Mi 3.499 a | Agilent Technologies E3632A specs

Calibrate

Chapter 3 Calibration Procedures

General Calibration/Adjustment Procedure

16Read the DVM and change the middle current value on the display to match the computer current (DVM reading ¸ by shunt resistance).

For example, if the computered value is 3.499 A, adjust the current to 3.499 A using the knob and arrow keys.

Notice that you should wait for the DVM reading to stabilize for accurate calibration.

i mi 3.499 a

17Pressing the "Calibrate'' key saves the change and selects the high current calibration point.

i hi 6.900 a

If the entered number is within an acceptable range, an "ENTERED" message appears for one second. If the entered number is not correct, an "MIN VALUE" or "MAX VALUE" message appears for one second and the display shows the middle current calibration point again. The display now shows the high current calibration point

18Read the DVM and change the high current value on the display to match the computed current (DVM reading ¸ by shunt resistance).

For example, if the computed value is 6.899 A, adjust the current to 6.899 A using the knob and arrow keys.

Notice that you should wait for the DVM reading to stabilize for accurate calibration.

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Agilent Technologies E3632A manual Mi 3.499 a

Contents

Service Guide 3DUW1XPEHU $SULO Convenient bench-top features Flexible system features Front Panel at a Glance Before performing calibration Front-Panel Voltage and Current Limit Settings T e Display Annunciators OVP Rear Panel at a Glance Key to This Book Page Contents Contents Theory of Operation Service Contents Specifications Specifications Performance Specifications Specifications Performance Specifications OVP Supplemental Characteristics Specifications Supplemental Characteristics Opt 0E3 Dimensions of Agilent E3632A Power Supply Specifications Supplemental Characteristics Quick Start Quick Start To Prepare the Power Supply for Use Quick Start To Prepare the Power Supply for UseConnect the power cord and turn on the power supply Enable the outputs 100 or 115 Vac, 4 AT fuse 230 Vac, 2.5 AT fuse Turn on the power supply To Check the Rated Voltages of the Power SupplyQuick Start To Check the Rated Voltages of the Power Supply Adjust the voltage limit value to 1.0 volt To Check the Rated Currents of the Power SupplyQuick Start To Check the Rated Currents of the Power Supply Page To Use the Power Supply in Constant Voltage Mode Set the display for the limit modeAdjust the knob for the desired current limit Connect a load to the desired output terminals T e Adjust the knob for the desired output voltage Return to the meter mode Connect a load to the output terminals To Use the Power Supply in Constant Current ModeAdjust the knob for the desired voltage limit T e Adjust the knob for the desired output current Verify that the power supply is in the constant current mode To Store and Recall the Instrument State Turn on the recall mode Restore the operating stateDone Recall Setting the OVP Level and Enable the OVP Circuit To Program Overvoltage Protection Readjust the OVP trip level or the output voltage level Move to the clear mode Ovp onChecking OVP Operation Clearing the Overvoltage Condition Clear the overvoltage condition and exist this menu Setting the OCP Level and Enable the OCP Circuit To Program Overcurrent Protection Readjust the OCP trip level or the output current level Move to the clear mode Ocp onChecking OCP Operation Clearing the Overcurrent Condition To Rack Mount the Power Supply Quick Start To Rack Mount the Power Supply Calibration Procedures Calibration Procedures Agilent Technologies Calibration Services Calibration Interval Recommended Test Equipment Automating Calibration ProceduresCalibration Procedures Automating Calibration Procedures U t i o n Calibration Procedures Test Considerations Test Considerations Calibration Procedures Performance Verification Tests Performance Verification TestsSelf-Test Performance Verification Tests Setup for Most Tests Measurement Techniques General Measurement Techniques Constant Voltage Test Setup Calibration Procedures Constant Voltage CV VerificationsConstant Voltage CV Verifications Voltage Programming and Readback Accuracy Volt CV Load RegulationCV Line Regulation Normal Mode Voltage Noise CV Ripple and Noise Load Transient Response Time Constant Current Test Setup Calibration Procedures Constant Current CC VerificationsConstant Current CC Verifications Current Programming and Readback Accuracy CC Load Regulation Curr Normal Mode Current Noise CC Ripple and Noise CC Line Regulation Common Mode Current Noise Calibration Procedures Common Mode Current Noise CC Performance Test Record Performance Test Record for Agilent E3632ACV Performance Test Record Calibration Procedures Calibration Security Code Calibration Security Code Move to the security code by pressing the Secure key To Unsecure the Power Supply for CalibrationTurn on the front-panel calibration mode To Unsecure the Power Supply Without the Security Code Turn off the calibration mode Calibration Message Calibration Procedures Calibration CountCalibration Count General Calibration/Adjustment Procedure Calibrate DAC and select the low voltage calibration point Move down a level to the voltage calibration modeVoltage and OVP Calibration Lo +0.5000 Hi 28.995 Current and OCP Calibration Lo 0.200 a Select the low current calibration point Mi 3.499 a Turn off the power supply to exit the calibration mode Aborting a Calibration in Progress Calibration Procedures Calibration Record for Agilent E3632A Calibration Record for Agilent E3632A Error Messages Calibration Procedures Error MessagesSystem Error Messages Self-Test Error MessagesPage Calibration Procedures Calibration Program Calibration Program Clear Screen Print TABXY10,7,BEGIN DAC Error Correction Else Print TABXY10,7,BEGIN CURRENT/OCP Calibration End of Program Print TABXY10,5,CURRENT/OCP Calibration Complete Theory of Operation Theory of Operation Block Diagram Overview Theory of Operation Block Diagram Overview Block Diagram AC Input and Bias Supplies Theory of Operation AC Input and Bias Supplies Floating Logic Theory of Operation Floating Logic Serck Xfpsk To-A Converter Theory of Operation To-A Converter To-D Converter Theory of Operation To-D Converter Power Mesh and Control Theory of Operation Power Mesh and Control Theory of Operation Power Mesh and Control Theory of Operation Earth-Referenced Logic Earth-Referenced LogicFront Panel Service Service Operating Checklist Is the Power Supply Inoperative?Does the Power Supply Fail Self-Test? Service Operating Checklist Types of Service Available Standard Repair Service worldwideService Types of Service Available Express Exchange U.S.A. only Service Repacking for Shipment Repacking for Shipment Electrostatic Discharge ESD Precautions To Replace the Power-Line FuseService Electrostatic Discharge ESD Precautions Surface Mount Repair Service To Disconnect the Output Using an External Relay To Disconnect the Output Using an External RelayInstallation Procedure Troubleshooting Hints Unit Reports Errors 740 toU t i o n Service Troubleshooting Hints Unit is Inoperative Bias Supplies Problems Service Troubleshooting Hints Self-Test Procedures Power-On Self-TestService Self-Test Procedures Complete Self-Test ±10% tolerance Service Self-Test Procedures 100 Replaceable Parts To Order Replaceable Parts E3632-60002 Main PC Assembly KMG1H222H E3632-60002 Main PC Assembly Replaceable Parts 105 106 107 108 109 110 E3632-60004 Front Panel Display PC Assembly Agilent Part Qty Description Mfr Mfr Part Number Code E3632-60005 Front Frame Assembly E3632A Power SupplyAssembly Manufacturer’s List Mfr Code Manufacturer’s Name 114 Backdating Lqfoxghglqwklvfkdswhu Schematics ‡ &RPSRQHQW/RFDWRUURQWSDQHOSDJH ‡ &RPSRQHQW/RFDWRU0DLQ%RDUGSDJH‡ $&DQG$&6\VWHP6FKHPDWLFSDJH Page Page Page Page Page Page Page Page Warranty