To Next PageTo Next PageTo Previous PageTo Previous Page
Loading...What to do if Agilent Technologies 6634B Power Supply fails the turn-on self test?
If the Agilent Technologies Power Supply fails the turn-on self test, perform the verification procedures in Chapter 2 from the front panel to determine if any functions are not calibrated or are not operating properly.
General| Brand | Agilent Technologies |
|---|---|
| Model | 6634B |
| Category | Power Supply |
| Language | English |
Covers warranty terms, exclusions, and remedies.
Covers general, environmental, power, grounding, and hazardous operation warnings.
Explains symbols and the meaning of WARNING/CAUTION.
Details manufacturer, EMC, and safety standards.
States sound pressure levels as per German directive.
Lists updates and changes made to the manual.
Introduces the instrument models and their capabilities.
Identifies and describes front panel components.
Methods for entering numerical values.
Explains status indicators.
Describes keys with instant function.
Overview of menu commands.
Lists common SCPI commands.
Identifies rear panel connectors.
Explains manual structure and task guidance.
Safety aspects of the instrument class.
Lists available options and accessories.
Details the instrument's features and functions.
How to program remotely via GPIB/RS-232.
Behavior in CV and CC modes.
Initial checks and maintenance.
Lists included user-replaceable items.
Placement, bench, and rack mounting.
Connecting power and loads.
Load wire selection for stability and safety.
Managing voltage drops and multiple load connections.
Setting up remote sensing.
Ensuring stability and understanding OVP.
Using fast and normal modes.
Effects of load types on stability.
Using inhibit/fault and digital I/O ports.
Connecting via GPIB and RS-232.
Overview of checkout and keypad functions.
Step-by-step guide for initial checkout.
Addresses error messages and line fuse issues.
Chapter overview and front panel layout.
Details display, annunciators, keys, and connectors.
Detailed functions of system keys.
Describes key types and navigation.
How to use metering keys for measurements.
Controlling output functions and protection.
Detailed explanation of keypad entry.
Practical examples for setting voltage, current, and output.
Checking protection and taking measurements.
Details on measuring waveform parameters.
Configuring the digital output port.
Controlling relays and setting up GPIB/RS-232.
Managing instrument states.
Warranted performance parameters.
Typical performance characteristics.
Necessary equipment for tests.
Steps for operational verification.
Verifying voltage and current programming/measurement.
Verifying low-range current and sink measurements.
Tables for recording test results for different models.
Steps to perform calibration.
Commands used in the calibration menu.
Activating calibration and calibrating voltage/OVP.
Steps for current and measurement calibration.
AC calibration, saving, and error messages.
Password management and GPIB calibration.
Lists error numbers, descriptions, and categories.
Details Command, Execution, System, and Query errors.
Lists selftest and device-dependent error codes.
Steps to open unit and adjust transformer.
Installing correct fuse and closing the unit.
