Modular DC-DC system design done right
You will learn topics such as input and output filtering, protections, compatibility with the source and load dynamics
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
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
Power System Designer
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Output
Min output:
Minimum output:
Nom output:
Nominal output:
Max output:
Maximum output:
Resources
Resources for the design engineer
Patrizio Vinciarelli creates Vicor to solve power conversion challenge
Patrizio Vinciarelli has been an innovator in power electronics for over 40 years. Today he is tackling the most pressing power challenges of our times
Autonomous Security Robots patrol with super-human acuity and detection prowess
Public safety risks are on the rise and better robotic surveillance and interdiction is the answer. Learn why Vicor power modules were selected by Knightscope to deliver robotic pr...
Power modules accelerate the path to long-haul, autonomous trucking
Vicor power modules are used to power Kodiak’s mission critical “seeing” sensors. Learn more about the why Kodiak uses power modules.
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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