The BOP36-12M is a 400 Watt DC Power Supply from Kepco. Supplies DC Voltage and Current to test, design, and troubleshoot electric and electronic circuits. Applications include Burn In, QA, ATE, Research, Design, and Education to name a few.
Additional Features:
Voltage: 0-36V
Current: 12A
Power: 400W
Source and sink 100% of their current rating
Separate control circuits for voltage and current with automatic crossover to current and voltage limits
All controls and flag signals accessible through a 50-terminal userport at the rear
Zeroable preamplifier available for scaling and summing external signals
The Kepco BOP36-12M is a fully rated power supply and also a high-powered operational amplifier with full 4-quadrant, bipolar operation. Their output is capable of both sustained d-c and the replication of arbitrary a-c waveforms. In the Kepco BOP36-12M, the voltage and current outputs can be controlled smoothly and linearly through the entire rated plus and minus ranges, passing smoothly through zero with no polarity switching.
The BOP36-12M is a 400 Watt DC Power Supply from Kepco. Supplies DC Voltage and Current to test, design, and troubleshoot electric and electronic circuits. Applications include Burn In, QA, ATE, Research, Design, and Education to name a few.
Additional Features:
- Voltage: 0-36V
- Current: 12A
- Power: 400W
- Source and sink 100% of their current rating
- Separate control circuits for voltage and current with automatic crossover to current and voltage limits
- All controls and flag signals accessible through a 50-terminal userport at the rear
- Zeroable preamplifier available for scaling and summing external signals
The Kepco BOP36-12M is a fully rated power supply and also a high-powered operational amplifier with full 4-quadrant, bipolar operation. Their output is capable of both sustained d-c and the replication of arbitrary a-c waveforms. In the Kepco BOP36-12M, the voltage and current outputs can be controlled smoothly and linearly through the entire rated plus and minus ranges, passing smoothly through zero with no polarity switching.
