Full brick 800W power module

NegotiableUpdate on 02/03

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

UFC800W series $r $n features $r $n ◆ high efficiency 92% $r $n ◆ maximum output power up to 800W $r $n ◆ input/output isolation 1500VDC $r $n ◆ ultra small volume: 116.8& #215; 61& #215; 13mm $r $n ◆ High reliability: No built-in aluminum and tantalum electrolytic capacitors $r $n ◆ Overcurrent, overvoltage, and short-circuit protection circuits $r $n ◆ Application scope: Industrial control, rail transit, communication and other electronic equipment

Product Details

UFC800W series

feature

◆ High efficiency of 92%

The maximum output power can reach 800W

Input/output isolation 1500VDC

◆ Ultra small volume: 116.8 × 61 × 13mm

◆ High reliability: No built-in aluminum and tantalum electrolytic capacitors

Overcurrent, overvoltage, and short-circuit protection circuits

Application scope: Industrial control, rail transit, communication and other electronic devices

model	Input (VDC)	Output (VDC)	output current	Ripple Vp-p	efficiency	Overall dimensions
UFC800-28S24	18～36V	24V	33.33A	240 mV	91％	116.8×61×13mm
UFC800-28S28	18～36V	28V	28.57A	280 mV	92％	116.8×61×13mm
UFC800-28S32	18～36V	32V	25A	320 mV	91％	116.8×61×13mm
UFC800-28S36	18～36V	36V	22.22A	360 mV	91％	116.8×61×13mm

Note:1Unless otherwise specified, all parameters are at ambient temperature+25℃, measured under rated input/output and full load pure resistive load.

2If you need special voltage output, please call our company.

3. Add - M suffix (-55 degrees start)

output parameters	remark	minimum	typical	maximum	unit
Output voltage regulation range				±10	％
Output voltage accuracy				±1	％
Ripple and noise	20MHzBandwidth, measured by measurement method	See the selection table
Voltage regulation rate	The relative change in output when the input is biased			±1
Current regulation rate	Relative change in output from no-load to full load			±1	％
short circuit protection	Long term, self-healing
Overvoltage protection		115		130	％
overcurrent protection			120		％