Reducing I2R losses to enable extended missions
Learn how Vicor delivers high power with efficiency and reduced weight for electronic countermeasures
MIL-COTS VIPAC Array™ Chassis Mount DC-DC Converter
VIPAC Arrays are a highly flexible system of DC input; power building blocks that can be configured with as many as four user-definable outputs on a low-profile, coldplate chassis. Using the Vicor PowerBench™ design tool, designers are able to specify VIPAC Arrays with Maxi, Mini and Micro product series H- or M-Grade converters with inputs of 24, 28 or 300VDC and outputs from 2 to 48VDC at power levels up to 500W per output. VIPAC Arrays are ideal for use in distributed and modular power systems where power density and reliable operation are critical. A current-share option is available on single-output models enabling them to be used in applications requiring high redundancy. Fully connectorized input and output terminations speed system installation and a versatile coldplate chassis simplifies thermal management.
Power System Designer
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Output
Min output:
Minimum output:
Nom output:
Nominal output:
Max output:
Maximum output:
Features and Benefits
Features and Benefits
Configurable single, dual, triple & quad outputs
Fully connectorized input & output for simplified hook up
Rugged, low‑profile, coldplate chassis
Compliant to MIL‑STD810F for vibration & shock
Resources
Resources for the design engineer
Supporting more functionality, increased payload and longer run time
Learn how Vicor delivers high power with efficiency and reduced weight that allows for greater payload options to support mission success
Compact, efficient power solutions enable improved countermeasure capabilities
Explore Vicor's efficient and reduced weight power delivery network for electronic warfare countermeasures systems
Efficiently powering the growing suite of advanced on-board sensors
Learn how Vicor delivers high power with efficiency and reduced weight air-to-surface (ASM) missiles
Note: 24, 28, 48, 72, 110, and 150 V input VIPAC Arrays are designed primarily for military COTS and industrial applications and do not carry safety agency approvals
For California residents see information regarding California Proposition 65
- Outline drawing for VIPAC Array Configuration "A"
DXF PDF - Outline drawing for VIPAC Array Configuration "B"
DXF PDF - Outline Drawing for VIPAC Array Configuration "C"
DXF PDF - Outline drawing for VIPAC Array Configuration "D"
DXF PDF - Outline drawing for VIPAC Array Configuration "E"
DXF PDF - Outline drawing for VIPAC Array Configuration "F"
DXF PDF - Outline drawing for VIPAC Array Configuration "G"
DXF PDF - Outline drawing for VIPAC Array Configuration "H"
DXF PDF
- Using LugMate, 1 Output
STEP 3D PDF - Using LugMate, 2 Outputs
STEP 3D PDF - Using PlugMate, 1 Output
STEP 3D PDF - Using PlugMate, 2 Outputs
STEP 3D PDF - Using LugMate, 2 Outputs
STEP 3D PDF - Using LugMate, 3 Outputs
STEP 3D PDF - Using PlugMate, 2 Outputs
STEP 3D PDF - Using PlugMate, 3 Outputs
STEP 3D PDF - Using LugMate, 2 Outputs
STEP 3D PDF - Using LugMate, 3 Outputs
STEP 3D PDF - Using PlugMate, 2 Outputs
STEP 3D PDF - Using PlugMate, 3 Outputs
STEP 3D PDF - Using LugMate, 1 Output
STEP 3D PDF - Using PlugMate, 1 Output
STEP 3D PDF - Using LugMate, 2 Outputs
STEP 3D PDF - Using LugMate, 3 Outputs
STEP 3D PDF - Using PlugMate, 2 Outputs
STEP 3D PDF - Using PlugMate, 3 Outputs
STEP 3D PDF - Using LugMate, 2 Outputs
STEP 3D PDF - Using LugMate, 3 Outputs
STEP 3D PDF - Using LugMate, 4 Outputs
STEP 3D PDF - Using PlugMate, 2 Outputs
STEP 3D PDF - Using PlugMate, 3 Outputs
STEP 3D PDF - Using PlugMate, 4 Outputs
STEP 3D PDF - Using LugMate, 1 Output
STEP 3D PDF - Using PlugMate, 1 Output
STEP 3D PDF - Using LugMate, 1 Output
STEP 3D PDF - Using LugMate, 2 Outputs
STEP 3D PDF - Using PlugMate, 1 Output
STEP 3D PDF - Using PlugMate, 2 Outputs
STEP 3D PDF
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