execute the diagnostics Test on page 187 Perform the follwoing performance test Trace Noise Test Crosstalk Test System Dynamic Range Test Dynamic accuracy test Uncorrected system performance Level Vernier Module Perform the following required adjustments Source Output Power Receiver Absolute Gain Perform To...

Page 330: ...erform the follwoing performance test Frequency Accuracy Test RF Output Level Accuracy and Flatness Test RF Output Level Linearity Test Trace Noise Test Crosstalk Test System Dynamic Range Test Dynamic Accuracy test Uncorrected System Performance Test CPU Mother board Assembly Perform To configure the CPU Mother Board Assembly and BIOS on page 208 Inspect the Booting Process PCA Front Key No adjus...

Page 331: ...200 Removable Hard Disk Drive Calibration of the Touch Screen Inspect the Booting Process Power Supply Assembly No adjustment needed Inspect the Booting Process LCD TPANEL Assembly Calibration of the Touch Screen Inspect the Booting Process Perform To Execute the diagnostics Test on page 187 Perform To Check the LCD on page 199 Table 7 1 Post Repair Procedures Replaced Assembly or Part Required Ad...

Page 332: ...332 Chapter7 Post Repair Procedures Post Repair Procedures ...

Page 333: ... required to adapt this manual to versions or configurations of the E5071C manufactured earlier than the current printing date of this manual The information in this manual applies directly to E5071C units with the serial number that is printed on the title page of this manual ...

Page 334: ...2 Table A 1 Manual Changes by Serial Number Serial Prefix or Number Make Manual Changes Table A 2 Manual Changes by Firmware Version Version Make Manual Changes The ten character serial number is stamped on the serial number plate Figure A 1 on the rear panel Figure A 1 Serial Number Plate 㪼㪌㪇㪎㪈㪺㫊㪼㪈㪇㪇㪈 MY12345678 E5071C xxxxxx ...

Page 335: ...335 B System Recovery B System Recovery This appendix describes how to recover the operating system Windows XP when the operating system has been damaged ...

Page 336: ... image on page 340 for information on the execution see Procedure to execute the user recovery function on page 346 Notes on executing the factory recovery function Executing the factory recovery function causes the following R In addition to the Windows operating system and the firmware the following settings of the E5071C are returned to the factory state or a user specified state Network settin...

Page 337: ...creen as shown in the figure below appears press F11 of the keyboard e5071cse1055 Starting Acronis Loader Press F11 for Acronis Startup Recovery Manager CAUTION Press F11 only once If you press F11 twice or more and a screen which is not mentioned in this manual appears reboot the instrument and restart the process from the first NOTE After several seconds the next screen appears automatically eve...

Page 338: ...the amount of data Figure B 2 Recover Factory Backup e5071cse1034 Step 8 When the recovery is finished push the enter to select OK The E5071C restart automatically Step 9 After restart the screen for initial registration appears Execute initial registration For information on the execution procedure refer to Initial Registration of E5071C on page 357 Step 10 Execute the calibration of the touch sc...

Page 339: ...Appendix B 339 System Recovery System Recovery B System Recovery CAUTION Never turn off the power during the system recovery because doing so may cause serious damage to the E5071C ...

Page 340: ...s procedure are recalled when the user recovery function is executed Step 1 Close the E5071C application by pressing System Service Menu Exit Step 2 Close all other applications you currently open Step 3 From the Windows start menu select All Programs Acronis Acronis True Image Step 4 Click No Thanks button Figure B 3 Recover Factory Backup e5071cse1080 Step 5 Click Backup e5071cse1125 ...

Page 341: ...Appendix B 341 System Recovery System Recovery B System Recovery Step 6 Click Next button e5071cse1126 Step 7 Select The entire disk contents or individual partition then click Next button e5071cse1127 ...

Page 342: ...and D drive e5071cse1128 Step 9 Select the destination folder and input a file name then click Next button It is recommended to save the file to a directory which has enough space like the E drive Also never save the contents of the drive to the C D or F drive e5071cse1129 ...

Page 343: ...overy System Recovery B System Recovery Step 10 Select Set the options manually and click Next button e5071cse1130 Step 11 Select Backup priority in the left field and High in the right field then click Next button e5071cse1131 ...

Page 344: ...344 AppendixB System Recovery System Recovery Step 12 If necessary input comments and click Next button The comments can be omitted e5071cse1132 Step 13 Click Proceed button e5071cse1133 ...

Page 345: ... following screen appears during backup e5071cse1134 Step 15 The following screen appears when the user backup image was created Click OK e5071cse1135 CAUTION Never turn off the power during creating the user backup image because doing so may cause serious damage to the E5071C ...

Page 346: ...the user backup image in advance For more information see the description Procedure to create the user backup image on page 340 Step 1 Close the E5071C application by pressing System Service Menu Exit Step 2 Close all other applications you currently open Step 3 From the Windows start menu select All Programs Acronis Acronis True Image Step 4 Click No Thanks button Step 5 Click Recovery e5071cse11...

Page 347: ...Appendix B 347 System Recovery System Recovery B System Recovery Step 6 Click Next button e5071cse1137 Step 7 Select the saved backup image file then click Next button e5071cse1138 ...

Page 348: ...348 AppendixB System Recovery System Recovery Step 8 Select Restore disks or partitions then click Next button e5071cse1139 Step 9 Select the C drive then click Next button e5071cse1143 ...

Page 349: ...Appendix B 349 System Recovery System Recovery B System Recovery Step 10 Select the C drive to restore then click Next button e5071cse1144 Step 11 Select Active and click Next button e5071cse1145 ...

Page 350: ...50 AppendixB System Recovery System Recovery Step 12 Click Next button e5071cse1146 Step 13 Select Yes I want to assign a logical drive letter to the restored partition and click Next button e5071cse1147 ...

Page 351: ...ecovery System Recovery B System Recovery Step 14 Select Yes I want to restore another partition or hard disk drive then click Next button e5071cse1148 Step 15 Select the D drive to restore then click Next button e5071cse1149 ...

Page 352: ...352 AppendixB System Recovery System Recovery Step 16 Select the D drive to restore then click Next button e5071cse1150 Step 17 Select Logical and click Next button e5071cse1151 ...

Page 353: ...353 System Recovery System Recovery B System Recovery Step 18 Click Next button e5071cse1152 Step 19 Select Yes I want to assign a logical drive letter to the restored partition then click Next button e5071cse1153 ...

Page 354: ...covery Step 20 Select No I do not and click Next button e5071cse1154 Step 21 Select Set the options manually and click Next button e5071cse1155 Step 22 Select Restoration Priority in the left field and High in the right field then click Next ...

Page 355: ...Appendix B 355 System Recovery System Recovery B System Recovery button e5071cse1156 Step 23 Click Proceed button e5071cse1157 ...

Page 356: ...ton e5071cse1158 CAUTION Never turn off the power during the recovery of the user backup image because doing so may cause serious damage to the E5071C Step 25 After boot up perform Initial Registration of E5071C on page 357 and Calibration of the Touch Screen on page 359 ...

Page 357: ...ration of the E5071C therefore connect the mouse and the keyboard before turning on the power NOTE If you perform the following procedure incorrectly a message asking you whether to return to the previous registration screen and perform the registration appears In this case follow the instruction to return to the previous registration screen Step 1 Turns on the E5071C Step 2 The Windows XP Profess...

Page 358: ... click the Next button Figure B 5 Figure B 5 Windows XP Professional Setup dialog box 1 2 e5071cse1074 Step 4 In the next dialog box input agena in the Name box Then click the Next button Figure B 6 Figure B 6 Windows XP Professional Setup dialog box 2 2 e5071cse1075 Step 5 After a while the E5071C restarts automatically Then the measurement display appears ...

Page 359: ...n The touch screen calibration screen Figure B 7 appears Figure B 7 Touch Panel Calibration Screen e5071cse1078 Step 5 Touch the x mark on the upper left with your finger The mark x appears also on the upper right lower left and lower right Touch the x marks in that order with your finger Touching the four locations described above with your finger automatically concludes the touch screen calibrat...

Page 360: ...360 AppendixB System Recovery Calibration of the Touch Screen ...

Page 361: ...361 C Firmware Update C Firmware Update This appendix describes how to update the E5071C firmware When you want to update the E5071C firmware refer to this appendix ...

Page 362: ...Visual Basic for Application Calibration Constant Data The following is the procedure to update the E5071C firmware NOTE User should log in as agena and user should have administrator authority when performing firmware update Step 1 Prepare the latest E5071C firmware USB mass storage device Step 2 Connect the mouse and the keyboard to the E5071C rear panel Then turn the E5071C on Step 3 Connect th...

Page 363: ...ile name column Select it then press the Open button and the Windows instoller will appear Figure C 2 Firmware Open dialog box e5071cse1082 Step 5 After the installation is finished the instrument will be restarted and the measurement view will appear Step 6 Press Firmware Revision Confirm the firmware revision you have just installed ...

Page 364: ...364 AppendixC Firmware Update Firmware Update ...

Page 365: ...365 D Power Requirement D Power Requirement ...

Page 366: ...um power consumption 350 VA Power Cable In accordance with international safety standards this instrument is equipped with a three wire power cable When connected to an appropriate ac power outlet this cable grounds the instrument frame The type of power cable shipped with each instrument depends on country of destination Refer to Figure D 1 for the part numbers of the power cables available WARNI...

Page 367: ...Appendix D 367 Power Requirement Preparation for Power Supply D Power Requirement Figure D 1 Power cable options ...

Page 368: ...Press the standby switch in the lower left part of the front panel now in the pressed down position to the popped up position Send the shutdown command from an external controller These operations will start the E5071B shutdown process required software and hardware processes for turning the power off and the power will turn OFF after a few seconds NOTE Under normal circumstances always press the ...

Page 369: ...e the internal operating status of the equipment This appendix explains what these messages mean by listing them in alphabetical order Messages showing the status of the E5071C are displayed in the lower left area of the E5071C LCD screen These messages include error messages that occur during the ...

Page 370: ...nt Error messages are indicated following the character string Err and can be read out by a GPIB command Other kinds of messages are indicated without the Err character string and cannot be read out by a GPIB command This section explains the meaning of each message and how to resolve the problem it indicates ...

Page 371: ...ibration coefficient using SENS CORR COLL SAVE or SENS CORR OFFS COLL SAVE Be sure to measure all necessary calibration data before sending commands This error is not generated by front key operations B 168 Block data not allowed An block data element has been received at a position where this instrument does not accept one C 240 Calibration data lost This error occurs when a file containing the s...

Page 372: ...L CKIT ORD LOAD etc 104 Data type error The parser has recognized a data element that must not exist Block data has been sent instead of numeric value data or character string data that had been expected for example E 32 ECal module not in appropriate RF path This error occurs when an ECal command SENS CORR COLL ECAL SOLTn or SENS CORR OFFS COLL ECAL xxxx is executed with the port on the ECal modu...

Page 373: ...mand for the active channel a VBA project file MMEM LOAD PROG command etc cannot be read normally 101 Failed to write file This error occurs when the formatted data array MMEM STOR FDATcommand and limit table MMEM STOR LIM command for the active trace on the active channel segment sweep table MMEM STOR SEGM command for the active channel display image MMEM STOR IMAG command for the LCD screen a VB...

Page 374: ...ge The header is invalid in the unit for numeric parameters following a SCPI command I 224 Illegal parameter value The parameter value is not suitable This error occurs when the CALC PAR DEF command is used to specify an S parameter that does not exist in the model S44 in the case of a 2 port model for example 282 Illegal program name This error occurs when a nonexistent VBA program name is specif...

Page 375: ...ble for the equation label 171 Invalid expression The expression data element is invalid see 7 7 7 2 IEEE488 2 Parentheses are not paired or illegal characters are used for example 103 Invalid separator The parser a syntactic analysis program had been expecting a delimiter but a character that is not a delimiter has been sent 151 Invalid string data Character string data has been expected but the ...

Page 376: ...xecuted either DISP WIND TRAC MEM ON command to display memory trace or any other command to enable data caqlculation using memory trace CALC MATH FUNC command with other than NORM is specified though no valid data exists in memory trace This error is not generated by front key operations 120 Numeric data error An error resulting from the numeric value data including numeric value data having no d...

Page 377: ... Port 1 receiver overload The input to Test Port 1 exceeds the maximum input level The measurement value is not correct When a DUT is an amplifier or the like this error may occur damaging the receiver in the worst case Should this error occur with a passive part used as the DUT or with nothing connected to the test port this instrument is faulty Contact an Agilent Technology sales office or the c...

Page 378: ...ls to respond for any reason such as power down for example during measurement under the same conditions Ensure a firm connection of the power sensor 241 Power on test failed This error occurs when the power on test fails indicating a failure of this instrument Contact an Agilent Technology sales office or the company from which you bought the instrument 61 Power unleveled The out power level exce...

Page 379: ...instrument is designated as the talker and an incomplete program message is received for example 440 Query UNTERMINATED after indefinite response After a query asking for an indefinite response has been run another query is received in the same program message See 6 5 7 5 7 IEEE488 2 350 Queue overflow The queue contains a specific code in place of the code which caused this error The code indicat...

Page 380: ...urs when CALC PAR SEL command is executed to activate more traces than specified by CALC PAR COUN command This error is not generated by front key operations 26 Standard not selected This error occurs when you execute the measurement under the condition that the standard is not selected for the subclass the standard number is set to 0 150 String data error When a character string data element is p...

Page 381: ... 54 Transform Gate not allowed This message appears when you turn on the gating conversion function of the time domain feature while frequency offset is enabled measurement points are set to two or sweep type is set to other than linear sweep Turn off the frequency offset SENS OFFS OFF command set the measurement points to three or more and the sweep type to linear sweep and then turn on the gatin...

Page 382: ...d in E5071C Online Help This error occurs when the E5071C and the power meter is not connected with USB GPIB interface the GPIB addresses do not match between the power meter and the E5071C s power meter or the power meter is turned off during the measurement for power calibration data or for that in scalar mixer calibration It also occurs when inoperable power meter is connected Ensure the connec...

Page 383: ...g the frequency offset while the fixture simulator function is turned on If this message is displayed the fixture simulator function is automatically turned off Log sweep requires 2 octave minimum span If you change the sweep range that does not satisfy the necessary condition of the frequency span the stop frequency is about 4 times or more of the start frequency when the sweep type is set to the...

Page 384: ...he target specified by the marker search has not been found by the time the sweep is finished with the tracking executed This warning message is displayed also when with the bandwidth marker displayed the setting for the bandwidth marker is changed at the end of the sweep or when with the active marker changed or moved the bandwidth is not found Transform Gate not allowed This message appears when...

Page 385: ... 1 800 452 4844 fax 1 888 900 8921 Canada Test and Measurement Call Center tel 1 877 894 4414 fax 1 888 900 8921 China tel 800 810 0189 fax 800 820 2816 Europe tel 31 20 547 2323 fax 31 20 547 2390 Japan Call Center tel 0120 421 345 tel 81 426 56 7832 fax 81 426 56 7840 Korea tel 82 2 2004 5004 fax 82 2 2004 5115 Latin America tel 305 269 7500 fax 305 269 7599 Taiwan tel 0800 047 866 fax 0800 286 ...

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