Agilent Technologies 8753ET, ES quick start Make a measurement calibration

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Quick Start: Learning How to Make Measurements

Learning to Make Reflection Measurements

Step 2. Make a measurement calibration

Follow these instructions to perform an S11 or reflection 1-port error correction:

1. Select a calibration kit that is appropriate to your device under test. Press Cal

CAL KIT SELECT CAL KIT . Choose the calibration kit that is appropriate to your test device by pressing the appropriate softkey. For example, if your test device uses type-N 50Ω connectors, press N 50Ω . If your test device uses 7-mm connectors, press 7mm , and so on.

2.Press RETURN twice, CALIBRATE MENU S11 1-PORTor

REFLECTION 1-PORT .

3.Follow the prompts shown on the analyzer display to connect and measure an open, short, and load on PORT 1 or the REFLECTION port.

Any choice of male/female in the calibration process should always be made for the sex that represents the test port. For example, if the test port had a male, type-N connector, you would connect the female, type-N calibration device. But when you follow the prompts on the analyzer to measure a short calibration standard, you would select SHORT (M) , or the sex that represents the test port.

NOTE

To ensure an accurate error correction, you must connect the calibration

 

standards to the adapters or cables that you will include in the actual device

 

measurement.

 

 

 

 

 

 

 

 

NOTE

If a mistake is made, standards can be measured more than once before

 

pressing

 

. Only the last measurement data is used.

 

DONE 1-PORT CAL

 

 

 

 

Figure 2-9 Connections for an S11 or Reflection 1-Port Error-Correction

4.Press DONE 1-PORT CAL after measuring the three standards.

5.Press Save/Recall.

2-16

Chapter 2

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Contents Part Number Print Date February Installation and Quick Start GuidePage Certification General Safety Considerations How to Use This Guide Documentation Map Contents Installing Your Analyzer Introduction Verify the Shipment Item Number Part Number Description Analyzer Front Panel Familiarize Yourself with the Analyzer Front and Rear PanelsTest Sequence Analyzer Rear PanelMeet Electrical and Environmental Requirements Meet Electrical and Environmental Requirements Configure the Analyzer To Configure the Standard Analyzer To Configure the Analyzer with Printers or Plotters Plotter Port Configure the Analyzer Thinkjet Deskjet SET Clock To Configure the Analyzer for Bench Top or Rack Mount Use To Attach Front Handles to the Analyzer Standard Configure the Analyzer Configure the Analyzer Verify the Analyzer Operation To View the Installed Options To Initiate the Analyzer Self-Test To Run the Operators Check Service Menu TestsTrans FWD S21B/R or Transmissn To Test the Transmission ModeTo Test the Reflection Mode Back Up the Eeprom Disk Eeprom Backup Disk ProcedureDescription EquipmentBack Up the Eeprom Disk Quick Start Learning How to Make Measurements Quick Start Learning How to Make Measurements Analyzer Front Panel Analyzer Front PanelAnalyzer Front Panel Make a measurement calibration Measurement ProcedureMeasure the device Output measurement resultsLearning to Make Transmission Measurements Choose the following measurement settingsConnections for a Thru Calibration Standard Perform a measurement calibrationExample Measurement of Insertion Loss Press Return Define DISK-SAVE Example Measurement of 3 dB Bandwidth Measuring Other Transmission CharacteristicsLearning to Make Transmission Measurements Example Measurement of Out-of-Band Rejection Measuring Out-of-Band RejectionExample Measurement of Passband Flatness or Ripple Measuring Passband Flatness or Ripple= Γ Learning to Make Reflection Measurements= 1 + ρ / 1 − ρ Connections for Reflection Measurements Make a measurement calibration 10 Example Measurement of Return Loss Measuring Return Loss11 Example Measurement Title Measuring Reflection Coefficient Measuring Other Reflection Characteristics13 Example Standing-Wave-Ratio Measurement Trace Measuring Standing Wave Ratio SWRMeasuring S11 and S22 or Reflection in a Polar Format Measuring Impedance 15 Example Impedance Measurement Trace 16 Example Admittance Measurement Trace Power-Up Problems If You Encounter a ProblemIf the analyzer display does not light If there is no RF signal at the front-panel port Data Entry ProblemsNo RF Output If You Encounter a Problem European Field Operations Agilent Technologies Sales and Service OfficesIndex Index
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