CFB200 - 200 WATT WIDE INPUT DC-DC CONVERTERS SINGLE OUTPUT

Datasheet Summary

Features

100-200W Isolated Output Efficiency to 85% 300KHz Switching Frequency 2 : 1 Input Range.
Regulated Outputs.
Continuous Short Circuit Protection.
Industry Standard Full-Brick Package CASE FB All Dimensions In Inches(mm) Tolerances Inches Millimeters . XX±.02 . X±.5 . XXX±.010 . XX±.25 Pin ±0.02 ±0.5 4.60 ( 11 6 . 8 ) 4.20 (106.7) 0.08(2)Dia(2)places -Soder plate over copper ally PIN.

RSG Electronic Components

📥 Download Datasheet

Datasheet Details

Part number	CFB200
Manufacturer	RSG Electronic Components
File Size	1.66 MB
Description	200 WATT WIDE INPUT DC-DC CONVERTERS SINGLE OUTPUT
Datasheet	CFB200 Datasheet
Additional preview pages of the CFB200 datasheet.

📁 Similar Datasheet

CFB0101 - General Purpose GaAs FETs (Mimix Broadband)
CFB0103 - Low Noise GaAs FETs (Mimix Broadband)
CFB0301 - High Dynamic Range Low Noise GaAs FET (Mimix Broadband)
CFB0303 - High Dynamic Range Low Noise GaAs FET (Mimix Broadband)
CFB1370 - PNP Silicon Epitaxial Power Transistor (Continental Device)
CFB600W-110S12 - 600 WATT DC-DC CONVERTERS (CINCON)
CFB600W-110S24 - 600 WATT DC-DC CONVERTERS (CINCON)
CFB600W-110S28 - 600 WATT DC-DC CONVERTERS (CINCON)
CFB600W-110S48 - 600 WATT DC-DC CONVERTERS (CINCON)

Other Datasheets by RSG Electronic Components

Full PDF Text Transcription

Click to expand full text

S E R I E S 200 WATT WIDE INPUT DC-DC CONVERTERS SINGLE OUTPUT ® US E176177 Voltage Accuracy : ..................................................................... ±1% max. Transient Response :25% Step Load Change ..........................<500µ sec. External Trim Adj. Range .....................................................................±10% Ripple & Noise, 20MHz BW 2.5V & 3.3V & 5V ...................................40mV RMS., max. 100mV pk-pk, max. 12V & 15V .................................. 60mV RMS., max. 150mV pk-pk, max. 24V & 28V & 48V ......100mV/150mV/200mV RMS., max. 240mV/280mV/480mV pk-pk, max. Temperature Coefficient............................................................ ±0.03%/˚C Short Circuit Protection....................................................

Published: Feb 28, 2011 |