12Vdc Input ATX Power Supply - 700 Watt

Product Description

700 Watt, ATX dc to dc converter with 12Vdc input and 80A 12V pass through output. Designed for use in mobile applications utilizing a 12V battery for powering a mobile computer.

Features

• Input: 12VDC Nominal (10.5 to 14.0V)
• Standard ATX Outputs
• Enclosed. Optional ATX Cabling Available
• 100 amp pass through current on 12Vdc output

DC Input

• Input Range: 10.5V to 14Vdc  

Output

• Output Power: 300 Watts on 3.3V, 5V, -12V & 5Vstby
• Output Power 12V: 960 Watts
• Output Voltage: 3.3V, 5V, -12V & 5Vstby
• Output Current: 15A, 30A, 1A, & 4A  
• Line Regulation: +/-2.0% Typical
• Load Regulation: ±5.0% Typical (No load to full load; nominal input)
• Output Ripple/Noise: 5% Typical

Electrical Characteristics

• Efficiency: 75% Minimum (Measuring at 12Vdc and full load)
• Hold-Up Time: Minimum 1mS at loss of DC power at low line, full load.

Protection

• Over Current Limit: ~150% of maximum rating. Auto-Recovery after removal of overload condition (Check detailed specification for specifics).
• Over-Voltage Setpoint: ~110 to 120% of nominal output voltage.
• Short Circuit: Auto-Recovery after short circuit condition is removed.
• Over Temperature Protection: The converter is protected for over temperature conditions with thermal shutdown. Auto-Recovery when temperature returns to normal.

Environmental

• Operating Temperature: 0º to +50º C  

• Storage Temperature: -25º to 85º C
• Operating Humidity: 5% to 90% RH, Non-condensing
• Storage Humidity: 5% to 95% RH, Non-condensing
• Operating Altitude: Sea-level to 40,000 ft. in pressurized environment
• Cooling: Forced air

Mechanical

• Outline Dimensions: ~4.0" X 8.0" X 1.5" (W X L X H)  
• Weight: ~1.35 lbs.
• AC Input Connector: Terminal Block
• Output Connector: Terminal Block or ATX Cabling and Molex mini-fit Jr.

Notes

• Some specifications have not been tested for actual compliance and can not be guaranteed to meet 100% compliance during system testing.
• Product specifications subject to change without notice.
• All rights reserved. Contents of this document may not be reproduced in any form without the prior written permission of DSC Power Solutions.
• The information and specifications contained in this document are believed to be correct and accurate at the time of publication. DSC Power Solutions, Inc. accepts no responsibility for consequences arising from errors or inaccuracies pertaining to any use or application of this document.