100-1000VDC TO 24V 15W Typical Application Circuit For Our Clients




One of our clients from German ordered some high voltage DC-DC converters, see below features.

PS: Currently there are few factories produce the input 100-1000V, and they use 210-1200V instead of such model, but we have kept 100-1000VDC series.

Mainly founction features

Input:  DC DC wide input voltage
100-1000VDC
Protection:  input over voltage protection,short circuit over voltage protection  
Outline sealed:  ultra-thin small integration design, high efficiency high density
Cooling method:  Natural cooling, without additional radiator
Power:  15W
Industrial standard produts design, international size (70*48*23.5mm)

Input characteristic

Input voltage range: 100~1000VDC
Input current:   100VDC
NH15       250mA , typ
surge current    10A (TYP) 100V    20A (TYP) 1200V

Output characteristic

Output voltage steady accuracy: ±1%
Original source effect: ±0.5% (typ)
Load adjust rate: (10%~100%) ±2% (typ)
Min load: 0%
Output ripple and noise(peak value): 100mV(typ) (20MHz Bandwidth)
Short-circuit protection long time Continuous,/automatic resume
Output over exceed current protection ≥1.1 times

General characteristic

Woking temperature: -40℃~+55℃
Power reduction rate:3.75% / ℃
Storage temperature:-40℃~+105℃
Outshell temperature:+80℃ max
Cut off current time:80ms(typ)/ at Vin:100VDC
Start delay time:500ms(typ)/ at Vin:1200VDC
Dynamic response: 25% standard load move rate ±4%/500uS
Humidity: 95% max
Temperature drift: 0.02%/℃
Switching frequency: 65-100kHz(typ)
Efficiency:  75%(typ)
Insolation: 4000VDC/1Min(special 3000VAC)
Insolation resistance input to output : 500Vdc 100000G
Leakage current:0.03mA RMS typ. 1200VDC
Saftey class: CLASS Ⅰ
MTBF: >215,000h @25℃

For better installation if you are the first time to use such kind of power module, may you find  a  documentation for typical application circuit below.


Our client asked that if  there  were capacitors on Input or output required?

Generally speaking, you can use our models for direct collection, but if you want the very lower ripple, then please add the capacitors at the input or output port.

If you have some more technical questions,welcome to write to us, thank you!