High Isolated Unregulated DC to DC Converter Exxxxs/D 1W

• Customization: Available
• Current Type: DC
• Phase: Single Phase
• Model NO.: ExxxxS/D 1W
• Frequency Characteristics: Df
• Frequency: Df
• Size: Small
• Iron Core Shape: Df
• Application Range: Industrial and Mining Enterprises
• Brand: Sunyuan or OEM
• Input: 3.3VDC, 5VDC, 9VDC, 12VDC, 15VDC,24VDC,etc
• Output: +/-3.3VDC,+/-5VDC,+/-12VDC,etc
• Power: 1W,2W
• Isolation Voltage: 3000VDC
• Package: Package
• Transport Package: Color Box
• Specification: ISO9001: 2008, CE, RoHS
• Trademark: YUAN
• Origin: Shenzhen
• HS Code: 8504401400
• Production Capacity: 50000PCS/Year

Product Description

High Isolated Unregulated DC to DC Converter  EXXXXS/D-1W

Features:
Low cost, small size.
High power density.
High galvantic isolation.
No heat sink required.
Regulated single output.
Fixed input, Unregulated Dual Output
3KV isolation.
Rated 1W, 2W output.
Industrial standard pin-out.
PCB Mounting.

Applications:
Electric Power System, Power monitoring, voltage conversion.
Dual power isolation in digital communication ports of RS232/485, CAN bus.
Power supply isolation in intelligent control, security equipments, telecom, etc.
Safety isolation in ground loop elimination, medical equipments and instrument.
Isolation & power supply for analogue electric circuit ( Transmitter & sensors).
Power supply isolation & transfer for safety monitoring and smart building system.
Ground loop interference control.
Car electric circuit power isolation & distribution.
Battery power supply, voltage transfer, power distribution.
PLC, DCS, PC isolation regulated power supply.

OUTPUT SPECIFICATIONS
Items:	Testing condition	Min	Typ	Max
Output accuracy:	At full load and nominal Vin			± 5%
Output power:		0.1W	1W	1W
Line regulation:	For Vin change of 1%			1.2
Load regulation:	From 20% to full load		10%	15%
Ripple and noise:	20MHz bandwidth			150 mV p-p
Temperature drift:				± 0.02%/° C
Minimum load				10%
Switching frequency			100KHz
Over load protection	% of FL at nominal input		120
Short circuit protection		Momentary