Agilent Technologies ES, 8753ET quick start Back Up the Eeprom Disk, Description, Equipment

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Installing Your Analyzer

STEP 6. Back Up the EEPROM Disk

STEP 6. Back Up the EEPROM Disk

Description

Correction constants are stored in EEPROM on the A9 controller assembly. The advantage of having an EEPROM backup disk is the ability to store all the correction-constant data to a new or repaired A9 assembly without having to rerun the correction-constant procedures. The analyzer is shipped from the factory with an EEPROM backup disk which is unique to each instrument. It is prudent to make a copy of the EEPROM backup disk so that it can be used in case of failure or damage to the original backup disk.

Equipment

3.5-inch disk

92192A (box of 10)

CAUTION Do not mistake the line switch for the disk eject button. If the line switch is mistakenly pushed, the instrument will be turned off, losing all settings and data that have not been saved.

EEPROM Backup Disk Procedure

1.Press Preset.

2.Insert a 3.5-inch disk into the analyzer disk drive.

3. If the disk is not formatted, press Save/Recall FILE UTILITIES FORMAT DISK .

To format a LIF disk, select FORMAT:LIF (The supplied EEPROM backup disk is LIF. The analyzer does not support LIF-HFS format.)

To format a DOS disk, select FORMAT:DOS .

Press FORMAT INT DISK and answer YES at the query.

4.Press System SERVICE MENU SERVICE MODES MORE . Toggle STORE EEPR

to ON. Then press Save/Recall SELECT DISK INTERNAL DISK RETURN

SAVE STATE to store the correction-constants data onto floppy disk.

NOTE

A default file “FILE00” is created. The file name appears in the upper

 

left-hand corner of the display. The file type “ISTATE(E)” describes the file as

 

an instrument-state with EEPROM backup.

 

 

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Chapter 1

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Contents Installation and Quick Start Guide Part Number Print Date FebruaryPage Certification General Safety Considerations How to Use This Guide Documentation Map Contents Installing Your Analyzer Introduction Verify the Shipment Item Number Part Number Description Familiarize Yourself with the Analyzer Front and Rear Panels Analyzer Front PanelAnalyzer Rear Panel Test SequenceMeet 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 Service Menu Tests To Run the Operators CheckTo Test the Transmission Mode Trans FWD S21B/R or TransmissnTo Test the Reflection Mode Eeprom Backup Disk Procedure Back Up the Eeprom DiskDescription 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 Measurement Procedure Make a measurement calibrationMeasure the device Output measurement resultsChoose the following measurement settings Learning to Make Transmission MeasurementsPerform a measurement calibration Connections for a Thru Calibration StandardExample Measurement of Insertion Loss Press Return Define DISK-SAVE Measuring Other Transmission Characteristics Example Measurement of 3 dB BandwidthLearning to Make Transmission Measurements Measuring Out-of-Band Rejection Example Measurement of Out-of-Band RejectionMeasuring Passband Flatness or Ripple Example Measurement of Passband Flatness or Ripple= 1 + ρ / 1 − ρ Learning to Make Reflection Measurements= Γ Connections for Reflection Measurements Make a measurement calibration Measuring Return Loss 10 Example Measurement of Return Loss11 Example Measurement Title Measuring Other Reflection Characteristics Measuring Reflection CoefficientMeasuring Standing Wave Ratio SWR 13 Example Standing-Wave-Ratio Measurement TraceMeasuring S11 and S22 or Reflection in a Polar Format Measuring Impedance 15 Example Impedance Measurement Trace 16 Example Admittance Measurement Trace If the analyzer display does not light If You Encounter a ProblemPower-Up Problems No RF Output Data Entry ProblemsIf there is no RF signal at the front-panel port If You Encounter a Problem Agilent Technologies Sales and Service Offices European Field OperationsIndex Index
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