Agilent Technologies 11644A Series User'S And Service Manual Download Page 1

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User’s and Service Guide

Agilent Technologies 11644A

X, P, and K

Waveguide Calibration Kits

This manual applies to 11644A series calibration kits with

serial number prefix 3032A.

Agilent Part Number: 11644-90371

Printed in USA

Print Date: June 2006

Supersedes: October 2002

Summary of Contents for 11644A Series

Page 1: ...libration Kits This manual applies to 11644A series calibration kits with serial number prefix 3032A Agilent Part Number 11644 90371 Printed in USA Print Date June 2006 Supersedes October 2002 Copyright 1994 1996 1997 2001 2002 2006 Agilent Technologies Inc All rights reserved ...

Page 2: ...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 CONFLICT WITH THESE TERMS THE WARRANTY TERMS IN THE SEPARATE AGREEM...

Page 3: ... Electrical Specifications 2 5 Measurement Uncertainty 2 5 Certification 2 6 3 User Information Calibration Devices and Their Use 3 2 Short 3 2 Termination 3 2 Wavelength Shim 3 2 Standard Section 3 2 Measurement Applications 3 3 Isolation 3 3 Line 3 3 Load 3 4 Offset Load 3 4 Offset Short 3 5 Reflect 3 5 Short 3 5 Thru 3 6 Wavelength Load 3 6 Wavelength Short 3 6 Changing the Wavelength Shim Cali...

Page 4: ... Standard Section 5 6 The S11 and S22 of a Thru Measurement 5 8 The S21 and S12 of a Thru Measurement 5 9 In Case of Failure 5 10 872x System Operation Check 5 12 The S11 and S22 of a Shorted Standard Section 5 12 The S11 and S22 of a Thru Measurement 5 13 The S21 and S12 of a Thru Measurement 5 13 In Case of Failure 5 14 6 Troubleshooting Troubleshooting Process 6 2 Returning a Kit or Device to A...

Page 5: ...X P and K 11644A 1 1 1 General Information ...

Page 6: ...s in the calibration kit The standards in this calibration kit allow you to perform simple 1 or 2 port and TRM thru reflect match calibrations For your convenience two different lengths of screws are provided in this kit While you can use the long screws for any connection the shorter screws provide a faster connection for two flange connections NOTE A backup copy of each data disk should be made ...

Page 7: ... kits did not have the calibration definitions disk to support the Agilent 8510C network analyzer The part numbers provided in this manual are the recommended replacement parts for these kits The devices in these kits should meet the specifications published in this manual Incoming Inspection Refer to Kit Contents on page 1 2 to verify a complete shipment Use Table 1 1 in this chapter to record th...

Page 8: ...________________________ Calibration kit ______________________________ Termination ______________________________ Termination ______________________________ Standard section ______________________________ Shim ______________________________ Short ______________________________ Adapters 7 mm coax to waveguide X band WR 90 ______________________________ 7 mm coax to waveguide X band WR 90 _________...

Page 9: ...utine visual inspection routine cleaning proper gaging proper connection techniques All of these are described in Chapter 4 Failure to detect and remove dirt or metallic particles on a mating plane surface can degrade repeatability and accuracy and can damage any device mated to it Improper connections resulting from poor connection techniques can also damage these devices ...

Page 10: ...1 6 X P and K 11644A General Information Preventive Maintenance ...

Page 11: ...X P and K 11644A 2 1 2 Specifications ...

Page 12: ... device Table 2 1 Environmental Requirements Parameter Limits Temperature Operatinga a The temperature range over which the calibration standards maintain performance to their specifications 20 C to 26 C Storage 40 C to 75 C Error corrected rangeb b The allowable network analyzer ambient temperature drift during measurement calibration and during measurements when the network analyzer error correc...

Page 13: ... Figure 2 1 Wavelength Shims Table 2 2 Mechanical Characteristics of Adapters Frequency band SWRa a As measured with no gap between the full diameters of the male and female center conductors Insertion Loss Center Conductor Pin Recession Tolerance Equivalent Flange Type X11644A WR 90 1 05 0 08 dB 0 0076 to 0 038 mm 0 0003 to 0 0015 in UG 135 U P11644A WR 62 1 06 0 10 dB 0 0076 to 0 038 mm 0 0003 t...

Page 14: ...are flat within 0 008 mm Table 2 3 Mechanical Characteristics of Wavelength Shims Part Number Waveguide Band W mm H mm R mm Thickness mm 11664 20021 WR90 22 86 0 01 10 16 0 01 0 13 max 9 78 0 02 11664 20020 WR62 15 80 0 01 7 90 0 01 6 50 0 02 11664 20019 WR42 10 671 0 008 4 318 0 008 4 5 0 02 ...

Page 15: ...ng produced a Specification and Verification RMB program was included to perform an uncertainty calculation Currently for the Agilent PNA and ENA families of network analyzers a customer can download the Table 2 4 Electrical Specifications of Terminations Device Frequency Termination Specification X11644A WR 90 8 2 to 12 4 GHz return loss 42 dB P11644A WR 62 12 4 to 18 GHz return loss 42 dB K11644...

Page 16: ...ccessed from www agilent com by clicking on the Application Notes and Technical Papers hyperlink Certification Agilent Technologies certifies that this product met its published specifications at the time of shipment from the factory Agilent further certifies that its calibration measurements are traceable to the United States National Institute of Standards and Technology NIST to the extent allow...

Page 17: ...X P and K 11644A 3 1 3 User Information ...

Page 18: ...devices IMPORTANT To ensure calibration accuracy you must use the alignment slip pins in the precision flanges Refer to Precision Flanges on page 4 5 Short A short is also called a flush short It is connected directly to the test port or used as an offset short when combined with the wavelength shim Termination A termination is also called a load It is connected directly to the test port or used a...

Page 19: ...orter screws provide a faster connection for two flange connections Isolation In most cases select the OMIT ISOLATION softkey on your network analyzer You may also use the termination and the short as the port terminations by connecting one load to port 1 and the other load to port 2 SeeFigure 3 1 Figure 3 1 Termination and Short Line Connect the shim between port 1 and port 2 as shown inFigure 3 ...

Page 20: ...d Connect the termination to the appropriate test port as shown inFigure 3 3 Figure 3 3 Test Port and Termination Offset Load Connect the shim and the termination to the appropriate test port as shown inFigure 3 4 Figure 3 4 Connect the Shim Termination and Test Port ...

Page 21: ...ort Connect the shim and the short to the appropriate test port as shown inFigure 3 5 Figure 3 5 Connect the Shim Short and Test Port Reflect Connect the short to the appropriate test port as shown inFigure 3 6 Figure 3 6 Connect the Short to the Test Port Short See Reflect ...

Page 22: ...A User Information Measurement Applications Thru No device is required for this Connect port 1 to port 2 as shown inFigure 3 7 Figure 3 7 Port 1 and Port 2 Wavelength Load See Offset Load Wavelength Short See Offset Short ...

Page 23: ...ss of the shim and use that value to calculate its exact offset delay Use the following procedure to change the nominal value of the wavelength shim delay to reflect the specific device in your kit 1 Load the calibration kit data into Cal Kit 1 2 Using the formula below calculate the offset delay NOTE The value of the propagation velocity in air is corrected for a temperature of 23 C 50 relative h...

Page 24: ...3 8 X P and K 11644A User Information Changing the Wavelength Shim Calibration Definition ...

Page 25: ...X P and K 11644A 4 1 4 Use Maintenance and Care of the Devices ...

Page 26: ...atic mat in front of your test equipment always wear a heel strap when working in an area with a conductive floor If you are uncertain about the conductivity of your floor wear a heel strap always ground yourself before you clean inspect or make a connection to a static sensitive device or test port You can for example grasp the grounded outer shell of the test port or cable connector briefly alwa...

Page 27: ...ressed Air or Nitrogen WARNING Always use protective eyewear when using compressed air or nitrogen Use compressed air or nitrogen to loosen particles on the mating plane surfaces Clean air cannot damage a device or leave particles or residues behind You can use any source of clean dry low pressure compressed air or nitrogen that has an effective oil vapor filter and liquid condensation trap placed...

Page 28: ...ye damage and is harmful if swallowed or inhaled It may be harmful if absorbed through the skin Wash thoroughly after handling In case of spill soak up with sand or earth Flush spill area with water Dispose of isopropyl alcohol in accordance with all applicable federal state and local environmental regulations 2 Clean the Mating Plane Surfaces a Apply a small amount of isopropyl alcohol to a lint ...

Page 29: ... connections Waveguide Devices IMPORTANT Unlike threaded devices the WR 90 WR 62 WR 42 waveguide mating planes are flanges often precision that you must carefully screw together Always connect waveguide in the same flange orientation For example use the label as a reference and always connect a device with the label facing the same direction Precision Flanges A precision flange has four corner scr...

Page 30: ...erting Slip Pins 2 Using the pins as guides carefully align the flanges and insert two screws in the diagonal corner holes as shown in Figure 4 4 Figure 4 4 Aligning Flanges 3 Place a lock washer and nut on each screw and finger tighten 4 Insert the remaining two screws 5 Place a lock washer and nut on each screw and finger tighten 6 Remove the slip pins 7 Go to Tightening a Flange Connection on p...

Page 31: ...nal corner hole of the second flange as shown in Figure 4 5 Figure 4 5 Aligning Pins 2 Using the pins as guides carefully align the flanges and insert two screws in the diagonal corner holes 3 Place a lock washer and nut on each screw and finger tighten 4 Remove the alignment pins and insert the remaining two screws 5 Place a lock washer and nut on each screws and finger tighten 6 Go to Tightening...

Page 32: ...inspect the connection Refer to the following section Inspecting a Flange Connection Figure 4 6 X Screw Pattern Inspecting a Flange Connection Inspect the flange connection as follows 1 Place an electric light or white paper behind the connection 2 Check the flange matings for any gap A good connection has no gaps between the connected waveguide flanges and the waveguide walls are flush There is n...

Page 33: ...e in a box or in a desk or bench drawer This is the most common cause of device damage during storage Keep devices clean Do not touch mating plane surfaces Natural skin oils and microscopic particles of dirt are easily transferred to a device and are very difficult to remove Do not set devices contact end down on a hard surface The plating and the mating plane surfaces can be damaged if the interf...

Page 34: ...4 10 X P and K 11644A Use Maintenance and Care of the Devices Handling and Storage ...

Page 35: ...X P and K 11644A 5 1 5 Performance Verification ...

Page 36: ...ents and material properties are carefully modeled to give very accurate electrical representation The mechanical measurements are then traced to NIST through various plug and ring gages and other mechanical measurements 2 Each calibration device is electrically tested on this system For the initial before sale testing of the calibration devices Agilent includes the test measurement uncertainty as...

Page 37: ...s Refer to Contacting Agilent on page 6 4 for a list of offices How Often to Recertify The suggested initial interval for recertification is 12 months or sooner The actual need for recertification depends on the use of the kit After reviewing the results of the initial recertification you may establish a different recertification interval that reflects the usage and wear of the kit NOTE The recert...

Page 38: ...Loss Test Setup 1 Connect the equipment as shown in Figure 5 1 Turn on and preset the network analyzer Let the equipment warm up for at least one hour NOTE The calibration kit definitions must already be loaded in the analyzer Refer to your analyzer user s guide for information on how to load the calibration definitions 2 Set the appropriate start frequency to 8 25 GHz X band 12 4 GHz P band 18 GH...

Page 39: ...asurement sweep the displayed trace should look similar to that shown in Figure 5 2 10 If necessary update the trace 11 Use a marker to determine the maximum value on the trace This marker determines worst case return loss Figure 5 2 Typical Termination Return Loss In Case of Failure If a termination fails this test clean all flanges and carefully reconnect the devices Repeat the test If the termi...

Page 40: ...step the results of this check contain the directivity error but because of the thru connection to port 2 this measurement also contains errors contributed by other terms including load match the S11 and S22 of the standard sections and transmission tracking The actual or absolute return loss of the standard section should not exceed the acceptable values listed on page 5 11 3 Make an S21 and an S...

Page 41: ...ipple on the displayed trace this is any positive peak to any adjacent negative peak a Press MENUS MARKER and select delta MODE MENU b Set the reference to marker 2 c Switch between markers 1 and 2 in the delta mode and position them to the highest and lowest peaks You may have to practice using the marker features to get the desired results Figure 5 3 Typical S11 and S22 Standard Section Ripple 1...

Page 42: ...Press SCALE 10 d Press MEASUREMENT RESTART 5 After one complete measurement sweep the displayed trace should look similar to the typical trace shown in Figure 5 4 6 If necessary select Press to Continue to update the trace 7 Determine the maximum value on the trace you can use a marker 8 Record the maximum value in the appropriate table on page 5 11 9 Repeat this procedure from step 4 and make an ...

Page 43: ...e should look similar to the typical corrected trace shown in Figure 5 5 6 If necessary select Press to Continue to update the trace 7 Determine the greatest peak to peak deviation this is any positive peak to any adjacent negative peak You can use the markers as described in the first test to determine the peak to peak value 8 Record the maximum peak to peak value in the appropriate table on page...

Page 44: ...ts Remember that poor connections are the most common cause of measurement errors Also both the hardware state and the instrument state must be correct Reload disks or re enter commands if necessary including the calibration kit definitions If the test continues to fail Save the instrument state Write down all of the symptoms Refer to Chapter 6 for troubleshooting and contact information ...

Page 45: ...p p S12 thru 0 017 dBp p Table 5 2 Using a TRL Calibration P11644A WR 62 P band Test Measured Value Acceptable Value Pass Yes No S11 shorted 0 26 dBp p S22 shorted 0 26 dBp p S11 thru 42 dB S22 thru 42 dB S21 thru 0 021 dBp p S12 thru 0 021 dBp p Table 5 3 Using a TRL Calibration K11644A WR 42 K band Test Measured Value Acceptable Value Pass Yes No S11 shorted 0 40 dBp p S22 shorted 0 40 dBp p S11...

Page 46: ...e should not exceed the acceptable values listed in page 5 15 4 Record the results of each test in Tables 5 4 through 5 6 The S11 and S22 of a Shorted Standard Section 1 Using a IF bandwidth of 10 Hz perform a full 2 port calibration Refer to your network analyzer documentation for specific instructions 2 Leave the calibration turned on 3 Connect the standard section to port 1 4 Connect the short ...

Page 47: ...ace shown in Figure 5 4 5 Determine the maximum value on the trace you can use a marker 6 Record the maximum value in the appropriate table on page 5 15 7 Repeat this procedure from step 3 and make an S22 measurement Record the measured value in the appropriate table on page 5 15 The S21 and S12 of a Thru Measurement 1 Verify that the calibration is still on 2 Connect the standard section to ports...

Page 48: ...t to turn it off In Case of Failure If a system check fails recalibrate the system and repeat the entire procedure all three measurements Remember that poor connections are the most common cause of measurement errors Also both the hardware state and the instrument state must be correct Reload disks or re enter commands if necessary including the calibration kit definitions If the test continues to...

Page 49: ...p S12 thru 0 06 dBp p Table 5 5 Using a Full 2 Port Calibration P11644A WR 62 P band Test Measured Value Acceptable Value Pass Yes No S11 shorted 0 26 dBp p S22 shorted 0 26 dBp p S11 thru 37 dB S22 thru 37 dB S21 thru 0 07 dBp p S12 thru 0 07 dBp p Table 5 6 Using a Full 2 Port Calibration K11644A WR 42 K band Test Measured Value Acceptable Value Pass Yes No S11 shorted 0 40 dBp p S22 shorted 0 4...

Page 50: ...5 16 X P and K 11644A Performance Verification System Operation Checks ...

Page 51: ...X P and K 11644A 6 1 6 Troubleshooting ...

Page 52: ...contains limited information about network analyzer system operation For complete information refer to the instrument documentation If you suspect a bad calibration or if your network analyzer does not pass performance verification follow the steps in Figure 6 1 Figure 6 1 Troubleshooting Flowchart ...

Page 53: ... a technical contact person within your company and the person s complete telephone number the model number and serial number of the kit the part number and serial number of each device the type of service required a detailed description of the problem and how the device was being used when the problem occurred such as calibration or measurement Where to Look for More Information This manual conta...

Page 54: ...ble on the Web at http www agilent com find assist If you do not have access to the Internet please contact your Agilent field engineer NOTE In any correspondence or telephone conversation refer to the Agilent product by its model number and full serial number With this information the Agilent representative can determine whether your product is still within its warranty period ...

Page 55: ...X P and K 11644A 7 1 7 Replaceable Parts ...

Page 56: ...7 2 X P and K 11644A Replaceable Parts ...

Page 57: ...ibration kits Table 7 4 lists the replacement part numbers for items not included in the calibration kit that are either required or recommended for successful operation of this kit To order a listed part note the description part number and the quantity desired Telephone or send your order to Agilent Technologies Refer to Contacting Agilent on page 6 4 for further information ...

Page 58: ...pter 2 X281C Option 006 Hardware Alignment pin 6 11644 20024 Slip pin 6 11644 20025 8 32 pozi drive screw 0 625 in length 6 2510 0109 8 32 pozi drive screw 1 0 in length 6 2510 0115 Lock washer 12 2190 0009 8 32 hex nut 12 2580 0002 Wrench 1 8720 0014 Miscellaneous Items User s and service guide 1 11644 90371 Calibration definitions disk for the 8510 series X band 1 11644 10011 Calibration Kit Sto...

Page 59: ...X P and K 11644A 7 5 Replaceable Parts Introduction Figure 7 1 X Band Component Identification Sheet ...

Page 60: ... P281C Option 006 Hardware Alignment pin 6 11644 20023 Slip pin 6 11644 20025 6 32 pozi drive screw 0 875 in length 6 2360 0207 6 32 pozi drive screw 562 in length 6 2360 0229 lock washer 0 141 inch 12 2190 0007 6 32 hex nut 12 2420 0003 Wrench 1 8720 0014 Miscellaneous Items User s and service guide 1 11644 90371 Calibration definitions disk for the 8510 series P band 1 11644 10009 Calibration Ki...

Page 61: ...X P and K 11644A 7 7 Replaceable Parts Introduction Figure 7 2 P Band Component Identification Sheet ...

Page 62: ... m 1 00281 60001 3 5 mm coax to waveguide adapter f 1 K281C Option 006 Hardware Alignment pin 6 11644 20022 Slip pin 6 11644 20027 4 40 pozi drive screw 0 750 in length 12 2200 0151 lock washer 12 2190 0643 4 40 hex nut 12 2260 0002 3 16 Wrench 1 8720 0013 Miscellaneous Items User s and service guide 1 11644 90371 Calibration definitions disk for the 8510 series P band 1 11644 10007 Calibration Ki...

Page 63: ...X P and K 11644A 7 9 Replaceable Parts Introduction Figure 7 3 K Band Component Identification Sheet ...

Page 64: ...ty Agilent Part Number ESD Protection Devices Grounding wrist strap 1 9300 1367 5 ft grounding cord for wrist strap 1 9300 0980 2 ft by 4 ft conductive table mat with 15 ft grounding wire 1 9300 0797 ESD heel strap 1 9300 1308 Cleaning Supplies Isopropyl alcohol 30 ml 8500 5344 Foam tipped cleaning swabs 100 9301 1243 ...

Page 65: ...X P and K 11644A A 1 A Standard Definitions ...

Page 66: ...s html For a detailed discussion of calibration kits refer to the Agilent Application Note Specifying Calibration Standards and Kits for Agilent Vector Network Analyzers This application note covers calibration standard definitions calibration kit content and its structure requirements for Agilent vector network analyzers It also provides some examples of how to set up a new calibration kit and ho...

Page 67: ... used in the measurement calibration A class or group of classes corresponds to the systematic errors to be removed from the measured network analyzer response Tables A 1 and A 2 list the classes of the devices in the kit for the 8510 and PNA series respectively The 8510 information resides on the calibration definitions disk included in the kit The PNA has the information stored in memory ...

Page 68: ... 1 Short S22B 3 Offset S22C 9 20 Loads Forward transmission 11 Thru Reverse transmission 11 Thru Forward match 11 Thru Reverse match 11 Thru Forward isolationa a Forward isolation standard is also used for isolation part of response and isolation calibration 9 Isol n Std Reverse isolation 9 Isol n Std Frequency response 1 11 Response TRL thru 14 TRL thru TRL reflect 1 TRL reflect TRL line 15 TRL l...

Page 69: ...acterization checkbox to compute the propagation characteristics of the thru standard from the computed propagation characteristics of the line standard and the defined delays for both the thru and line standards Note LRL line auto characterization will only be used at frequencies where both the THRU and LINE standards are delay lines and where the offset impedance of the THRU and LINE standards a...

Page 70: ...ile Name _____________ Calibration Kit Label _____________ Class A B C D E F G Standard Class Label S11A S11B S11C S22A S22B S22C Forward transmission Reverse transmission Forward match Reverse match Forward isolationa a Forward isolation standard is also used for isolation part of response and isolation calibration Reverse isolation Frequency response TRL thru TRL reflect TRL line Adapter TRL Opt...

Page 71: ...e propagation characteristics of the thru standard from the computed propagation characteristics of the line standard and the defined delays for both the thru and line standards Note LRL line auto characterization will only be used at frequencies where both the THRU and LINE standards are delay lines and where the offset impedance of the THRU and LINE standards are equal b Forward match reverse ma...

Page 72: ...the measurement uncertainties of the network analyzer The standard definitions in Tables A 5 through A 10 list typical calibration kit parameters used by the 8510 and PNA series to specify the mathematical model of each device The 8510 information resides on the calibration definitions disk included in the kit The PNA has the information stored in memory NOTE The values in the standard definitions...

Page 73: ...Z 0 Ω Loss in GΩ s Min Max 1 Shorte 0 1 0 6 555 13 111 WG Short 2 3 Short offset 32 633 1 0 6 555 13 111 WG λ 4 Offset 4 5 6 7 8 9 Load Fixed 0 1 0 6 555 13 111 WG Fixed 10 11 Delay thru 0 1 0 6 555 13 111 WG Thru 12 13 14 Delay thru 0 1 0 6 555 13 111 WG Thru 15 Delay thru 32 633 1 0 6 555 13 111 WG λ 4 Delay 16 17 18 19 20 Load offset Offset 32 633 1 0 6 555 13 111 WG λ 4 Offset 21 a Ensure syst...

Page 74: ... ps Z 0 Ω Loss in GΩ s Min Max 1 Shorte 0 1 0 9 485 18 97 WG Short 2 3 Short offset 21 689 1 0 9 485 18 97 WG λ 4 Offset 4 5 6 7 8 9 Load Fixed 0 1 0 9 485 18 97 WG Fixed 10 11 Delay thru 0 1 0 9 485 18 97 WG Thru 12 13 14 Delay thru 0 1 0 9 485 18 97 WG Thru 15 Delay thru 21 689 1 0 9 485 18 97 WG λ 4 Delay 16 17 18 19 20 Load offset Offset 21 689 1 0 9 485 18 97 WG λ 4 Offset 21 a Ensure system ...

Page 75: ... Ω Loss in GΩ s Min Max 1 Shorte 0 1 0 14 047 28 094 WG Short 2 3 Short offset 15 015 1 0 14 047 28 094 WG λ 4 Offset 4 5 6 7 8 9 Load Fixed 0 1 0 14 047 28 094 WG Fixed 10 11 Delay thru 0 1 0 14 047 28 094 WG Thru 12 13 14 Delay thru 0 1 0 14 047 28 094 WG Thru 15 Delay thru 15 015 1 0 14 047 28 094 WG λ 4 Delay 16 17 18 19 20 Load offset Offset 15 015 1 0 14 047 28 094 WG λ 4 Offset 21 a Ensure ...

Page 76: ...er Type L0 10 12 H L1 10 24 H Hz L2 10 33 H Hz 2 L3 10 42 H Hz 3 Delay in ps Z 0 Ω Loss in GΩ s Min Max 1 Offset load Offset 6 555 13 111 WG Offset load 2 Load Fixed 0 1 0 6 555 13 111 WG Fixed Load 3 4 Short 0 0 0 0 0 1 0 6 555 13 111 WG Short 5 Offset short 0 0 0 0 32 633 1 0 798 6 555 13 111 WG λ 4 Offset short 6 Thru 0 1 0 6 555 13 111 WG Thru 7 λ 4 line 32 633 1 0 798 6 555 13 111 WG λ 4 line...

Page 77: ...er Type L0 10 12 H L1 10 24 H Hz L2 10 33 H Hz 2 L3 10 42 H Hz 3 Delay in ps Z 0 Ω Loss in GΩ s Min Max 1 Offset load Offset 9 485 18 970 WG Offset load 2 Load Fixed 0 1 0 9 485 18 970 WG Fixed Load 3 4 Short 0 0 0 0 0 1 0 9 485 18 970 WG Short 5 Offset short 0 0 0 0 21 689 1 1 235 9 485 18 970 WG λ 4 Offset short 6 Thru 0 1 0 9 485 18 970 WG Thru 7 λ 4 line 21 689 1 1 235 9 485 18 970 WG λ 4 line...

Page 78: ... Type L0 10 12 H L1 10 24 H Hz L2 10 33 H Hz 2 L3 10 42 H Hz 3 Delay in ps Z 0 Ω Loss in GΩ s Min Max 1 Offset load Offset 14 047 28 094 WG Offset load 2 Load Fixed 0 1 0 14 047 28 094 WG Fixed Load 3 4 Short 0 0 0 0 0 1 0 14 047 28 094 WG Short 5 Offset short 0 0 0 0 15 020 1 2 750 14 047 28 094 WG λ 4 Offset short 6 Thru 0 1 0 14 047 28 094 WG Thru 7 λ 4 line 15 020 1 2 750 14 047 28 094 WG λ 4 ...

Page 79: ...tem Z0 of network analyzer is set to this value Calibration Kit Label ____________________________ Standardb b Open short load delay thru or arbitrary impedance C0 10 15 F C1 10 27 F Hz C2 10 36 F Hz 2 C3 10 45 F Hz 3 Fixed Sliding or Offset c c Load or arbitrary impedance only Offset Frequency in GHzd d For waveguide the lower frequency is the same as FCO Coax or Waveguide Standard Label Number T...

Page 80: ... Hz C2 10 36 F Hz 2 C3 10 45 F Hz 3 Fixed sliding or offset load or arbitrary impedance Offset Frequency in GHzc Coax or Waveguide Standard Label Number Type L0 10 12 H L1 10 24 H Hz L2 10 33 H Hz 2 L3 10 42 H Hz 3 Delay in ps Z 0 Ω Loss in GΩ s Min Max 1 2 3 4 5 6 7 8 a Ensure system Z0 of network analyzer is set to this value b Open short load delay thru or arbitrary impedance c For waveguide th...

Page 81: ... standard A 3 A 4 A 6 cleaning connectors 4 3 mating plane surfaces 4 4 supplies 1 3 part number 7 10 compatible analyzers 1 2 component identification sheets K band 7 9 P band 7 7 X band 7 5 compressed air for cleaning 4 3 conductive table mat part number 7 10 connecting flanges 4 5 4 8 for ESD protection 4 2 7 10 waveguides 4 5 connections 4 5 connector cleaning 4 3 mating plane surfaces 4 4 con...

Page 82: ...test 5 4 5 5 precision flanges 4 5 4 6 4 7 preventive maintenance 1 5 procedures aligning flanges 4 6 cleaning 4 3 tightening flanges 4 8 Q quarter wave shims 2 4 2 5 R recertification how often 5 3 services included 5 3 record serial number 1 4 reflect 3 5 regulations environmental 2 2 4 4 replaceable parts drawing of 7 5 7 7 7 9 K11644A WR 42 7 8 P11644A WR 62 7 6 X11644A WR 90 7 4 report calibr...

Page 83: ...out 2 2 environmental requirements 2 2 error corrected 2 2 measurement 2 2 specifications 2 2 verification and measurement 2 2 termination 3 2 test data 5 3 test performance 5 4 5 5 thru 3 6 traceability of device specifications 5 2 5 3 troubleshooting flowchart 6 2 U uncertainty measurement 2 6 V verification device 5 2 performance 5 3 temperature 2 2 version changes A 2 visual inspection 4 3 W w...

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