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FP-DCC1 12 Vdc to 24 Vdc Converter

FP-DCC1 12 Vdc to 24 Vdc Converter

Radio Design Labs - 12 Vdc to 24 Vdc Converter



  • 24 Vdc Power from 12 Vdc Source
  • Mobile Powering of 24 Vdc Modules
  • 24 Vdc Ground‑Referenced Power Output
  • Separate High‑Current and Low‑Noise Outputs
  • Terminal Block and DC Jack Outputs
  • Ultra‑Compact All Metal Construction
  • Convenience of RDL® FLAT‑PAKs™

The FP‑DCC1 is the ideal choice in many applications where audio or video modules need to be powered from a 12 Vdc source. Ground‑referenced RDL modules may be operated from one of the FP‑DCC1's two outputs. One is a high current output providing 400 mA @ 24 Vdc intended to power multiple modules (see RDL ST‑PD5 Power Supply Distributor for multiple module installations) or RDL audio power amplifiers (such as ST‑PA2 or ST‑PA6). A second low noise output is heavily filtered and provides 50 mA @ 24 Vdc specifically to power microphone level high gain modules, such as microphone preamplifiers. Both outputs may be used simultaneously.

The FP‑DCC1 outputs are regulated to provide 24 Vdc for input voltages normally encountered in 12 Vdc battery circuits. If voltage in excess of 15 Vdc (possible if a vehicle’s regulator should fail) is connected to the FP‑DCC1 input, the module protects itself by shutting down its internal circuitry and illuminating the INPUT OVERVOLTAGE LED. The FP‑DCC1 input and outputs are protected against excessive currents and reverse voltages. The FP‑DCC1 is not intended to power floating (bipolar) modules.

Typical Performance:

Outputs (3):

One 24 Vdc regulated @ 400 mA (detachable terminal block) One 24 Vdc regulated @ 400 mA (dc power jack) (Note: The combined load for both the above outputs is 400 mA)
One 24 Vdc regulated @ 50 mA filtered (detachable terminal block)

Fuses (2):

One 2 A Automotive blade style miniature fuse (Input), One 1 A Automotive blade style miniature fuse (Output)

Power Requirement:

GROUND‑REFERENCED, 11‑14 Vdc @ 1 A, (detachable terminal block)

Dimensions:

Height: 1.25 in. 3.18 cm

Width: 3.25 in. 8.26 cm

Length: 6.54 in. 16.61 cm

Ambient Operating Environment:

0° C to 55° C


24 Vdc Power from 12 Vdc Source, Mobile Powering of 24 Vdc Modules, 24 Vdc Ground-Referenced Power Output, Separate High-Current Low-Noise Outputs, Terminal Block DC Jack Outputs, Ultra-Compact All Metal Construction, Convenience of RDL® FLAT-PAKs , The FP-DCC1 ideal choice in many applications where audio video modules need to powered from 12 Vdc source Ground-referenced RDL modules operated from one of FP-DCC1's two outputs One high current output providing 400 mA @ 24 Vdc intended to power multiple modules (see RDL ST-PD5 Power Supply Distributor multiple module installations) RDL audio power amplifiers (such ST-PA2 ST-PA6) second low noise output heavily filtered provides 50 mA @ 24 Vdc specifically to power microphone level high gain modules, such microphone preamplifiers Both outputs used simultaneously, The FP-DCC1 outputs regulated to provide 24 Vdc input voltages normally encountered in 12 Vdc battery circuits If voltage in excess of 15 Vdc (possible if vehicle’s regulator should fail) connected to FP-DCC1 input, module protects itself shutting down its internal circuitry illuminating INPUT OVERVOLTAGE LED FP-DCC1 input outputs protected against excessive currents reverse voltages FP-DCC1 not intended to power floating (bipolar) modules, format converter Data/Installation


Mounting Accessories:

Rack Adapter FLAT-PAK Series - 19" FixedFP-RRA
Rack Adapter FLAT-PAK Series - 19" Fixed

Rack Adapter FLAT-PAK Series - 19" HingedFP-RRAH
Rack Adapter FLAT-PAK Series - 19" Hinged

FLAT-PAK DIN Rail AdapterDRA-35F
FLAT-PAK DIN Rail Adapter


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Copyright © 2010 Radio Design Labs, Inc. RDL, Radio Design Labs, the RDL logo, STICK-ON, RACK-UP and the Rack-Up logo are registered trademarks of Radio Design Labs, Inc. Flat-Pak, RCX, SourceFlex, SupplyFlex, Sure-Lok, TX, ULTRASTYLE, and Specialists in Practical Precision Engineering are trademarks of Radio Design Labs, Inc. All other trademarks are the property of their respective owners. Typical Performance reflects product at publication time exclusive of EMC data, if any, supplied with product. Date last modified: October 26 2009

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