Kepco msk10-10M

The Kepco MSK10-10M is a 100-watt single-output DC power supply engineered for benchtop laboratory and testing applications demanding stable, low-noise power delivery. Built around a high-gain linear series-pass stabilizer circuit, it delivers exceptional output stability with automatic crossover between voltage and current regulation modes. The unit combines precision analog control with safety-first design, including offline voltage and current pre-setting via the Preview switch - allowing safe parameter configuration before energizing the load.

Technical Specifications Output Power: 100 W

Voltage Output: 0–10 VDC Current Output: 0–10 ADC Input Supply: Configurable 115 VAC or 230 VAC via rear-panel switch Regulation Performance:

Line regulation: 0.01%

Load regulation (voltage mode): 0.01%

Load regulation (current mode): 0.05%

Drift over 8 hours - voltage mode: 0.01%; current mode: 0.02%

Temperature coefficient - voltage mode: 0.01% per °C; current mode: 0.02% per °C Output Noise & Ripple:

Voltage mode: 0.5 mV RMS, 3.0 mV peak-to-peak

Current mode: 0.02% RMS, 0.1% peak-to-peak

Key Features

10-turn voltage and current potentiometers for high-resolution manual adjustment

Remote programming capability via variable resistance input

Preview switch enables safe offline pre-setting of both voltage and current limits

Heavy-duty front-panel binding posts accept wires and banana plugs

Selectable output terminal grounding (positive or negative)

Quiet, low-speed internal cooling fan

Class 1 safety design with protective earthing

Compliant with EN 61010-1 and UL 3101 (Installation Category 2, Pollution Degree 2)

MIL-STD-461 electromagnetic compatibility

Typical Applications Benchtop device characterization, component testing, laboratory R&D, and precision power sourcing in controlled environments where low noise and stable regulation are critical.

Compatibility & Integration Front-panel banana-plug and wire-post outputs interface with standard test leads and fixtures. Variable-resistance remote programming allows integration with external control systems. Class 1 grounding design supports both single-point and distributed earthing topologies.