Hi +5.7000v | Agilent Technologies E3631A guide

Calibrate

Calibrate

Chapter 3 Calibration Procedures

General Calibration/Adjustment Procedure

7Pressing the "Calibrate" key saves the change and selects the second voltage calibration point for the +6V supply.

v hi +5.7000v

If the entered number is within an acceptable range, an "ENTERED" message appears for one second. The display now shows the second voltage calibration point for the +6V supply. If the entered number is not correct, an "INVALID DATA" message appears for one second and the display shows the first voltage calibration point again.

8Read the DVM and change the second voltage value on the display to match the measured voltage.

For example, if the DVM reads 5.9990 V, adjust the voltage to 5.9990 V using the knob and arrow keys.

v hi +5.9990v

9Pressing the "Calibrate" key saves the new calibration constants for the +6V output voltage and goes to the current calibration mode for the +6V supply.

cal setup 2

If the entered number is within an acceptable range, a "CALIBRATING" message appears for one second to indicate that the calibration is successful and that new calibration constants of "SETUP 1" are stored. Then, the display shows the above message to indicate that the power supply is ready for the current calibration for +6V supply.

If the entered number is not correct, an "INVALID DATA" message appears for one second and the display shows the second voltage calibration point again. If the calibration fails, a "CAL FAIL" message appears for one second and the display shows the "CAL SETUP 1" for the voltage calibration of the +6V supply again.

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Agilent Technologies E3631A manual Hi +5.7000v

Contents

3DUW1XPEHU $SULO Service Guide Flexible system features Convenient bench-top features Front Panel at a Glance Before performing calibration T e Front-Panel Voltage and Current Settings Display Annunciators Rear Panel at a Glance This Book Page Contents Contents Calibration Procedures ServiceTheory of Operation Contents Service Backdating SchematicsReplaceable Parts Contents Specifications Specifications Specifications Performance Specifications Performance Specifications Specifications Performance Specifications Voltage Programming Speed Supplemental Characteristics Specifications Supplemental Characteristics Dimensions of Agilent E3631A Power Supply Specifications Supplemental Characteristics Quick Start Quick Start Quick Start To prepare the power supply for use To prepare the power supply for useConnect the power cord and turn on the power supply Enable the outputs 100 or 115 Vac, 2.5 AT fuse 230 Vac, 2 AT fuse To check the rated voltages of the power supply Quick Start To check the rated voltages of the power supplyTurn on the power supply Check the voltage function for the -25V supply To check the rated currents of the power supply Quick Start To check the rated currents of the power supplyAdjust the voltage limit value to 1.0 volt Check the current function for the -25V supply Check the current function for the +25V supply To use the power supply in constant voltage mode Set the display for the limit modeConnect a load to the desired output terminals Return to the meter mode Adjust the knob for the desired output voltage Quick Start To use the power supply in constant current mode To use the power supply in constant current mode Verify that the power supply is in the constant current mode Adjust the knob for the desired output current To use the power supply in track mode Quick Start To use the power supply in track modeVerify that ±25V supplies track each other properly Turn on the storage mode Set up the power supply for the desired operating stateTo store and recall the instrument state Quick Start To store and recall the instrument state Turn on the recall mode Restore the operating stateRecall the stored operating state To rack mount the power supply To rack mount the power supply Quick Start To rack mount the power supply Calibration Procedures Calibration Procedures Calibration Interval Agilent Technologies Calibration Services Recommended Test Equipment Automating Calibration Procedures Test Considerations U t i o n Calibration Procedures Test Considerations Performance Verification Tests Calibration Procedures Performance Verification TestsSelf-Test Performance Verification Tests Measurement Techniques Setup for Most Tests Current-Monitoring Resistor Calibration Procedures Constant Voltage CV Verifications Constant Voltage Test SetupConstant Voltage CV Verifications Voltage Programming and Readback Accuracy MEASVOLT? P6VP25VN25V CV Load Regulation CV Line Regulation Normal Mode Voltage Noise CV Ripple and Noise Common Mode Current Noise Load Transient Response Time Calibration Procedures Constant Current CC Verifications Constant Current Test SetupConstant Current CC Verifications Current Programming and Readback Accuracy MEASCURR? P6VP25VN25V CC Load Regulation CC Line Regulation Normal Mode Current Noise CC Ripple and Noise CV Performance Test Record Performance Test Record for Agilent E3631A CC Performance Test Record Calibration Security Code Calibration Procedures Calibration Security Code To Unsecure the Power Supply for Calibration Turn on the front-panel calibration modeMove to the security code by pressing the Secure key Unsecured Turn off the calibration mode To Unsecure the Power Supply Without the Security Code Calibration Procedures Calibration Count Calibration CountCalibration Message General Calibration/Adjustment Procedure Cal mode Hi +5.7000v Lo +0.100 a Lo +0.099 aHi +4.750 a Hi +4.999 a Cal setup Aborting a Calibration in Progress Calibration Procedures Aborting a Calibration in Progress Calibration Record for Agilent E3631A Calibration Procedures Calibration Record for Agilent E3631A Calibration Procedures Error Messages Error MessagesSystem Error Messages Self-Test Error MessagesPage Calibration Program Calibration Procedures Calibration Program END if Output Calibration Procedures Calibration Program Theory of Operation Theory of Operation Theory of Operation Block Diagram Overview Block Diagram Overview Block Diagram Theory of Operation AC Input and Bias Supplies AC Input and Bias Supplies Theory of Operation Floating Logic Floating Logic Serck Xfpsk Theory of Operation To-A Converter To-A Converter Theory of Operation To-D Converter To-D Converter Theory of Operation Power Mesh and Control Power Mesh and Control Theory of Operation Power Mesh and Control Earth-Referenced Logic Front PanelTheory of Operation Earth-Referenced Logic Service Service Is the Power Supply Inoperative? Operating ChecklistDoes the Power Supply Fail Self-Test? Service Operating Checklist Standard Repair Service worldwide Types of Service AvailableService Types of Service Available Express Exchange U.S.A. only Repacking for Shipment Service Repacking for Shipment To Replace the Power-Line Fuse Electrostatic Discharge ESD PrecautionsService Electrostatic Discharge ESD Precautions Surface Mount Repair Unit Reports Errors 740 to Troubleshooting HintsService Troubleshooting Hints Unit is Inoperative Bias Supplies Problems Power-On Self-Test Self-Test ProceduresService Self-Test Procedures Complete Self-Test 100 101 Service Self-Test Procedures 102 Replaceable Parts To Order Replaceable Parts E3631-60002 Top PCB Assembly 106 107 108 109 110 CR1 CR2 E3631-60003 VFD Assembly E3631-60004 Bottom PCB Assembly E3631-60004 Bottom PCB Assembly 113 114 115 E3631-60005 Power SupplyAssembly E3631-60005 Front Frame Assembly Manufacturer’s List Manufacturer’s List 118 Backdating Lqfoxghglqwklvfkdswhu Schematics ‡ $&DQG$&6FKHPDWLFSDJH ‡ &RPSRQHQW/RFDWRUSDJHPage Page Page Page Page Page Page Page Page Page Warranty