Function and Applications
Power supply with 5 output voltages especially designed for experiments with tubes, fine beams and conducting the Frank-Hertz experiment.
Benefits
Electronically stabilised DC voltages, short-circuit protected, galvanically isolated from one another so that they can be possible to connected in series, featuring LED current-limiting indicator and protection against polarity reversal
AC voltage with automatic circuit breaker
All outputs are floating and isolated from the mains and use 4-mm safety sockets.
Equipment and technical data
Output 1: 0...12 V-/0.5 A
Stability: < 0.1 %
Residual ripple: < 5 mV
Output 2: 0...50 V-/50 mA
Stability: < 0.01 %
Residual ripple: < 5 mV
Outputs 3/4: 300 V-/0...300 V-/50 mA
Stability: < 0.01 %
Residual ripple: < 20 mV
Output 5: 6.3 V~/2 A
Power consumption: 100 VA approx.
Mains voltage: 230 V~
Impact-resistant, stackable plastic case with carrying handle and stand
Dimensions (mm): 230 x 236 x 168
Power supply with 5 output voltages especially designed for experiments with tubes, fine beams and conducting the Frank-Hertz experiment.
Benefits
Electronically stabilised DC voltages, short-circuit protected, galvanically isolated from one another so that they can be possible to connected in series, featuring LED current-limiting indicator and protection against polarity reversal
AC voltage with automatic circuit breaker
All outputs are floating and isolated from the mains and use 4-mm safety sockets.
Equipment and technical data
Output 1: 0...12 V-/0.5 A
Stability: < 0.1 %
Residual ripple: < 5 mV
Output 2: 0...50 V-/50 mA
Stability: < 0.01 %
Residual ripple: < 5 mV
Outputs 3/4: 300 V-/0...300 V-/50 mA
Stability: < 0.01 %
Residual ripple: < 20 mV
Output 5: 6.3 V~/2 A
Power consumption: 100 VA approx.
Mains voltage: 230 V~
Impact-resistant, stackable plastic case with carrying handle and stand
Dimensions (mm): 230 x 236 x 168
Properties
- P1367293
- 13672-93