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HP 85106D, Manual

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Contents-viii

HP 85106D mm-Wave System

A2 IF Multiplexer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-41

Figure 6-24. Multiplexer Inputs . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-41
Figure 6-25. HP 85105A Power Supply Block Diagram. . . . . . . . . 6-42
Figure 6-26. HP 85105A mm-Wave Controller Block Diagram . . . 6-43

Replaceable Parts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-45

R-E (Rebuilt-Exchange) Assemblies Cost Less . . . . . . . . . . . . . . . 6-45
Replaceable Parts List . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-45
Ordering Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-45
Figure 6-27. The Low Cost Rebuilt Exchange Procedure . . . . . . . . 6-47
Figure 6-28. HP 85105A Major Assemblies . . . . . . . . . . . . . . . . . . 6-48
Table 6-4. HP 85105A Major Assembly Parts . . . . . . . . . . . . . . . . 6-49
Figure 6-29.

HP 85105A Semi-rigid RF Cables . . . . . . . . . . . . . 6-50

Table 6-5. HP 85105A Semi-rigid RF Cable Parts . . . . . . . . . . . . . 6-51
Figure 6-30. HP 85105A Flexible RF Cables . . . . . . . . . . . . . . . . . 6-52
Table 6-6. Flexible RF and Ribbon Cable Parts . . . . . . . . . . . . . . . 6-52
Figure 6-31. Wire Harnesses. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-54
Table 6-7. Wire Harness Parts. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-55
Figure 6-32. HP 85105A Front Panel . . . . . . . . . . . . . . . . . . . . . . . 6-56
Table 6-8. HP 85105A Front Panel Miscellaneous Parts . . . . . . . . 6-57
Figure 6-33. Rear Panel (Standard, Option 050) . . . . . . . . . . . . . . 6-58
Table 6-9. Rear Panel Miscellaneous Parts

(Standard, Option 050) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-59

Figure 6-34. Detailed Views. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-60
Figure 6-35. Fuse Locations and Values . . . . . . . . . . . . . . . . . . . . 6-61
Table 6-10. Fuse Locations, Values and Parts . . . . . . . . . . . . . . . . 6-61
Figure 6-36. HP 85105A (Options 004 and O50) Unique Semi-Rigid

Cable Assemblies. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-62

Table 6-11. HP 85105A (Options 004,050) Unique Semi-Rigid Cable

Assembly Parts. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-63

Figure 6-37.

HP 85105A Accessories (Standard) . . . . . . . . . . . . 6-64

Table 6-12. HP 85105A Accessories (Standard). . . . . . . . . . . . . . . 6-65
Figure 6-38.

HP 85105A Accessories (Option 050) . . . . . . . . . . 6-66

Table 6-13. HP 85105A Accessories (Option 050) . . . . . . . . . . . . . 6-67
Figure 6-39.

Chassis Parts, all HP 85105A Models . . . . . . . . . . 6-68

Table 6-14. All 85105A Model Chassis Parts . . . . . . . . . . . . . . . . . 6-69
Figure 6-40. Power Cable and Plug Part Numbers . . . . . . . . . . . . 6-70

A.

HP-IB Addresses, Hardware States, and Instrument States

Table A-1. HP 85106D mm-Wave System HP-IB Addresses. . . . . . . A-1
Table A-2. Important HP 85106D mm-Wave Hardware States. . . . . A-1
Table A-3. Important HP 85106D mm-Wave System

Instrument States . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . A-2

TableA-4. HP85106Dmm-waveSystemMultipleSourceOperatingFrequencies

A-2

B.

Upgrade Paths

Network Analyzer Upgrade Paths . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . B-1

Summary of Contents for 85106D

Page 1: ...ble You will find any other available product information on the Agilent Test Measurement website www tm agilent com HP References in this Manual This manual may contain references to HP or Hewlett Packard Please note that Hewlett Packard s former test and measurement semiconductor products and chemical analysis businesses are now part of Agilent Technologies We have made no changes to this manual...

Page 2: ...HP 85106D mm Wave Network Analyzer System Installation and Operation HP part number 85106 90079 Printed in USA October 1997 ...

Page 3: ...ished by Hewlett Packard This document contains proprietary information which is protected by copyright All rights are reserved No part of this document may be photocopied reproduced or translated to another language without prior written consent of Hewlett Packard Company Restricted Rights Legend Use duplication or disclosure by the U S Government is subject to restrictions as set forth in subpar...

Page 4: ...he HP 8510C specifications and performance verification software Chapter 4 Service and Troubleshooting provides information about the troubleshooting and repair of a system Chapter 5 HP 85104A Test Set Module provides information specific to the HP 85104A test set module such as replaceable parts theory of operation and the troubleshooting information Chapter 6 HP 85105A mm Wave Controller contain...

Page 5: ... s round trip travel expenses In all other areas products must be returned to a service facility designated by HP For products returned to HP for warranty service Buyer shall prepay shipping charges to HP and HP shall pay shipping charges to return the product to Buyer However Buyer shall pay all shipping charges duties and taxes for products returned to HP from another country HP warrants that it...

Page 6: ... Assistance Product maintenance agreements and other customer assistance agreements are available for Hewlett Packard products For assistance call your local Hewlett Packard Sales and Service Office refer to Service and Support ...

Page 7: ...rd Canada Ltd 5150 Spectrum Way Mississauga Ontario L4W 5G1 905 206 4725 Europe Hewlett Packard European Marketing Centre Postbox 999 1180 AZ Amstelveen The Netherlands 31 20 547 9900 Japan Yokogawa Hewlett Packard Ltd Measurement Assistance Center 9 1 Takakura Cho Hachioji Shi Tokyo 192 Japan 81 426 56 7832 81 426 56 7840 FAX Latin America Hewlett Packard Latin American Region Headquarters 5200 B...

Page 8: ... product or loss of important data Do not proceed beyond a CAUTION notice until the indicated conditions are fully understood and met Instrument Markings When you see this symbol on your instrument you should refer to the instrument s instruction manual for important information This symbol indicates hazardous voltages The laser radiation symbol is marked on products that have a laser output This ...

Page 9: ...wer cord set Whenever it is likely that the protection has been impaired the product must be made inoperative and secured against any unintended operation Before Applying Power Verify that the product is configured to match the available main power source as described in the input power configuration instructions in this manual If this product is to be powered by autotransformer make sure the comm...

Page 10: ...d Press Return Softkey Used for simulated keys that appear on an instrument display Press Prior Menu User Entry Used to indicate text that you will enter using the computer keyboard text shown in this typeface must be typed exactly as printed Type LOAD PARMFILE Used for examples of programming code endif ifndef NO_CLASS Path Name Used for a subdirectory name or file path Edit the file usr local bi...

Page 11: ...x HP 85106D mm Wave System ...

Page 12: ...ellaneous Equipment Not Supplied 1 8 Figure 1 2 HP 85106D mm Wave S Parameter Network Analyzer System option 001 1 9 Preparing the Site 1 10 Environmental Requirements 1 10 Table 1 5 HP 85106D Environmental Requirements 1 10 Accuracy Enhanced Measurement Requirements 1 10 Power Requirements 1 10 System Heating and Cooling 1 10 Table 1 6 Maximum VA Ratings and BTU hour Ratings of HP Instruments 1 1...

Page 13: ...m Description 2 2 Figure 2 1 Simplified Block Diagram of the HP 85106D mm Wave System 2 3 System Set Up 2 5 Turn On System Power 2 5 Configure Network Analyzer Memory 2 5 Table 2 1 Machine Dump Files Stored On The mm Wave System Disk 2 6 Creating a New Machine Dump File 2 7 Configuring Port 1 and Port 2 2 7 Figure 2 2 Typical Port 1 and Port 2 Configuration 2 8 Waveguide Connections 2 9 Figure 2 3...

Page 14: ... 2 26 Transmission Measurements 2 26 Figure 2 5 S21 Bandpass Filter 33 to 50 GHz Showing Typical Dynamic Range 2 26 Reflection Measurements 2 27 Figure 2 6 Comparing S11 Measurements Using Response and 1 Port Calibration 2 27 Figure 2 7 S21 Response Using Frequency List to Adjust Frequency Resolution 2 28 Waveguide Electrical Delay 2 29 Figure 2 8 Bandpass Filter S21 Phase and Group Delay 2 29 Fig...

Page 15: ...60 Series Source Rear Panel HP IB Switch 4 6 Turn On System Power and Observe Instrument Front Panels 4 7 Cycle the AC Line Power 4 9 Check HP 8510C Diagnostics 4 10 Self Test Failure 4 10 Running Error Messages Beeping 4 10 Symptomatic Failure Types 4 11 Check Unratioed Power Levels 4 11 When Using the Optional HP 8517B Test Set 4 11 Calibration Verification Problems 4 12 Software Problems 4 12 R...

Page 16: ...Troubleshooting Test Set Modules 5 7 Troubleshooting Procedures 5 8 Table 5 1 Tools Required 5 8 Figure 5 4 HP 85104A Troubleshooting Flowchart 1 of 2 5 9 Figure 5 5 HP 85104A Troubleshooting Flowchart 2 of 2 5 10 Check IF Power Level 5 11 Table 5 2 IF Power Levels 5 11 Switching Isolators A7 A9 or A10 5 12 Switching Mixers A11 A12 5 13 Swapping the Power Divider A6 5 14 Removing the Incident or R...

Page 17: ...85104AReplaceableParts suppliedwithdifferentbands 5 52 6 HP 85105A mm Wave Controller Introduction 6 1 Description of the Instrument 6 1 Figure 6 1 HP 85105A Simplified Block Diagram 6 2 Warranty Information and Safety 6 2 Instrument Operation 6 3 Options 6 3 Option 004 6 3 Option 050 6 3 Front Panel Features 6 4 Figure 6 2 Front Panel Features of the HP 85105A 6 4 Module Interface 6 6 Figure 6 3 ...

Page 18: ...Figure 6 11 Power Line Module 6 25 Self Test Indicators 6 26 Figure 6 12 Location of Self Test Indicators 6 26 Table 6 3 Self Test Failure Indications 6 27 If the Self test Fails to Run 6 27 RF and LO Output Power at Front Panel Ports 6 28 Figure 6 13 Front Panel RF and LO Ports 6 28 LO Input at Rear Panel 6 29 Figure 6 14 Rear Panel LO Input 6 29 LO Input to Leveling Amplifiers 6 30 Figure 6 15 L...

Page 19: ...Option 050 6 58 Table 6 9 Rear Panel Miscellaneous Parts Standard Option 050 6 59 Figure 6 34 Detailed Views 6 60 Figure 6 35 Fuse Locations and Values 6 61 Table 6 10 Fuse Locations Values and Parts 6 61 Figure 6 36 HP 85105A Options 004 and O50 Unique Semi Rigid Cable Assemblies 6 62 Table 6 11 HP 85105A Options 004 050 Unique Semi Rigid Cable Assembly Parts 6 63 Figure 6 37 HP 85105A Accessorie...

Page 20: ...net HP 8510C Network Analyzer HP 85105A mm Wave Controller HP 83621B Synthesized Source quantity of two System Cabinet 1600 mm Rack all instruments noted above are mounted in this cabinet An HP 85106D system configuration disk is included with your system This disk allows you to load the mm wave instrument and hardware states into your system Refer to Chapter 2 Operation for more information about...

Page 21: ...each HP 85106D system cabinet This label is located on the front of the system cabinet in the lower left hand corner and has the serial number of your system printed on it A typical serial number label is shown in Figure 1 1 The serial number has two parts The first four digits followed by a letter comprise the serial number prefix The last five digits form the sequential suffix which is unique to...

Page 22: ...set HP 85133F test port return cable set HP 85056A 2 4 mm calibration kit Replaces one HP 83621B with 83651B and adds Option 050 to the HP 85105A Cabling for switching between mm wave operation and microwave operation Option 007 This option adds High power and high dynamic range capability to the HP 8517B test set The HP 8517B test set is shipped when you order the HP 85106D option 001 system Opti...

Page 23: ...tion kit strongly recommended 40 GHz to 60 GHz WR l9 HP U85104A WR 19 test set module 2 required for S parameter HP U11644A WR 19 calibration kit required for error corrected measurements HP U11645A WR 19 verification kit strongly recommended 50 GHz to 75 GHz WR 16 HP V85104A WR 15 test set module 2 required for S parameter HP V11644A WR 15 calibration kit required for error corrected measurements...

Page 24: ...t packaging The HP 85104A test set modules and any optional instruments or peripherals are shipped separately The system cabinet is shipped upright in a special crate Refer to the HP 85043C System Rack Installation manual for detailed information on unpacking instructions Keep the shipping containers to help verify the receipt of all components ordered Inspect all shipping containers Keep the cart...

Page 25: ...e following section HP 85106D Receiving Checklist Refer to Figure 1 2 on page 1 9 and to your system instruments as you complete this checklist HP 85106D Standard System HP 8510C Network Analyzer HP 83621B qty 2 Synthesized Source HP 85105A mm Wave Controller documented in this manual HP 85106D Option 001 Adds Microwave Test Set HP 85106D Standard System with one HP 83621B and one HP 83651B HP 851...

Page 26: ...41 HP 85133F 2 4 mm Cable Set 85133 90017 HP 85056A 2 4 mm Calibration Kit 85056 90020 HP 83651B Synthesized Source1 1 HP 83621B replaces the HP 83651B for Option 001 only 08360 90054 HP 85106D Option 007 HP 8517B Option 007 High Power 08517 90041 HP 85106D Option 010 HP 85106D Standard System 85106 90039 Table 1 3 Troubleshooting Documentation Description HP Part Number HP 8510C On Site Service M...

Page 27: ...scellaneous Equipment Not Supplied Miscellaneous Equipment Not Supplied The following is a list of equipment that you can use but is not supplied with your HP 85106D system Controller Plotter Millimeter Calibration Kits Millimeter Verification Kits ...

Page 28: ...HP 85106D mm Wave System 1 9 Getting Started Miscellaneous Equipment Not Supplied Figure 1 2 HP 85106D mm Wave S Parameter Network Analyzer System option 001 ...

Page 29: ...erating temperature values Power Requirements Install the required ac power at all necessary locations Place air condition ing equipment or any other motor operated equipment on a different ac line than the one used by the system Only use three wire power cables for all the instruments These cables pro vide the required grounding when they are connected to a grounded power outlet Table 1 6 on page...

Page 30: ...vidual instrument manuals to change voltages from 120 V to 100 V 120 V systems only or from 220 V to 240 V Option 230 system or 230 V systems only Table 1 6 Maximum VA Ratings and BTU hour Ratings of HP Instruments Instrument Maximum VA Rating 1 Actual VA Subtotal Maximum BTU hour Actual BTU hour Subtotal Standard Equipment HP 85101 Display Processor 250 ___________ 850 ___________ HP 85102 IF Det...

Page 31: ...side dimensions of the system cabinet excluding work surface are Height 1620 mm 64 inches Width 600 mm 24 inches Depth 905 mm 36 inches Installing the Work Surface The work surface installation procedure is described completely in the HP 85043C System Rack Installation Manual included with the system cab inet You can install the work surface by referring to Figure 1 3 on page 1 13 and using the to...

Page 32: ...m 1 13 Getting Started Preparing the Site Figure 1 3 Installing the Work Surface Procedure 1 Extend lock feet bottom of cabinet 2 Attach work surface support rails to inside of cabinet 3 Slide work surface onto support rails ...

Page 33: ... wave controller Refer to the Cable Support Assembly on page 1 15 for an illustration of the cable support assembly components The barrel is attached to the test set module cable assembly the bracket and clamp block must be attached to the barrel then to the mm wave controller handle Follow the procedure below to install the cable support assembly NOTE The cable support assembly orientations for p...

Page 34: ... and port 2 2 Slide the bracket clamp block into the HP 85105A mm wave controller handle Notice that port 1 and port 2 have different configuration Hold the bracket and clamp block together and tighten the 2 screws on the bracket Push the bracket towards the instrument front panel so the bracket is flush against the front panel 3 Repeat this procedure for the other port if necessary 4 Attach the b...

Page 35: ...the 90 bend for the test port Its flanges are not precision flanges To connect the precision flanges the straight extensions follow the sequence below 1 Install the captive screws into all four of the tapped holes in one of the flanges 2 Bring the flanges together using the guide pins for alignment 3 Gradually tighten all four screws in an X pattern to the final torque Connecting Standard Flanges ...

Page 36: ...his pattern insures that equal contact pressure is applied to all four waveguide wall surfaces 5 While tightening the screws inspect the mating surfaces for proper alignment by placing a lamp or white paper behind the connection If the flanges do not align without a gap loosen all of the screws and start over Figure 1 4 Installing Test Port Extensions ...

Page 37: ...ng the Test Set Modules to the HP 85105A Turn the HP 85105A mm wave controller power OFF Connect the test set modules to the HP 85105A as shown in Figure 1 5 Refer to Chapter 2 Operation for test set module operation in the HP 85106D system Figure 1 5 Installing the Test Set Modules ...

Page 38: ...6 on page 1 19 and Figure 1 7 on page 1 20 are the cabling diagrams for the HP 85106D system standard and Option 001 The system is shipped from the factory with the system cables connected The accessory cables are not connected Figure 1 6 HP 85106D Cabling Diagram standard configuration ...

Page 39: ...1 20 HP 85106D mm Wave System Getting Started System Cabling Figure 1 7 HP 85106D Cabling Diagram option 001 configuration ...

Page 40: ... run the performance verification software Memory Needed PC Controller Windows 3 1 95 or NT There must be at least 4 megabytes of memory running HP BASIC REV 6 3 HP 9000 Series 300 Computer Controller With BASIC 5 0 or later There must be at least 2 5 megabytes of RAM available after BASIC is loaded Refer to Chapter 3 Performance Verification in this manual for more information ...

Page 41: ...t Accessory ac Power Outlet All power connections for instruments in the system are located inside the cabinet via a multiple outlet power strip On some systems an extra power outlet is provided on the power strip for accessories Power cables for accessories may be routed through the hole provided in the rear of the cabinet Special boot ac power cables are included with your HP 85106D system for t...

Page 42: ...ation of the HP 8510C mm wave system and how this system is cabled Although other benchtop configurations are available the required cable lengths for a different configuration may vary from what is shipped with each instrument Table 1 7 on page 1 24 lists the cables used in this configuration Figure 1 8 Suggested Benchtop Configuration of the HP 8510C mm Wave System option 001 ...

Page 43: ...ct1 HP 85105 J10 Test Set Interconnect Test Set J10 Test Set Interconnect 08510 60102 BNC RF Source 10 MHz Ref Output IF Detector 10 MHz IN 8120 1840 T Adapter2 1250 0781 BNC RF Source Stop Sweep In Out IF Detector Stop Sweep 8120 1840 BNC RF Source Trigger Output IF Detector Trigger in 8120 1840 HP IB RF Source LO Source Disk Drive HP 85105 Test Set1 HP IB Display Processor HP 8510 Interconnect 8...

Page 44: ...ed HP IB addresses are automatically recalled from memory and assigned to the various system instruments including the HP 8510 Before you operate the system check individual instrument HP IB address switches These must be switched to match the addresses assigned by the system The instruments and the applicable default addresses are listed in Table 1 8 All instrument addresses in HP 85106D systems ...

Page 45: ... in its original shipping crate This crate can be reused once Make all surface shipments via padded van with an air suspension ride CAUTION Regardless of the crate style all surface shipments must be made VIA padded van air suspension ride Surface shipments in vehicles without air suspension may result in damage to the system components cabinet and to the shipping crate ...

Page 46: ...r s check Performing measurement calibrations This section applies to all HP 8510C systems equipped with the HP 85105A mm wave test set controller and HP 85104 series test set modules The system instruments are configured for benchtop or rack mounted operation The mm wave system functions like any HP 8510 system with an S parameter test set as described in the standard HP 8510 Operating and Progra...

Page 47: ...equency multipliers and signal separation devices into the test set controller and test set modules The system then provides a large work surface to position the modules for ease of use Precision calibration standards in the HP 11644 Series mm wave calibration kit permit full use of all built in HP 8510 accuracy enhancement error corrected models The HP 8510C uses its multiple source control featu...

Page 48: ...nic are offset by exactly 20 MHz The system time base obtained from one synthesized source is used by the other synthesized source in the HP 8510 The resulting 20 MHz IF signals are amplified and then applied to the HP 8510 IF detector section for routing to either the normal or optional wideband IF section for detection post processing and display Figure 2 1 Simplified Block Diagram of the HP 851...

Page 49: ...ial test set that has convenient switching between coaxial and waveguide test sets If the optional microwave test set is installed in the system the RF signal 20 MHz IF signals and phaselock control signals pass through the test set controller before entering the HP 8510C IF detector section You can add two additional coaxial test sets to the system by adding external RF and IF switching hardware ...

Page 50: ...instrument states are incorrect the HP 8510C may display an error message and a beeper may sound The HP 8510C remains in an error condition until the multiple source mode is activated and it receives a signal it can detect Turn the beeper off by pressing SYSTEM BEEPER OFF Configure and load the network analyzer memory as described in the following procedure Configure Network Analyzer Memory The sy...

Page 51: ...5106D Option 001 verify that only the desired test set is active active light ON If unselected test sets are active deactivate the test set temporarily by pressing LOCAL TEST SET Then return to the desired address 2 When the Machine Dump file is loaded the system begins sweeping the full frequency range of the current band Press CAL and read the CAL 1 label to see whether the calibration kit for t...

Page 52: ...ed exactly as they are currently defined 2 Store the Machine Dump to disk by pressing the following keys DISC STORAGE IS INTERNAL STORE MACHINE DUMP Enter the desired disk file label RBAND or UWAVE then press to store the entire system state Configuring Port 1 and Port 2 The test set module test port is manufactured with precise tolerances so that the system achieves the stated system specificatio...

Page 53: ...is level the test set modules should not rock If either module is not stable make the final adjustment by changing the height of the feet using the height adjustment screws 2 Release the stand lock by moving the lever then center the module within the range of motion Lock the slider Small movements of the test port up to 1 2 inch can be made by turning the small knob at the front of the stand Typi...

Page 54: ...ing up the test set before proceeding with the assembly Detailed handling instructions are provided with the calibration kit manuals Inspect each flange for damage then clean the mating surfaces using Isopropyl alcohol and a non abrasive foam swab Always support both components being assembled and never allow bending or twisting force to be applied to the flange connections For the Q U V and W ban...

Page 55: ...ction If the flanges cannot be aligned so that there is no gap loosen all screws and start again When the top screw is tightened with the bottom screw loose the upper surface of the mating areas are brought together first The objective is to equalize the pressure across the entire contact surface Tightening the top screw brings the mating surfaces together forming an angle This angle determines th...

Page 56: ...oed user parameters a1 b1 a2 b2 you may see a discontinuity at the beginning and end of the trace and frequencies where source 1 is going through a band change as an example 0 5 GHz in Q and U band 54 GHz in V band and 81 GHz in W band Use of the USER PRESET Key You may press the green USER PRESET key at any time to return the network analyzer to a predefined state that has be determined by you Th...

Page 57: ...ER MENU POWER SOURCE 1 WARNING If the network analyzer displays I F OVERLOAD warning decrease the RF source power SWEEP MODE Factory preset selects step sweep mode The mm wave system operates in Step Single Point or Frequency List sweep modes only SET Z0 Factory preset selects 50 the mm wave system uses 1 WAVEGUIDE DELAY Factory preset selects the coaxial configuration For mm wave measurements sel...

Page 58: ... Averaging OFF 2 Increase POWER SOURCE 1 slightly and verify that power increases across the band If the power does not increase at some point an unleveled condition exists and the power must be reduced 3 Once you have determined that the source has excess power across the band return the POWER SOURCE 1 setting to its original value 4 If the incident power at Port 2 is also critical this procedure...

Page 59: ...first frequency conversion stage System specifications apply when the source 1 power is set as listed in Table 2 2 on page 2 14 Perform the Operators Check The following measurements show approximate RF signal levels incident at the first frequency conversion stage and given in dBm even though the marker value read out is in dB During this procedure you may adjust the RF source 1 power level this ...

Page 60: ... 16 they should be about the same 4 To measure the reverse reference signal path redefine the parameter Press PARAMETER MENU then press USER 3 a2 then the following keys REDEFINE PARAMETERS DRIVE PORT2 PHASE LOCK LOCK TO a2 NUMERATOR NUMERATOR a2 DENOMINATOR NO RATIO CONVERSION CONVERT TO REDEFINE DONE Read the displayed reverse reference signal path signal level Compare the reading with the power...

Page 61: ... Troubleshooting in this manual Table 2 3 Typical Power Levels During Operator s Check of the mm Wave System Frequency Range 33 GHz to 50 GHz 40 GHz to 60 GHz 50 GHz to 75 GHz 75 GHz to 100 GHz Q Band WR 22 U Band WR 19 V Band WR 15 W Band WR 10 User Parameter a1 13 13 26 27 User Parameter b1 15 15 27 28 User Parameter a2 13 13 26 27 User Parameter b2 15 15 27 28 ...

Page 62: ...ions of the calibration types Procedures for the TRL 2 Port Response Response Isolation and 1 Port calibration types are described in this section Warm up Time Allow at least one hour for the system to reach a stable temperature after power is turned on before trying to get highly repeatable measurements In addition a stable ambient temperature helps to minimize time base variations as well as phy...

Page 63: ...calibration kit definition For TRL 2 port calibration either the actual or nominal length may be used NOTE The disk file describing the calibration kit definition includes the nominal length of the waveguide section used to make the quarter wave offset short and the quarter wave offset load The actual physical length of the waveguide section is printed on the waveguide section or can be found in t...

Page 64: ...he active function This allows you to change the averaging factor for different calibration standards during the calibration procedure NOTE If system performance verification is being done the averaging factor is set to 1024 by the performance verification program and should not be changed 2 Start the calibration procedure by pressing CAL CAL KIT 1 WR xx CALIBRATE TRL 2 PORT 3 Connect Port 1 direc...

Page 65: ...he short circuit to Port 2 5 Press FWD IOS N ISOL N STD 6 After the HP 8510 measures S22 and S12 7 Press ISOLATION DONE 8 Set the Averaging Factor back to 128 9 Connect the waveguide shim between Port 1 and Port 2 10 Press LINE The system makes 6 measurements 11 Press SAVE TRL 2 PORT The error coefficients are computed and the Cal Set selection menu is displayed 12 Press a CAL SET key to store the...

Page 66: ... standards are required The response standard is a flush short for reflection measurements or a zero length thru for transmission measurements The isolation standard for either transmission or reflection measurements is the fixed load The Response Isolation calibration is useful when measuring well matched or high loss devices 1 Select the parameter to measure by pressing S11 S21 S12 or S22 Set th...

Page 67: ...SPONSE If you plan to skip the isolation part of the calibration proceed to step 6 5 For the Isolation part of the Response Isolation calibration connect a load to Port 1 and a short circuit to Port 2 Press ISOL N STD After the standard is measured the softkey is underlined Press SAVE RESP ISOL 6 Wait for the error coefficients to be computed and the Cal Set selection menu to be displayed Press on...

Page 68: ...ation is preferred Choosing the Proper Load Standard In the 1 Port calibration a load termination is used to determine the system directivity The error signal that appears in the reflected signal path and did not reach the test port This section describes the different load standards that can be used with the HP 8510C A fixed load is the simplest load standard and provides adequate performance for...

Page 69: ...cified in the cal kit definition see section Entering the Exact Offset Delay on page 2 18 A sliding load may also be used to determine directivity The load element is moved to five or more positions determining corresponding points of the circle of Figure 2 4c The HP 8510C then uses a circle fitting routine to determine the center of the circle which is the actual directivity Again the effective d...

Page 70: ...ET After the measurement change the position of the sliding load and press SLIDE IS SET again Change the load position at least five more times covering the full range of possible positions Press SLIDING LOAD DONE 5 Press SAVE 1 PORT CAL The error coefficients are computed and the Cal Set selection menu is displayed Press one of the CAL SET keys to store the error coefficients and turn on correcti...

Page 71: ...chnique used by the HP 85104 Series test set module allows high dynamic range measurements of mm wave components The transmission signal path noise floor can vary depending upon the frequency range and source RF power available at the test port A quick check of dynamic range is performed using the Response Isolation calibration with the test ports in the final measurement configuration Choose the ...

Page 72: ...ematic errors are mathematically removed from the measurement system by measuring calibration standards with precisely known characteristics Figure 2 6 compares uncorrected and corrected impedance measurements of a W band fixed load The slowly varying trace shows the result using an S11 1 port calibration Figure 2 6 Comparing S11 Measurements Using Response and 1 Port Calibration ...

Page 73: ...t of a 94 GHz bandpass filter a multi segment frequency list is used to measure the filter transmission response from 80 GHz to 100 GHz in 600 MHz steps with an increased resolution of 20 MHz from 92 GHz to 96 GHz Figure 2 7 illustrates the A11 segments selection results Note that either of the segments can be displayed independently Figure 2 7 S21 Response Using Frequency List to Adjust Frequency...

Page 74: ...so exhibit this frequency dependence Figure 2 8 illustrates the phase and group delay of a 44 GHz bandpass filter Figure 2 8 Bandpass Filter S21 Phase and Group Delay The Waveguide Delay function is used to compensate for the frequency dependent propagation constant of rectangular waveguide dispersion As illustrated in Figure 2 9 waveguide delay provides a display of deviation from characteristic ...

Page 75: ... the measurement marker to the center of the frequency range then press AUTO DELAY to automatically choose a value for waveguide delay Now use the knob to enter the appropriate electrical delay value to flatten the trace and view the deviation from characteristic waveguide phase response This measurement shows the phase response of the 10 cm line with electrical delay applied Note that coaxial del...

Page 76: ... the trace making the peak magnitude value inaccurate To obtain a more exact measurement of the shorted line add waveguide delay to move the response to time t 0 The delay required is 672 ps or 201 65 mm which is the twice the actual electrical length of the waveguide section Twice because the signal propagates from the port to the reflection and then back to the port Notice the change in magnitud...

Page 77: ...illustrates a simplified diagram of interconnections The needed RF signal switch and the 20 MHz IF and control switches are included in the HP 85105 mm wave controller The system is easily switched from mm wave to microwave test set operation by loading appropriate hardware and instrument states but without changing rear panel connections Figure 2 11 Block Diagram of System With Coaxial Test Set ...

Page 78: ...in the pass thru mode 2 Load the coaxial Machine Dump file from the mm wave system disk Press DISK STORAGE IS INTERNAL LOAD MORE MACHINE DUMP Use the knob to select file MD_COAX see Table on page 2 6 LOAD FILE Press USER PRESET The key differences between the mm wave instrument state and the coaxial test set instrument state are listed in Chapter Appendix A The coaxial test set ACTIVE LED should g...

Page 79: ...st set is connected as well verify that the test set ACTIVE LED is off If it is on then toggle the test set address 1 Press SYSTEM HP IB ADDRESS TEST SET 2 Enter 20 x1 3 Enter 21 x1 If an RF Switch is also used the SWITCH 0 LED should be on during mm wave operation and off during microwave operation Problem Data is grossly incorrect after calibration Possible Causes and Solutions FACTORY PRESET wa...

Page 80: ...the system may hang while attempting to phase lock To recover from this situation 1 Turn all instruments off 2 While holding down a key on the HP 8510 numerical keypad turn the HP 8510 back on 3 The HP 8510 starts the error diagnostic routine Press MARKER 4 Run the main program by pressing 5 1 Once the HP 8510 is sweeping reset the phase lock by a Press SYSTEM MORE SYSTEM PHASELOCK NONE b Turn on ...

Page 81: ...ntroller and the HP 85104A test set modules and for a system using a coaxial test set HP IB Addresses Source 1 RF 19 Source 2 LO 18 Test set 21 HP 85105A 20 Coaxial RF switch 31 System Phaselock LOCK TYPE NONE two synthesizers LOCK TYPE EXTERNAL sweeper LO not used with 85106D LOCK TYPE INTERNAL single source with HP 8517B used in option 001 Power Leveling mm wave POWER SWEEP EXTERNAL SOURCE 1 EXT...

Page 82: ...mm Wave System 2 37 Operation Sweep Mode Sweep Mode HP 85105A with two synthesizer configuration gives you FREQUENCY LIST SINGLE POINT STEP With the coaxial configuration under 50 GHz ramp sweep is also available ...

Page 83: ...able 2 4 Waveguide Cutoff Frequencies Frequency Range 0 045 GHz to 50 GHz 33 GHz to 50 GHz 40 GHz to 60 GHz 50 GHz to 75 GHz 75 GHz to 110 GHz Frequency Band Coaxial Q Band WR 22 U Band WR 19 V Band WR 15 W Band WR 10 Cutoff Frequency N A 26 338 GHz 31 386 GHz 39 873 GHz 59 024 GHz ...

Page 84: ...easurement point along the sweep the test signal frequency at the DUT is 45 GHz To generate this 45 GHz signal the test signal source is set to 15 GHz amplified and its frequency is tripled in the test set module 3 X 15 45 The incident reflected and transmitted portions of the 45 GHz signal are separated in the test set module and applied to the first frequency conversion stage Inside each harmoni...

Page 85: ...2 40 HP 85106D mm Wave System Operation Multiple Source Figure 2 12 Multiple Source Settings for the mm Wave Bands ...

Page 86: ...tem operation and is included as a part of the HP 85106D installation Performance verification for the mm wave system is the same as for the standard HP 8510C system Refer to the Performance Verification section in the HP 8510C On Site Service manual as you calibrate and verify your system Two frequency tests have been added to the required performance verification procedure of an HP 8510C system ...

Page 87: ...tware by following the instructions on the disk lable The installation program will lead you through the installation and create the program group which includes the specs and verification icon 3 Click the mouse on the Specs and Verification icon to run the program The first time you start the program you will get the following warning message A valid HPBW GPIB HP IB driver for your board if any h...

Page 88: ...HP 8510C Specification and Verification software disk LIF format into the default drive or the drive you specify as the MSI mass storage is Load the file by typing LOAD SPECS_8510 then press RETURN or EXECUTE 2 Type RUN This will start the program For Both PC and HP 300 Controller After the program is started 1 The display allows you to set the date and time At this point you may press the control...

Page 89: ...nished using the program VERIFY SYSTEM Use this menu to verify system performance Do not choose this selection until the Hardware and Software Configuration menus are set SYSTEM UNCERT This menu is selected when you want to see the calculated uncertainty limits for each type of S parameter measurement Do not press this selection now SYSTEM SPECS When this selection is made the Specifications menu ...

Page 90: ... The model number of the verification kit must match the one you selected in the Configuration menu NOTE Be sure the controller is connected to the HP 8510C rear panel HP IB connector Also the HP 8510 must be warmed up for one hour before verification 4 Press SYSTEM HP IB configure HP IB uses USR PRESET to send the preset command over HP IB to USER PRESET 5 Press VERIFY SYSTEM If the program ackno...

Page 91: ...e set incorrectly The following conditions are recalled automatically during verification SYSTEM PHASELOCK Press SYSTEM MORE SYSTEM PHASELOCK NONE POWER LEVELING Press SYSTEM MORE POWER LEVELING SOURCE 1 EXT LEVEL SOURCE 2 INTERNAL SOURCE POWER LEVEL Press STIMULUS MENU POWER MENU POWER SOURCE 1 xx x1 POWER SOURCE 2 xx Refer to the following table for the correct power level Table 3 1 Recommended ...

Page 92: ...anel keys SYSTEM Zo Press CAL MORE SET Z0 1 x1 4 Perform the Calibration You need the Pull 2 port calibration for S parameter test sets as in the HP 85106D System 5 On the HP 8510 press CAL Then select TRL 2 PORT 6 Next a series of softkey selections appear on the display REFLECTION TRANSMISSION ISOLATION and LINE When you press one another set of softkeys will appear Connect each device as direct...

Page 93: ... However you must select the devices one at a time from the Verify Standard menu Select NO for the 45 MHz measurement and verify that the other selections are correct 1 Press DONE after the form is completed Insert the Verification Kit disk into the HP 8510 disk drive and press RESUME The program reads the disk and compares device serial numbers If the numbers do not match change them by respondin...

Page 94: ...e correct and configuration and language switch settings are correct 2 Running the HP 8510C internal diagnostics to determine if the network analyzer is functioning 3 Using specific procedures to find certain obvious symptomatic failures Hardware service tools are used to emulate source and test set functions and to identify a cause of failure outside the analyzer The HP 8510 network analyzer is t...

Page 95: ...4 2 HP 85106D mm Wave System Service and Troubleshooting Figure 4 1 HP 85106D System Block Diagram ...

Page 96: ...HP 85106D mm Wave System 4 3 Service and Troubleshooting Figure 4 2 HP 85106D Option 001 System Block Diagram ...

Page 97: ...information and detailed troubleshooting procedures The following is a list of manuals that are required during troubleshooting See Table 1 3 on page 1 7 for HP part numbers HP 8510C On Site Service Manual HP 8517B Operating and Service Manual HP 8360 Series Calibration and Installation Manual used for the HP 83621B HP 83631B and HP 83651B synthesized sweepers ...

Page 98: ...P 85102B power switches ON HP 8510C operating system firmware revision Must be revision B 6 54 or later Cabling and HP IB addresses of all instruments in the system See Figure 4 3 on page 4 6 Figure 4 7 on page 4 19 and Figure 4 8 on page 4 23 in this procedure HP 8360 Series source language switch setting See Figure 4 8 on page 4 23 HP 8360 Series source automated calibration procedure full user ...

Page 99: ...s TMSL Test and Measurement System Language Analyzer Language HP 8510 systems require that the synthesizer be set to Analyzer Language Set both the language configuration and the synthesizer HP IB address with a switch located on the rear panel of the synthesizer The factory default settings for this switch is to Analyzer Language at HP IB address 19 address 18 for the LO Figure 4 3 HP 8360 Series...

Page 100: ... HP 8510 hardware state and instrument state are incorrect or not loaded the HP 8510 may display an error message and sound a beep Turn the beep off by pressing SYSTEM BEEPER OFF on the front panel If needed load the desired Machine Dump file from the HP 8510C system disk by inserting the disk into the disk drive Press the following HP 8510C keys DISK STORAGE IS INTERNAL LOAD MORE MACHINE DUMP Ref...

Page 101: ... power is turned ON The Machine Dump file loads this register with an appropriate full band sweep Since the hardware state is not modified at power up the system can be configured to power up in any particular frequency range by saving the desired instrument state in register number 8 Press the green USER PRESET key on the front of the HP 8510C to recall Instrument State 8 ...

Page 102: ...anel If used the sweep LED on the HP 8340 41 synthesizer front panel may also be blinking NOTE If the HP 85l0 locks up refer to Common Problems and Their Solutions on page 2 34 for information If there are any self test failure messages or running error messages caution type refer to the HP 8510C On Site Service Manual Follow the specific procedure associated with the type of test that failed If t...

Page 103: ...the HP 8510 performs continuous internal diagnostics which indicate network analyzer problems during operation Running error messages caution type as these are called are displayed Self Test Failure If one or more self test fails as displayed on the HP 8510 refer to the Self Test chapter in the HP 8510C On Site Service Manual Running Error Messages Beeping If a running error message caution type a...

Page 104: ...elated Problems When Using the Optional HP 8517B Test Set When Using the Optional HP 8517B Test Set To help locate the faulty instrument the service adapter HP part number 85102 60210 is used to emulate the operation of the source and test set and check unratioed power levels into the HP 85102 IF Detector NOTE When checking any unratioed power levels turn the HP 8510 averaging OFF Refer to Unratio...

Page 105: ...the 5 V supply in the HP 85101C Refer to HP 8510 Power Supply Troubleshooting in the Additional Tests chapter in the HP 8510 On Site Service Manual for more information Calibration Verification Problems Read the respective manual for the calibration kit used and review inspection gauging cleaning and use of the calibration and verification devices and test port return cables Refer to Performance T...

Page 106: ...gives the fastest and most complete check of the HP 85106D system Whenever your HP 85106D system appears to have a failure you can use this program to check the boards in the HP 8510C and HP 85105A In general the Service Program is used for the following purposes When there is a self test failure run the Service Program diagnostics for the board assembly that failed Verify the failure When there i...

Page 107: ...e failure If by running the Service Program tests you cannot verify or isolate the problem refer to the information in Front Panel Tests and Additional Tests of the HP 8510C On Site Service Manual The information provided there contains more information about testing certain boards and assemblies Symptoms Versus Causes Failures Be sure that you have not overlooked any fundamental problems disguise...

Page 108: ...HP 85106D mm Wave System 4 15 Service and Troubleshooting Symptomatic Failure Types Figure 4 4 Overall Service Program Flowchart 1 of 3 ...

Page 109: ...4 16 HP 85106D mm Wave System Service and Troubleshooting Symptomatic Failure Types Figure 4 5 Overall Service Program Flowchart 2 of 3 ...

Page 110: ...HP 85106D mm Wave System 4 17 Service and Troubleshooting Symptomatic Failure Types Figure 4 6 Overall Service Program Flowchart 3 of 3 ...

Page 111: ...t are not bulleted are primarily adjustments that increase troubleshooting and may require extra equipment Service Program Procedure Using HP 85102 Tests If the HP 85101 is working properly then the HP 85102 the sources or their interfaces may be the problem Verify the operation of the HP 85102 by running the HP 85102 Service Program tests Refer to the test menu provided in Figure 4 4 on page 4 15...

Page 112: ... 20 dB power hole due to a faulty RF input connector that deficiency would be invisible ratioed out in a ratioed measurement however the data would be incorrect It would not have been taken at the specified power level Similarly troubleshooting system faults using the ratioed measurement mode can be deceptive The solution is to separately test each channel and check the power in unratioed mode To ...

Page 113: ... To check all of the IF signals in the HP 85104A mm Wave Test Sets the a2 and b2 phase lock and drive paths must be redefined If the configuration disk has been loaded for the desired millimeter band then the user parameters are already defined If manual entry is needed press the following keys on the HP 8510 to redefine a2 PARAMETER MENU USER 3 a2 REDEFINE PARAMETERS DRIVE PORT 2 PHASE LOCK a2 RE...

Page 114: ...riate source manual to troubleshoot the HP 8360 series sources Be sure to check the power levels out of the source and the RF cables from the sources to the HP 85106D system NOTE Do not try to measure the RF source power in source 1 of the HP 85106D system by disconnecting the RF cable Measuring the RF from the source breaks the leveling loop and causes the source to supply maximum power output In...

Page 115: ... emulate the operation of the source and test set and check unratioed power levels into the HP 85102 IF detector NOTE When checking any unratioed power levels turn averaging on the HP 8510C OFF Run The Service Program procedure Figure 4 8 using the Test Set HP IB Commands tests These tests can find about 15 of all HP 85105A mm wave controller failures The test requires approximately one minute to ...

Page 116: ...m Flowchart Troubleshoot the HP 85105A mm wave controller using the procedure in Chapter 6 HP 85105A mm Wave Controller of this HP 85106D Operation and Service Manual Troubleshoot the HP 85104A mm wave test set module using the procedure in Chapter 5 HP 85104A Test Set Module of this HP 85106D Operation and Service Manual ...

Page 117: ...4 24 HP 85106D mm Wave System Service and Troubleshooting Check Unratioed Power Levels ...

Page 118: ... a coupler detector only in V and W bands where the signal is sampled for use in an ALC loop The RF continues through an isolator and a dual directional coupler A portion of the incident signal is coupled off passed through an isolator and into a harmonic mixer A11 The signal received at the test port either transmitted from another test set module or reflected from a device under test is coupled ...

Page 119: ...atures and functions of the test set module are described and shown below 1 Test Port Connector The RF signal enters the device under test through this port 2 LO Input Cable The LO signal enters the test set module from the HP 85105A through this cable 3 RF Input Cable The RF signal enters the test set module from the HP 85105A through this cable 4 Module Interface Cable The voltages and ground li...

Page 120: ...et Modules and Cable Support Assembly The test set modules and cable support assembly are configured as part of the system see Cable Support Assembly on page 1 15 of this manual Refer to Installing Test Set Modules on page 1 16 to configure your test set as shown in Figure 5 2 Figure 5 2 HP 85104A Test Set Module Configuration ...

Page 121: ...humbwheel The thumbwheel is on the elevator portion of the stand and allows for vertical adjustment of the module Figure 5 3 on page 5 5 The range of adjustment is approximately 31 75 mm 1 25 inch NOTE Do not use the thumbwheel to raise the module beyond 38 1 mm 1 1 2 inches The elevator assembly may disengage from the rest of the stand assembly past this dimension Horizontal Adjustment Slide Leve...

Page 122: ...he power to the HP 85105A mm wave controller OFF 2 Disconnect the test set module from the system Refer to Chapter 1 Getting Started for information about removing the cable support assembly 3 Turn over the module and stand Loosen the two captive screws located on the bottom of the stand one on each end of the stand to disengage the module 4 Lift the stand off the module 5 Reverse this same proced...

Page 123: ... intended to provide useful information by giving typical but non warranted performance characteristics HP 85104A Supplemental Characteristics Max RF Input Power 27 dBm damage level into the test port HP 85104A Power Requirements and Physical Characteristics Operating Temperature 0o C to 55o C Power All power is supplied to the HP 85104A by the HP 85105A Dimensions Module only 292 1 mm x 174 6 mm ...

Page 124: ...ary to determine whether your test set module is faulty Follow the troubleshooting flowcharts see Figure 5 4 on page 5 9 and Figure 5 5 on page 5 10 to identify the faulty assembly These flowcharts are keyed to numbered troubleshooting procedures As you progress through the flowchart perform the numbered procedure associated with each block A block diagram of the test set module is included in thi...

Page 125: ...ARNING Attention electrostatic discharge sensitive Handle only at static safe work stations The test set modules are extremely sensitive to electrostatic discharge ESD Ground your work station and yourself before handling these instruments Table 5 1 Tools Required Tool Size HP Part Number Torx head screwdriver T 10 8710 1623 Torx head screwdriver T 8 8710 1644 Torx head balldriver 3 32 8710 1539 P...

Page 126: ...HP 85106D mm Wave System 5 9 HP 85104A Test Set Module Troubleshooting Procedures Figure 5 4 HP 85104A Troubleshooting Flowchart 1 of 2 ...

Page 127: ...5 10 HP 85106D mm Wave System HP 85104A Test Set Module Troubleshooting Procedures Figure 5 5 HP 85104A Troubleshooting Flowchart 2 of 2 ...

Page 128: ... levels for the band you are using Attach a short circuit to the module when you are checking b1 or b2 Power levels are measured using the configuration tape or disk RF levels Table 5 2 IF Power Levels Parameter Q band1 WR 22 1 These values are approximate The power levels may vary as much as 4 dB across the band U band1 WR 19 V band1 WR 15 W band1 WR 10 al USER1 13 dB 13 dB 26 dB 27 dB b2 USER2 1...

Page 129: ...o torx head screws from the bottom housing Pull the bottom housing off d Slide the front panel up and out Cut and remove any cable ties as needed 2 Disconnect the suspect isolator Step 15 at the coupler interface and at the mixer interface 3 Loosen the four mixer bracket screws Step 14 and slide the isolator out of the assembly 4 Replace the suspect isolator with a known good isolator possibly fro...

Page 130: ...p 13 2 Disconnect the isolator at the mixer interface Step 15 and Step 16 3 Remove the mixer bracket Step 14 4 Replace the mixer with the mixer from the opposite auxiliary arm or with a mixer from another test set module 5 Attach the new mixer to the isolator and connect the IF and LO input cables Be sure to use correct waveguide connection techniques refer to Waveguide Connections on page 2 9 for...

Page 131: ... from the HP 85104 test set modules c Remove the two torx head screws from the bottom housing Pull the bottom housing off d Slide the front panel up and out Cut and remove any cable ties as needed 2 Disconnect the LO IN and LO OUT cables from the power divider Step 18 3 Remove the two screws from the power divider Step 17 using the T 8 torx head screw driver Slide the power divider out of the asse...

Page 132: ... ties as needed 1 Disconnect the LO IN and LO OUT cables from the power divider Step 13 2 Disconnect the mixer bracket from A11 or A12 mixer incident signal path near left hand Step 14 reflected signal path near right hand Step 14 3 Disconnect A9 or A10 isolator at the coupler interface incident signal path near left hand Step 15 reflected signal path near right hand Step 15 4 Slide the isolator m...

Page 133: ...the bottom side is facing up Remove the stand by loosening the two captive screws until the module and stand are disengaged b Remove all extensions from the HP 85104 test set modules c Remove the two torx head screws from the bottom housing Pull the bottom housing off d Slide the front panel up and out Cut and remove any cable ties as needed 2 Remove the RF cable from the 90 coaxial bend and conne...

Page 134: ...ning the two captive screws until the module and stand are disengaged b Remove all extensions from the HP 85104 test set modules c Remove the two torx head screws from the bottom housing Pull the bottom housing off 2 Disconnect the LO IN and LO OUT cables from the power divider Step 13 3 Remove the two screws from the power divider to remove the power divider Step 17 4 Disconnect the main line iso...

Page 135: ... cables from the HP 85104A to the HP 85105A Turn the HP 85105A ON Read the power level on the power meter Refer to the Table 5 3 on page 5 16 for the correct power level of the band you are using 7 Reverse the steps in this procedure to reassemble the test set module 8 Return to the troubleshooting flowchart Table 5 4 RF Power Out of the A13 Source Block Band GHz Power Level dBm 33 to 50 Q band 3 ...

Page 136: ...ve any cable ties as needed 2 Disconnect the LO IN and LO OUT cables from the power divider Step 13 3 Disconnect the mixer bracket from A11 or A12 mixer incident signal path near left hand Step 14 reflected signal path near right hand Step 14 4 Disconnect A9 or A10 isolator at the coupler interface incident signal path near left hand Step 15 reflected signal path near right hand Step 15 5 Slide th...

Page 137: ... is facing up Remove the stand by loosening the two captive screws until the module and stand are disengaged 2 Remove all extensions from the HP 85104 test set modules 3 Remove the two torx head screws from the bottom housing Pull the bottom housing off 4 Slide the front panel up and out Cut and remove any cable ties as needed 5 Disconnect W7 LO cable assembly from the 90 bend of the power divider...

Page 138: ...edure 10 1 Refer to Module Interface Adapter on page 6 8 The voltages on the front panel of the HP 85105A mm wave test set controller are the same ones that enter the HP 85104A A13 source block via the black interface connector on the A5 board assembly part of A18 source block assembly 2 Return to the troubleshooting flowchart ...

Page 139: ...5 22 HP 85106D mm Wave System HP 85104A Test Set Module Troubleshooting Procedures ...

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Page 144: ...the STEP numbers in Figure 5 11 on page 5 32 WARNING Electrostatic discharge sensitive Handle only at static safe work stations The test set modules are extremely sensitive to electrostatic discharge ESD Ground your work station and yourself before handling these instruments Table 5 6 Disassembly Tools Required Tool Size HP Part Number Torx head screwdriver T 10 8710 1623 Torx head screwdriver T 8...

Page 145: ...5 32 HP 85106D mm Wave System HP 85104A Test Set Module Disassembly Procedure Figure 5 11 HP 85104A Disassembly Procedure ...

Page 146: ...ect the IF cabling red white and blue white from the mixers 8 Disconnect the module interface connector from the A5 board part of A13 source block 9 Disconnect the ALC cable yellow white from the A5 board NOTE In some modules the ALC cable may not be accessible at this time Remove this cable when it becomes accessible 10 For V or W band modules disconnect the detector cable from the A5 board part ...

Page 147: ... instrument and remove it 21 For V or W band modules remove A14 coupler detector from A8 dual directional coupler NOTE The coupler detector A14 and the source block A13 must be returned to the factory together attached with two screws if either component is faulty 22 Remove the torx head screws from the coupler bracket and remove the bracket 23 Remove the 90 coaxial bend from the RF cable near the...

Page 148: ...cy banded modules Follow the procedure in the order given starting at the step number needed for your repair The step numbers correspond to the numbers in Figure 5 12 on page 5 36 Refer to this figure as you assemble the test set module Table 5 7 Tools Required Tool Size HP Part Number Torx head screwdriver T 10 8710 1623 Torx head screwdriver T 8 8710 1644 Hex head balldriver 3 32 85104 20035 Poz...

Page 149: ...5 36 HP 85106D mm Wave System HP 85104A Test Set Module Assembly Procedure Figure 5 12 HP 85104A Assembly Procedure ...

Page 150: ...arted and Chapter 2 Operation of this manual NOTE You may have to hold the opposite end of the coupler higher in order to mate the surfaces of the isolator and source module block 6 Once a good connection has been made at the source coupler interface insert the hex head coupler bracket screws 7 Position the LO power divider on the source block with the input port towards the right aide of the inst...

Page 151: ...xial elbows on the top mount 20 Slide the front panel into the groove of the top housing NOTE The grommet in the front panel should move freely after the bottom housing is tightened down 21 Attach the long flexible cables to a bracket or piece of waveguide with a cable tie 22 Attach the bottom housing using two torx head screws 23 Attach the stand to the module by aligning the two captive screws w...

Page 152: ...5104A test set module Figures 5 12 through 5 16 list the replaceable parts in reference designator order Ordering Information To order a part listed in this section Quote the Hewlett Packard part number Indicate the quantity required Address your order to the nearest Hewlett Packard Sales and Service Office Refer to the listing of the offices at the front of this manual ...

Page 153: ...5 40 HP 85106D mm Wave System HP 85104A Test Set Module Replaceable Parts Figure 5 13 HP Q85104A Replaceable Parts ...

Page 154: ... 1 Isolator 85104 60022 A8 1 Dual Directional Coupler 85104 60021 A9 1 Incident Isolator 85104 60038 A10 1 Reflected Isolator 85104 60038 A11 1 Incident Mixer 11643 60028 A12 1 Reflected Mixer 11643 60028 A13 1 Q band Module Assy 85104 60011 E1 1 ADPT F SMA F SMA 1250 1158 W3 1 RF Cable Assembly 85104 60016 W7 1 LO Cable Assembly 85104 60017 W8 1 RF Cable 90o bend 85104 20021 W9 1 Interconnect Cab...

Page 155: ...4 2190 0030 1 Nut Hex 4 40 2260 0009 27 WSHR FL 125D 4 3050 0105 MISCELLANEOUS 2 Waveguide Straight 5 cm Q896B 11644 60017 1 90o Waveguide Bend 85104 60034 1 Ball Driver 8710 1539 PARTS NEEDED BUT NOT SUPLIED 1 Pozi Screwdriver 1 8710 0899 1 Torx Screwdriver 10 8710 1623 1 Torx Screwdriver 8 8710 1644 1 Open end Wrench 5 16 8720 0015 1 Wrist Strap 9300 1383 1 Conductive Mat 9300 0797 Table 5 8 HP ...

Page 156: ...HP 85106D mm Wave System 5 43 HP 85104A Test Set Module Replaceable Parts Figure 5 14 HP U85104A Replaceable Parts ...

Page 157: ...lator 85104 60019 A8 1 Dual Directional Coupler 85104 60018 A9 1 Incident Isolator 85104 60039 A10 1 Reflected Isolator 85104 60039 A11 1 Incident Mixer 11643 60029 A12 1 Reflected Mixer 11643 60029 A13 1 U band Source Module Assembly 85104 60012 E1 1 ADPT F SMA F SMA 1250 1158 W3 1 RF Cable Assembly 85104 60016 W7 1 LO Cable Assembly 85104 60017 W8 1 RF Cable 90o bend 85104 20021 W9 1 Interconnec...

Page 158: ... 2190 0030 1 Nut Hex 4 40 2260 0009 27 WSHR FL 125D 4 3050 0105 MISCELLANEOUS 2 Waveguide Straight 5 cm U896B 11644 60018 1 90o Waveguide Bend 85104 60034 1 Ball Driver 8710 1539 PARTS NEEDED BUT NOT SUPPLIED 1 Pozi Screwdriver 1 8710 0899 1 Torx Screwdriver 10 8710 1623 1 Torx Screwdriver 8 8710 1644 1 Open end Wrench 5 16 8720 0015 1 Wrist Strap 9300 1383 1 Conductive Mat 9300 0797 Table 5 9 HP ...

Page 159: ...5 46 HP 85106D mm Wave System HP 85104A Test Set Module Replaceable Parts Figure 5 15 HP V85104A Replaceable Parts ...

Page 160: ...r Divider 0955 0264 A7 1 Insulator 85104 60025 A8 1 Dual Directional Coupler 85104 60024 A9 1 Incident Isolator 85104 60027 A10 1 Reflected Isolator 85104 60026 A11 1 Incident Mixer 11643 60030 A12 1 Reflected Mixer 11643 60030 A13 1 V band Source Module Assembly 85104 60009 A14 1 Not Separately Replaceable part of A13 assembly N A E1 1 ADPT F SMA F SMA 1250 1158 W3 1 RF Cable Assembly 85104 60016...

Page 161: ...32 312 PNPD 2360 0115 23 SS 440 375 3030 0221 27 WSHR LK 115D 4 2190 0030 1 Nut Hex 4 40 2260 0009 27 WSHR FL 125D 4 3050 0105 MISCELLANEOUS 2 Waveguide Straight 5 cm V896B 11644 60012 1 90o Waveguide Bend 85104 60035 1 Ball Driver 8710 1539 PARTS NEEDED BUT NOT SUPPLIED 1 Pozi Screwdriver 1 8710 0899 1 Torx Screwdriver 10 8710 1623 1 Torx Screwdriver 8 8710 1644 1 Open end Wrench 5 16 8720 0015 1...

Page 162: ...HP 85106D mm Wave System 5 49 HP 85104A Test Set Module Replaceable Parts Figure 5 16 HP W85104A Replaceable Parts ...

Page 163: ...A7 1 Insulator 85104 60029 A8 1 Dual Directional Coupler 85104 60028 A9 1 Incident Isolator 85104 60031 A10 1 Reflected Isolator 85104 60030 A11 1 Incident Mixer 11643 60031 A12 1 Reflected Mixer 11643 60031 A13 1 W band Source Module Assembly 85104 60014 A14 1 Not Separately Replaceable part of A13 assembly N A E1 1 ADPT F SMA F SMA 1250 1158 W3 1 RF Cable Assembly 85104 60016 W7 1 LO Cable Assem...

Page 164: ...15 23 SS 440 375 3030 0221 27 WSHR LK 115D 4 2190 0030 1 Nut Hex 4 40 2260 0009 27 WSHR FL 125D 4 3050 0105 MISCELLANEOUS 2 Wavegd Straight 5 cm W896B 11644 60012 1 90o Waveguide Bend 85104 60035 1 Ball Driver 8710 1539 PARTS NEEDED BUT NOT SUPPLIED 1 Pozi Screwdriver 1 8710 0899 1 Torx Screwdriver 10 8710 1623 1 Torx Screwdriver 8 8710 1644 1 Open end Wrench 5 15 8720 0015 1 Wrist Strap 9300 1383...

Page 165: ...D mm Wave System HP 85104A Test Set Module Replaceable Parts Figure 5 17 HP 85104A Replaceable Parts supplied with different bands Qty Description HP Part Number 1 Stand Assembly 85104 60006 4 Nylon Feet 85104 20036 ...

Page 166: ...ed RF signal is applied to the active test set either port 1 or port 2 for S parameter measurements The incident and reflected IF signals from the test sets are returned to the HP 85105A amplified output to the analyzer processed and displayed A leveling signal is passed from the test set through the controller to the RF source to provide leveled power Tthe coaxial test set is selected by the HP 8...

Page 167: ...front section of this manual For operator safety the voltages in this instrument warrant normal caution Service should be performed only by qualified personnel Before removing the instrument covers to troubleshoot problems or replace assemblies refer to the HP 8510C On Site Service Manual Safety Licensing section for information about hazardous voltage locations and general safety precautions ...

Page 168: ...n HP 85106D system refer to Chapter 1 Getting Started of this manual The switching functions of the controller are performed by the HP 8510C operating system and may be accessed through the front panel push buttons on the HP 8510C network analyzer For additional operation information refer to Chapter 2 Operation Options Option 004 Provides the rear panel output of port 1 and 2 RF LO and Module Int...

Page 169: ...ressed the line power is on 2 Line LED This LED goes on and off with the instrument line switch to indicate the status of line voltage applied to the instrument 3 Active LED This LED is lit when the mm wave test set is selected by the network analyzer 4 a1 LED This LED indicates that port 1 is selected and the RF source is switched to port 1 This LED lights for about 2 seconds and then goes off wh...

Page 170: ...Output When the port is selected by the analyzer an amplified RF source signal is available to an HP 85104A test set module or to a multiplier for customer configured systems 7 LO Output An amplified LO signal is always available to an HP 85104A test set module or to an harmonic mixer for customer configured systems 8 Module Interface The HP 85104A test set plugs into this interface This interface...

Page 171: ...le Interface The module interface connectors Figure 6 3 for port 1 and port 2 of the HP 85105A are identical The following information may be used for troubleshooting purposes or for constructing a system without using the HP 85104A test set Figure 6 3 Module Interface Connections ...

Page 172: ...nd dc supply ground lines Pin Number 4 This pin is a 15 0 Vdc supply Pin Number 6 and 7 These two pins are both 8 0 Vdc supplies Pin Number 9 This pin is a 5 0 Vdc supply Pin Number 11 This pin is a 15 0 Vdc supply Pin Number 13 This is the Module Sense line When a highband test set is connected to the module interface of the HP 85105A a 5 0 Vdc level is input to this pin The result is that the AL...

Page 173: ...odule interface adapter supplied with the HP 85105A is used to adapt the HP 85105A front panel module interface to a plug Compatible with HP 8355X Series source modules and two BNC connectors used to receive incident and reflected IF signals See Figure 6 4 Figure 6 4 Module Interface Adapter Wiring Diagram ...

Page 174: ...or for every GHz of RF source frequency Pin number 14 of the module interface on the front panel of the HP 85105A carries this voltage to the test set modules 3 LO Input This input to the instrument comes from the LO source The signal is split and amplified then output to the front panel of the HP 85105A 4 ALC Output This dc level is applied to the RF source The ALC signal is either generated by t...

Page 175: ...ource signal is available to an HP 85104A test set module or to a multiplier for customer configured systems 7 J10 Test Set Interconnect Should be connected to J11 of the coaxial test set This connector transmits the IF signals from the test set to the HP 85105A 8 J11 Test Set Interconnect Should be connected to the J1 Test Set Interconnect on the HP 85102 IF Detector This connector transmits the ...

Page 176: ... HP 85105A must be the first test set in the series While a measurement is proceeding on test set number 1 which is equipped with Option 001 test device connection may be completed on test set number 2 which does not need to be equipped with Option 001 unless another test set is to be connected When the measurement on test set number 1 is completed then the HP 8510 can control test set number 2 In...

Page 177: ...t exceed 13 meters about 40 feet The last test set in the chain does not require Option 001 If the RF coaxial switches are not incorporated into the system then the RF input to the test set must be manually switched to the active test set Initialization at Power up After power up configure the IF switches so that only one system test set is active Refer to the following procedure 1 Check the activ...

Page 178: ...h 1 and 2 must be 50 GHz coaxial switches 2 Not all system connections are shown 3 In dual source configurations the second source can be multiplexed in a similar manner If only one dual source test set is used the second source can be connected directly to the one test set 4 The HP 85105A must be the first test set in the series and if the HP 8517 test set is used it must be second in the series ...

Page 179: ...F TEST SET function Then enter the test set address by pressing x1 or it can be changed via program control using the HP 8510 HP IB ADDRESS command Each test set HP IB address is set with address switches on the test set rear panel RF Switch Driver Commands A related feature of the HP 8510 is that when the HP 8510 ADDRESS OF TEST SET function is changed a code sequence is automatically issued over...

Page 180: ...sponse at test set number 2 Press 1 HP 8510 LOCAL test set 2 Enter the address of test set number 2 this would be 20 3 Press x1 The test set number 2 measurement should appear 4 Press DISPLAY DATA MEMORY DISPLAY DATA and MEMORY to store the trace for later comparison Use ADDRESS OF TEST SET to select test set number 3 5 Switch back to test set number 2 Observe any difference in the response betwee...

Page 181: ...ntal characteristics provide information useful in applying the instrument by giving typical but non warranted performance parameters NOTE The RF level can be adjusted more than 10 dB down from nominal by use of the Source 1 power level menu on the HP 8510 Table 6 1 HP 85105A Supplemental Characteristics Test Ports RF and LO Connector Type Precision 3 5 mm male Connector Torque 90 N cm 8 in lb Nom...

Page 182: ...m female Connector torque Precision 3 5 mm 90 N cm 8 in lb SMA 56 N cm 5 in lb RF Source Power Level Damage input level 13 dBm Maximum input level 5 0 dBm Minimum input level 2 0 dBm LO Source Power Level Damage input level 13 dBm Maximum input level 3 0 dBm 2 dBm recommended Minimum input level 0 0 dBm Operating Temperature 0o C to 55o C Power 110 120 220 or 240 10 Vac 48 to 66 Hz line frequency ...

Page 183: ...ted the HP 85105A as the problem instrument Use the Troubleshooting Flowchart Figure 6 7 on page 6 21 to identify the faulty assembly The flowchart is keyed to numbered individual troubleshooting procedures As you progress through the flowchart perform the numbered procedure associated with each block A block diagram is provided at the end of this section to assist in understanding the operation o...

Page 184: ...coaxial switch then out through the mm wave controller rear panel Incident and reflected IF signals are applied to the mm wave controller from the test set modules via the module interface on the mm wave controller front panel These signals are amplified and output to the analyzer to be processed and displayed If the coaxial test set is selected by the HP 8510 the IF from the test set is routed th...

Page 185: ...ied as part of the system 1 point Pozidriv 2 point Pozidriv Service Adapter 3 5 mm precision female to female adapter 5 16 in Torque Wrench HP 436A Power Meter HP 8485A Power Sensor HP 847SC Negative Detector HP 1740A Oscilloscope or equivalent HP 8498C 10 dB Fixed Attenuator Troubleshooting Sequence Figure 6 7 on page 6 21 illustrates the troubleshooting sequence that can be used to determine whi...

Page 186: ...HP 85106D mm Wave System 6 21 HP 85105A mm Wave Controller Equipment Needed But Not Supplied Figure 6 7 Troubleshooting Flowchart 1 of 2 ...

Page 187: ...6 22 HP 85106D mm Wave System HP 85105A mm Wave Controller Equipment Needed But Not Supplied Figure 6 8 Troubleshooting Flowchart 2 of 2 ...

Page 188: ...05A mm Wave Controller HP 85105A Troubleshooting Procedures HP 85105A Troubleshooting Procedures Procedure 1 A15 Primary Regulator A6 Secondary Regulator HP IB Address Switches Fuse Locations Figure 6 9 Power Supply Fuses and Test Points ...

Page 189: ...switch is on the instrument rear panel It is easy to access but need not be changed unless the error message SYSTEM BUS ADDRESS ERROR is displayed on the HP 8510 screen Decimal twenty one binary 10101 on off on off on is the default setting Figure 6 10 Instrument HP IB Switch Setting Table 6 2 Power Supply Voltages Nominal Voltage Test Point Voltage Range Maximum Ripple Peak to Peak 14 85 Vdc A15T...

Page 190: ...module or non repairable damage will result The cam must be completely removed from the line module rotated to the proper position and reinstalled Refer to the instructions below Replacement of Fuse 1 Pry open line module cover door 2 Pull out fuse carrier 3 Insert fuse of proper rating 4 Place carrier back into line module Selection of Operating Voltage 1 Pry open line module cover door 2 Remove ...

Page 191: ...6 26 HP 85106D mm Wave System HP 85105A mm Wave Controller Self Test Indicators Self Test Indicators Procedure 2 Figure 6 12 Location of Self Test Indicators ...

Page 192: ...lure indications If the Self test Fails to Run If the portion of memory which contains the self test programming is faulty the self test will not run properly The following conditions indicate that the self test ROMs are probably faulty all LEDs flash briefly and go off all LEDs flash briefly and stay on ACTIVE LED goes on too soon Table 6 3 Self Test Failure Indications Self Test Indication A4 HP...

Page 193: ...r meter and attach a 3 5 mm 10 dB fixed attenuator HP 8493C and a female to female adapter to the sensor 3 Attach the power sensor to the LO output on both ports 1 and 2 Select SINGLE POINT MODE from the STIMULUS menu then using the RPG knob slowly scan over the frequency band The power out should be 22 dBm 2 dB 4 Attach the power sensor to the RF output of the active port measure the power out th...

Page 194: ...Choose a power meter that covers the 4 to 6 GHz frequency range HP 436A meter and HP 8485A sensor Calibrate the power meter and attach a 3 5 mm female to female adapter to the sensor 3 Disconnect the LO source cable from the back of the instrument and attach the power sensor to the LO cable Select SINGLE POINT MODE from the STIMULUS menu then using the RPG knob slowly scan over the frequency band ...

Page 195: ...s Procedure 5 Figure 6 15 LO Input to Leveling Amplifiers 1 Run the system software Select HIGHBAND to make the mm wave controller active 2 Choose a power meter that covers the 4 to 6 GHz frequency range HP 436A meter and HP 8485A sensor Calibrate the power meter and attach a 3 5 mm female to female adapter to the sensor ...

Page 196: ...t is easily accessible and then tighten the power divider end When checking the input to the port 1 leveling amplifier it will be necessary to remove the coaxial cable connecting the RF leveling amplifier to the coax switch rotate the cable for better access and then reconnect at the coax switch Attach the power sensor to the cable Select SINGLE POINT MODE from the STIMULUS menu then using the RPG...

Page 197: ...6 32 HP 85106D mm Wave System HP 85105A mm Wave Controller LO ALC Adjustment LO ALC Adjustment Procedure 6 Figure 6 16 LO ALC Adjustment Points ...

Page 198: ...n adjustment fully clockwise Oscillations should be visible on the oscilloscope Turn the gain adjustment counter clockwise until the oscillations just disappear Recheck the user parameters in step 2 and then continue with step 4 4 Choose a power meter that covers the 4 to 6 GHz frequency range HP 436A meter and HP 8485A sensor Calibrate the power meter and attach a 3 5 mm 10 dB fixed attenuator HP...

Page 199: ...6 34 HP 85106D mm Wave System HP 85105A mm Wave Controller RF Amplifier Output RF Amplifier Output Procedure 7 Figure 6 17 RF Amplifier Output ...

Page 200: ...HP 8485A sensor Calibrate the power meter and attach a 3 5 mm 10 dB fixed attenuator HP 8493C and a female to female adapter to the sensor 3 Loosen the end of the coax cable attached to the output of the RF leveling amplifier coupler and detach the other end of the coax cable from the pin switch Rotate the cable and attach the power meter sensor Tighten the cable end attached to the RF leveling am...

Page 201: ...8485A sensor Calibrate the power meter and attach a 3 5 mm female to 2 4 mm female adapter to the sensor 3 Disconnect the RF source cable from the back of the instrument and attach the power sensor to the cable Select SINGLE POINT MODE from the STIMULUS menu then using the RPG knob slowly scan over the frequency band The power level should be greater than 13 dBm Because the RF source is externally...

Page 202: ... the HP 85105A and to the optional coax test set when HP IB test set address 20 is selected on the HP 8510 At that time the bias voltages on the coax switch are as shown in Figure 6 20 HP part number 33311C The HP part number for Figure 6 21 on page 6 38 is 0955 0603 Figure 6 19 Switch Bias Voltages Microwave Operation HP 85105A Standard Figure 6 20 Switch Bias Voltages mm Wave Operation HP 85105A...

Page 203: ...6 38 HP 85106D mm Wave System HP 85105A mm Wave Controller Coax Switch Voltages Figure 6 21 Switch Bias Voltages HP 85105A ...

Page 204: ...ent to port 1 When port 1 is active the port 1 indicator light on the A5 board will be green and the port 2 indicator light will be amber The voltage measured at A5J1 is 15 1 5 Vdc and the voltage measured at A5J2 is 15 1 5 Vdc 3 Switch the instrument to port 2 When port 2 is active the port 2 indicator light on the A5 board will be green and the port 1 indicator light will be amber The voltage me...

Page 205: ...e service adapter to the port 1 module interface 2 A 20 MHz signal is routed from the HP 85102 through the service adapter and injected into the a1 and b1 inputs of the module interface as shown in Figure 6 23 on page 6 40 Check the a1 and b1 user parameters for port 1 The traces should be flat lines approximately 5 dB across the band on the HP 8510 CRT 3 Repeat steps 1 and 2 for the user paramete...

Page 206: ...ble to the 20 MHz Out on the rear panel of the HP 85102 and to the service adapter Connect the service adapter to the J10 TEST SET INTERCONNECT on the rear panel of the HP 85105A A 20 MHz signal is routed from the HP 85102 through the service adapter and injected into the a1 a2 b1 and b2 inputs of the J10 TEST SET INTERCONNECT 3 Check the a1 a2 b1 and b2 user parameters The traces should be flat l...

Page 207: ...6 42 HP 85106D mm Wave System HP 85105A mm Wave Controller A2 IF Multiplexer Figure 6 25 HP 85105A Power Supply Block Diagram ...

Page 208: ......

Page 209: ...es provide parts information If you have any questions contact your HP customer engineer Replaceable Parts List The following figures assist in locating and identifying all replaceable parts including corresponding lists that provide the following information Hewlett Packard part number Part quantity as shown in the figure There may be more of the same part in the instrument Part description using...

Page 210: ...The parts specialists have a direct on line access to replacement parts inventory corresponding to the replaceable parts list in this manual There is a charge for hot line one day delivery but four day delivery time is standard After hours and holidays call 415 968 2347 This service applies to the United States Only Outside the United States contact your nearest HP office ...

Page 211: ...HP 85106D mm Wave System 6 47 HP 85105A mm Wave Controller Replaceable Parts Figure 6 27 The Low Cost Rebuilt Exchange Procedure ...

Page 212: ...6 48 HP 85106D mm Wave System HP 85105A mm Wave Controller Replaceable Parts Figure 6 28 HP 85105A Major Assemblies ...

Page 213: ...mbly R E 85105 69011 A12 14 Not Assigned A15 1 Primary Regulator board Assembly 5 8 15 Vdc 85105 60002 A15 1 Primary Regulator board Assembly 5 8 15 Vdc R E 85105 69002 A16 A17 1 LO Leveling Amplifier Assembly Port 1 and Port 2 85105 60008 A16 A17 1 LO Leveling Amplifier Assembly Port 1 and Port 2 R E 85105 69008 A18 1 RF Leveling Amplifier Assembly 85105 60009 A18 1 RF Leveling Amplifier Assembly...

Page 214: ...6 50 HP 85106D mm Wave System HP 85105A mm Wave Controller Replaceable Parts Figure 6 29 HP 85105A Semi rigid RF Cables ...

Page 215: ... Input Option 050 85105 20018 W51 1 A24 To Rear Panel RF Output 85105 20035 W51 1 A24 To Rear Panel RF Output Option 050 85105 20019 W52 1 A24 To A18 Mod Amplifier 85105 20036 W52 1 A24 To A18 Mod Amplifier Option 050 85105 20020 W53 1 A25 To A16 Mod Amplifier 85105 20037 W54 1 A25 To A17 Mod Amplifier 85105 20038 W55 1 A16 Coupler to Front Panel J2 85105 20039 W56 1 A17Coupler to Front Panel J4 8...

Page 216: ...nator Qty Description HP Part Number W1 1 A2J1 to A11a1 Flexible RF Cable 85105 60111 W2 1 A2J4 to A11b1 Flexible RF Cable 85105 60111 W3 1 A2J7 to A11a2 Flexible RF Cable 85105 60111 W4 1 A2J10 to A11b2 Flexible RF Cable 85105 60111 W5 1 A2J2 to J11A1 Flexible RF Cable 08513 60125 W6 1 A2J8 to J11A4 Flexible RF Cable 08513 60126 W7 1 A2J5 to J11A2 Flexible RF Cable 08513 60127 ...

Page 217: ...to A19B2 Flexible RF Cable 85105 60101 W22 1 A5J1 to A18 Flexible RF Cable 85105 60102 W23 1 A18J4 to A19B1 Flexible RF Cable 85105 60103 W24 1 A18 to J5A4 Flexible RF Cable 85105 60104 W25 1 A18to J6A4 Flexible RF Cable 85105 60105 W26 1 A11a1 to J5A2 Flexible RF Cable 85105 60106 W27 1 A11b1 to J5A6 Flexible RF Cable 85105 60107 W28 1 A11a2 to J6A2 Flexible RF Cable 85105 60108 W29 1 A11b2 to A6...

Page 218: ...6 54 HP 85106D mm Wave System HP 85105A mm Wave Controller Replaceable Parts Figure 6 31 Wire Harnesses ...

Page 219: ...V GHz Cable Assembly 85105 60114 W38 1 A6 to A18 and A17 Cable Assembly 85105 60115 W39 1 A6 to A16 and A11 Cable Assembly 85105 60116 W44 1 A16 ALC Board to A17 ALC Board Cable Assembly 85105 60018 W45 1 J10 and J11 to J7 Motherboard Cable Assembly 08513 60014 W59 1 Line Switch Cable Assembly 85102 60226 W60 1 A18 ALC to Bias Board Cable Assembly 85105 60119 W61 1 J8 Motherboard to A24 standard o...

Page 220: ...6 56 HP 85106D mm Wave System HP 85105A mm Wave Controller Replaceable Parts Figure 6 32 HP 85105A Front Panel ...

Page 221: ...ub Panel 85105 00002 3 1 LED Lamp 25 MA MAX 1990 0858 1 Retainer LED 1450 0615 1 LED Mount 08340 40002 4 1 Binding Post Assembly 1510 0038 1 Lock Washer 25 in 2190 0067 1 Hex Nut Double Cham 1 4 32 2950 0006 5 1 Front Bezel 5021 8747 J1 J4 1 3 5 mm Connector Assembly 5061 5316 1 Lock Washer 2190 0104 1 Hex Nut 2950 0132 J5 J6 1 24 Pin connector Female 1251 2197 W59 See HP 85105A Millimeter Wave Co...

Page 222: ...6 58 HP 85106D mm Wave System HP 85105A mm Wave Controller Replaceable Parts Figure 6 33 Rear Panel Standard Option 050 ...

Page 223: ...rommet RND 0400 0002 1 Threaded Insert Standoff 0590 0926 1 Machine Screw 6 32 2360 0123 1 Hex Nut 3 32 2420 0001 1 Flat Washer NO 6 3050 0227 5 1 Connector Jackscrew 1251 7812 1 Hex Nut 4 40 0590 0663 6 1 Standoff Hex 0380 0643 7 1 Line Module Retainer Clips 5001 3907 J7 9 1 Gold Nose Connector Standard 08513 20016 1 Pin and Dead Assembly Standard 5061 5394 1 Bulkhead Connector Standard 08513 200...

Page 224: ...6 60 HP 85106D mm Wave System HP 85105A mm Wave Controller Replaceable Parts Rear RF Input Connector Standard Hardware Stack UP Transformer Hardware Stack Up Fan ...

Page 225: ...tack Up Rear Panel Cable connectors Figure 6 34 Detailed Views Figure 6 35 Fuse Locations and Values Table 6 10 Fuse Locations Values and Parts Reference Designators Qty Descriptions HP Part Number A6F1 1 Fuse 3A 250V 2110 0003 A15F1 1 Fuse 3A 250V 2110 0003 A15F2 1 Fuse 3A 250V 2110 0003 ...

Page 226: ...A mm Wave Controller Replaceable Parts A15F3 1 Fuse 1 5A 250V 2110 0043 A15F4 1 Fuse 1A 250V 2110 0001 FL1F1 1 Fuse 4A 250V Main Line 2110 0055 Table 6 10 Fuse Locations Values and Parts Reference Designators Qty Descriptions HP Part Number ...

Page 227: ...t rear Semi Rigid RF Cable 85105 20019 W57 1 A19 to J1 RF out front Semi Rigid RF Cable 85105 20051 W58 1 A19 to J3 RF out front Semi Rigid RF Cable 85105 20052 W70 1 A19 Port 2 to Rear Panel J3 option 004 Semi Rigid RF Cable 85105 20043 W70 1 A19 Port 2 to Rear Panel J3 option 050 Semi Rigid RF Cable 85105 20043 W71 1 A19 Port 1 to Rear Panel J1 option 004 Semi Rigid RF Cable 85105 20044 W71 1 A1...

Page 228: ...6 64 HP 85106D mm Wave System HP 85105A mm Wave Controller Replaceable Parts Figure 6 37 HP 85105A Accessories Standard ...

Page 229: ...45 3 1 Test Set Interface Cable 08510 60106 4 2 BNC Cables 8120 1840 5 2 Flex Source Cable 30 IN 85100 60002 6 2 Adapter male to male SMA 1250 1894 7 1 Rack Mount Kit 5062 4071 8 2 Front Panel Adapter Standard Only 85105 60015 9 1 System Configuration Disk HP 85106 Standard Only 85106 10013 10 1 Specification and Performance Verification Software Program and Data Disk 08510 10033 11 1 Flexible Sou...

Page 230: ...6 66 HP 85106D mm Wave System HP 85105A mm Wave Controller Replaceable Parts Figure 6 38 HP 85105A Accessories Option 050 ...

Page 231: ...urce Cable 30 IN 85100 60002 6 2 Adapter male to male SMA 1250 1894 7 1 Rack Mount Kit 5062 4071 8 2 Front Panel Adapter Standard Only 85105 60015 9 1 System Configuration Disk HP 85106 Standard Only 85106 10006 10 1 Specification and Performance Verification Software Program and Data Disk 08510 10033 11 1 Flexible Source Cable 18 IN 8120 4396 13 1 Source to 85105A Option 050 RF Cable 85105 20053 ...

Page 232: ...6 68 HP 85106D mm Wave System HP 85105A mm Wave Controller Replaceable Parts Figure 6 39 Chassis Parts all HP 85105A Models ...

Page 233: ...40 7201 5 1 Bottom Cover 5062 3747 6 1 Handle Assembly 5062 3799 7 1 Trim Front Handle 5020 8896 8 1 Rear Foot 5040 7221 9 1 Side Cover 5062 3757 10 1 18 inch Corner Strut 5021 5837 11 1 Rear Frame 5021 5804 12 1 Trim Strip 5040 7202 Touch Up Paint Dove Gray Use around front panel and painted portions of front handles French Gray Use on side top and bottom covers Parchment Gray Use on rack mount f...

Page 234: ...6 70 HP 85106D mm Wave System HP 85105A mm Wave Controller Replaceable Parts Figure 6 40 Power Cable and Plug Part Numbers ...

Page 235: ... waveguide microwave coaxial Address of 8510 16 16 System bus 17 17 Source 1 RF 19 19 Source 2 LO 18 18 Test Set 21 20 Plotter 5 5 Printer 1 1 Disk 0 0 Pass thru 31 31 RF switch 31 31 Table A 2 Important HP 85106D mm Wave Hardware States System Parameter mm Wave waveguide microwave coaxial System Phaselock None or Ext 1 Int Mult Source On Off Leveling Source 1 Ext Int Leveling Source 2 Int N A HP ...

Page 236: ...m power level for source 1 may vary from system to system Adjust the power level to the maximum level without getting the IF Overload error Refer to RF Signal Power Control in the Operation chapter 3 With two synthesizers cannot be used with RAMP mode Table A 4 HP 85106D mm wave System Multiple Source Operating Frequencies Waveguide Band Start Frequency GHz Stop Frequency GHz Source 1 Source 2 Mul...

Page 237: ...510A network analyzer to an HP 8510C order upgrade kit HP 85103C To upgrade your HP 8510B network analyzer to an HP 8510C order upgrade kit HP 85103D Both of the upgrade kits listed include on site installation by an Hewlett Packard customer engineer Contact your HP Sales and Service office for assistance ...

Page 238: ...B 2 HP 85106D mm Wave System Upgrade Paths ...

Page 239: ...stalling the test set modules 1 18 installing the work surface 1 13 multiple source settings for the mm wave bands 2 40 phasor diagram measuring directivity 2 24 S21 bandpass filter showing typical dynamic range 2 26 S21 response using frequency list to adjust frequency resolution 2 28 simplified block diagram of HP 85106D 2 3 simplified signal path of unratioed power test 4 19 standard and precis...

Page 240: ...characteristics 5 6 swapping the power divider A6 5 14 switch the main line isolator 5 19 switching isolators procedure 2 5 12 switching isolators A7 A9 or A10 5 12 switching mixers procedure 3 5 13 switching mixers all A12 5 13 table dissembly tools required 5 31 IF power levels 5 11 RF power out of the A13 source block 5 18 tools required 5 8 test port connector 5 2 test set module stand adjusta...

Page 241: ...nput 6 10 RF output 6 10 replaceable parts 6 45 ordering information 6 45 rebuilt exchange 6 45 RF amplifier output 6 34 RF and LO output power at front panel ports 6 28 RF input at rear panel 6 36 selecting a test set 6 14 measurement calibration 6 15 operational checks 6 15 performance verification 6 15 RF swtich driver commands 6 14 test IF switching 6 14 self test fails to run 6 27 failure ind...

Page 242: ...preparation environmental 1 6 software problems 4 12 space requirements 1 25 specification and performance verification software 3 2 standard flanges 2 10 sweep mode 2 37 Switch 5 19 symptomatic failure types 4 11 symptoms versus causes failures 4 14 system description 2 2 set up 2 5 turn on power 2 5 system cabling 1 19 system heating and cooling 1 10 system voltages 1 11 T table electrical conne...

Page 243: ...HP 85106D mm Wave System v work surface installation 1 12 ...

Page 244: ... vi HP 85106D mm Wave System ...

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