The PRR48-22M is a 1000 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: 0-48V
Current: 0-22A
Power: 1000W
Fixed output
Rack mount, industrial power
Ferroresonant voltage stabilization
High efficiency 70-80%
No overvoltage risk
Current limited
The Kepco PRR48-22M is a 1000 Watt rack mounted laboratory systems power supply that offers the low cost and very high dependability of ferroresonant voltage stabilization. The ferroresonant stabilizing technique provides extraordinary isolation from a wide variety of source noise. It is inherently short-circuit proof and cannot expose delicate loads to overvoltage hazards. Hence no crowbar, fuses, or bounding circuits are needed. Ferroresonant power supplies use no noise-producing switches or oscillators. Voltage setting is independent of delicate control settings or diode references and requires no comparators, references, or limiters.
The PRR48-22M is a 1000 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: 0-48V
- Current: 0-22A
- Power: 1000W
- Fixed output
- Rack mount, industrial power
- Ferroresonant voltage stabilization
- High efficiency 70-80%
- No overvoltage risk
- Current limited
The Kepco PRR48-22M is a 1000 Watt rack mounted laboratory systems power supply that offers the low cost and very high dependability of ferroresonant voltage stabilization. The ferroresonant stabilizing technique provides extraordinary isolation from a wide variety of source noise. It is inherently short-circuit proof and cannot expose delicate loads to overvoltage hazards. Hence no crowbar, fuses, or bounding circuits are needed. Ferroresonant power supplies use no noise-producing switches or oscillators. Voltage setting is independent of delicate control settings or diode references and requires no comparators, references, or limiters.
