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Anritsu S251B manual Mode=Power Monitor Softkeys, Functions and Operations, Units, Offset, Zero

Models: S251B

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Chapter 3 Functions and Operations

MODE=POWER MONITOR:

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UNITS

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Figure 3-4. Power Monitor Mode Soft Key Labels

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Anritsu S251B manual Mode=Power Monitor Softkeys, Functions and Operations, Units, Offset, Zero

Contents

Cable Analyzer Site Master Model S251B Antenna andUsers Guide LIMITATION OF WARRANTY WARRANTYTRADEMARK ACKNOWLEDGMENTS NOTICEPage Chapter 2 - Getting Started Chapter 1 - General InformationChapter 3 - Functions and Operations Chapter 4 - MeasurementsSWR Return Loss and Cable Loss Measurement Making Power MeasurementsDTF Measurement 4-16Chapter 5 - Software Tools Program iii/ivAppendix A - Reference Data Chapter General Information Standard AccessoriesIntroduction DescriptionOptions Optional AccessoriesChapter 1 General Information Chapter 1 General Information Performance SpecificationsChapter 1 General Information Table 1-1. Performance Specifications 1 ofDescription Site Master ValueChapter 1 General Information Table 1-2. Performance Specifications 2 ofChapter 1 General Information Preventive MaintenanceAnnual Verification CalibrationChapter 1 General Information Chapter 1 General Information Table 1-2. Anritsu Service CentersCharging the Battery in the Site Master Charging a New BatteryCharging the Battery in the Optional Charger Chapter Getting StartedChapter 2 Getting Started Battery Charge IndicatorBattery Indicator Battery Life Discharging the NiMH BatteryImportant Battery Information Chapter 2 Getting StartedChapter 2 Getting Started Use only Anritsu approved battery packsFront Panel Overview Chapter Functions and OperationsIntroduction SOFT KEYSBattery Test Connector PanelPower Chapter 3 Functions and OperationsAUTO Keypad ControlsSCALE ENTERPRINT SETUPRECALL DISPLAYUp/Down SWEEPArrow Key Chapter 3 Functions and OperationsFREQ/DIST Soft KeysAMPLITUDE SWEEPChapter 3 Functions and Operations MODE=POWER MONITOR SOFTKEYSUNITS OFFSETAMPLITUDESWEEP FREQ/DISTChapter 3 Functions and Operations MARKER Chapter 3 Functions and OperationsMARKER TO PEAK MARKER TO VALLEY MARKER TO PEAK MARKER TO VALLEYChapter 3 Functions and Operations 3-10ABC DEF GHI JKL MNO PQR STU VWX BACK SPACEChapter 3 Functions and Operations 3-11FREQ/DIST Displays the frequency or distance menu depending on the measurement mode Chapter 3 Functions and Operations 3-12BACK — Returns to the Distance Menu Chapter 3 Functions and Operations 3-13Figure 3-9.Rectangular Windowing Example Figure 3-10.Nominal Side Lobe Windowing ExampleChapter 3 Functions and Operations 3-14Figure 3-11.Low Side Lobe Windowing Example Figure 3-12.Minimum Side Lobe Windowing ExampleAMPLITUDE 3-15Amplitude MenuChapter 3 Functions and Operations 3-16BACK — Return to the Sweep menu Chapter 3 Functions and Operations 3-17ALL OFF — Turns all markers off Clock 3-18Chapter 3 Functions and Operations Sub-MenuChapter 3 Functions and Operations 3-19RECALL DISPLAY3-20 Power Monitor MenuChapter 3 Functions and Operations 3-21 PrintingPrinting a Screen OPTIONS3-22 Printer Switch SettingsPRINTER PRINTSelf Test Symbols3-23 SymbolSelf Test Errors Error Codes3-24 vice Center3-25 Range ErrorsMaximumUnaliased Range Vf is the relative propagation velocityChapter 3 Functions and Operations 3-26CANNOT ZERO Chapter 3 Functions and Operations 3-273-28 Using the Soft Carrying CaseChapter 3 Functions and Operations Measurement Functions Chapter MeasurementsIntroduction Calibration Procedure Power On ProcedureChapter 4 Measurements Performing a Calibration Selecting the Frequency RangeChapter 4 Measurements Saving the Setup Setting the Amplitude ScaleRecalling a Setup Chapter 4 MeasurementsRecalling a Display From Memory Saving a Display to MemoryChapter 4 Measurements Chapter 4 Measurements Figure 4-6.Insertion Loss Mode Calibration Results Loads at RF Out and RF In Chapter 4 MeasurementsNOTES: For best calibration results–compensationfor all measurement system uncertainties–ensurethat the Open/Short/Load is at the end of the test port or optional extension cable; that is, at the same point as the antenna or device to be tested will be connected Chapter 4 MeasurementsProcedure Device-Under-TestSpecificationSWR Return Loss and Cable Loss Measurement Required EquipmentPerforming a Calibration 4-10Chapter 4 Measurements NOTESSWR or Return Loss Measurement 4-11Set the Amplitude Scale and Limit Line Figure 4-9.Cable Measurement Test SetupStep 24. Enter 6, 2, 5 using the key pad or the Up/Down arrow key. Press ENTER to set the Start Frequency to 625 MHz 4-12Chapter 4 Measurements 4-13 Setting the MarkersChapter 4 Measurements 4-14 Setting the Segment Limit LInesCable Loss Measurement Setting the Amplitude ScaleChapter 4 Measurements 4-15Figure 4-12.Cable Loss Measurement Results DTF Measurement 4-16Device-Under-TestSpecification ProcedurePerforming a Calibration 4-17Chapter 4 Measurements Step 13. Press ENTER to start the calibration4-18 Setting the MarkerSetting the Amplitude Scale Chapter 4 MeasurementsChapter 4 Measurements 4-19Figure 4-13.DTF - SWR Measurement Results cable length Setting the Amplitude Scale 4-20Setting the Markers Chapter 4 MeasurementsChapter 4 Measurements 4-21Figure 4-15.DTF - SWR Measurement Results cable quality Insertion Gain Amplifier Measurement 4-22Selecting the Measurement Device-Under-TestSpecificationChapter 4 Measurements 4-23TEST PORT CABLE OPTIONALAmplifier Gain Measurement 4-24Setting the Markers Figure 4-20.Amplifier Gain Measurement SetupActivating the Bias Tee 4-25Setting the Amplitude Scale Chapter 4 MeasurementsChapter 4 Measurements 4-26Figure 4-22.Measurement Display of Amplifier Gain Entering Power Monitor Mode Making Power MeasurementsZeroing the Power Monitor Measuring High Input Power LevelsChanging COM Port Settings–Windows95/98/NT Communication Port SettingChapter Software Tools Program RequirementsChapter 5 Software Tools Program Plot Capture Software InstallationChapter 5 Software Tools Program Capture single or multiple traces to PC screen Capture multiple traces to a databaseCOM port Program defaults to COM2 Serial InterfaceSaving a Custom Cable List Custom Cable List Uploading and DownloadingSmith Chart Software Fault Location SoftwareProgram Operation Chapter 5 Software Tools ProgramSaving Data to a Database Pasting a Plot in Graphic or Spreadsheet For- mat“Drag-n-Drop” Chapter 5 Software Tools ProgramPrinting Each cable/antenna tends to have a unique Distance-To-FaultDTF “Signature” because differing cable electrical lengths, cable types, dielectric thickness variations, and the posi- tions of components connectors, adapters, and lightning arresters will cause different re- flections at differing positions in the transmission line. Variations in the “signature” between maintenance intervals offer a good indication of damage or damage causing condi- tionsChapter 5 Software Tools Program Appendix A Reference Data Coaxial Cable Technical DataCable Type Relative Propagation Velocity VfCable Type Appendix A Reference DataRelative Propagation Velocity Vf Nominal Attenuation