Introduction
The LTP series reliable high voltage switching mode DC power supply with high output accuracy and low ripple, compared to traditional linear HV power supply, it has similar output precision degree but faster response time and higher efficiency.
It is designed for lab use or other conditions need precise & stable HV output.
Features CV/CC working modes Output voltage adjustable from 0 to 100% Output current adjustable from 0 to 100% Operate either in constant voltage or constant current mode IGBT based series resonant inverter up to 50kHz Forced air cooling, very rugged design Full local or remote control Technical Specification Input Voltage: 220V±10% Output Power: 100W ~ 1KW Output Voltage: 1KV/2KV/3KV/4KV5KV/10KV/20KV/30KV/60KV/80KV/100KV (for other output voltages, please contact us), adjustable output voltage. Output current: 0.1A~1A, (for other output current, please contact us), adjustable output current. Output polarity: positive or negative Output adjusting mode: 10-turn potentiometer or 0~10V analog signal control or RS port. Line regulation: ≤0.1%
≤0.01% (optional) Load regulation: ≤0.1%
≤0.01% (optional) Temperature coefficient: ≤0.1%/℃ Time drift: ≤0.1%/hour Ripple: ≤0.1% Total Efficiency: ≥85% Output display: 41/2 digital meter MTBF: 50000 hour @ 25℃ Protection Over current protection Short-circuit protection Load discharging protection Cooling: Forced air cooling Dimension: as per output required Weight: as per output required Note: every power supply has 48 hours full load burn-in test @ 40℃
Environment conditions Working environment conditions: Temperature:-10℃ ~ 40℃ Relative humidity: <90% (non-condensing) Height: 4000m Storage environment conditions: Temperature: -20℃ ~ 60℃ Relative humidity: 10% ~ 90% Height: 4000m
Safety caution This power module has HV output, only professional person could operate it. Please check power module as below before start-up Keep power module clean and good ventilation. HV input & output connectors or HV load no touch anything. Please check back current of load well connected with GND bolt at the back of power module.
