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Details voltage, current, power, and performance parameters.
Describes meter resolution, accuracy, and reading rate.
Essential warnings for safe operation and handling.
Discusses EMC compliance and necessary precautions.
Guidelines for qualified service personnel.
Step-by-step guide for disassembling the unit.
Explains power, mains input, and half-bridge operation.
Details the circuit responsible for driving power FETs.
Explains the filtering stages for noise reduction.
Details the feedback mechanism for voltage regulation.
Explains how current limits are managed.
Describes the trip mechanism and reset.
Details current sensing and limiting.
Explains microcontroller-based measurement.
Lists necessary test equipment for calibration.
Steps for setting voltage and current levels.
Procedure to set the power limit.
Adjusting the overvoltage protection trip point.
Procedure for adjusting gain.
Techniques for measuring output noise.
Lists components for the front panel assembly.
Lists components for the control board.
Visual guide for component placement on the front panel.
Visual guide for component placement on the control board.
Visual guide for component placement on the main board.
Details voltage, current, power, and performance parameters.
Describes meter resolution, accuracy, and reading rate.
Essential warnings for safe operation and handling.
Discusses EMC compliance and necessary precautions.
Guidelines for qualified service personnel.
Step-by-step guide for disassembling the unit.
Explains power, mains input, and half-bridge operation.
Details the circuit responsible for driving power FETs.
Explains the filtering stages for noise reduction.
Details the feedback mechanism for voltage regulation.
Explains how current limits are managed.
Describes the trip mechanism and reset.
Details current sensing and limiting.
Explains microcontroller-based measurement.
Lists necessary test equipment for calibration.
Steps for setting voltage and current levels.
Procedure to set the power limit.
Adjusting the overvoltage protection trip point.
Procedure for adjusting gain.
Techniques for measuring output noise.
Lists components for the front panel assembly.
Lists components for the control board.
Visual guide for component placement on the front panel.
Visual guide for component placement on the control board.
Visual guide for component placement on the main board.
General| Power Rating | 200 W |
|---|---|
| Voltage Resolution | 10 mV |
| Current Resolution | 10 mA |
| Output Current Range | 0 to 10 A |
| Connectivity | USB, RS232 |
| Ripple & Noise | <3mVrms |
| Operating Temperature | 5°C to 40°C |
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