VIPAC Array™ family
VIPAC Array™ DC Configurable Power Supply
The VIPAC Array is 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™ configuration tool, designers are able to specify VIPAC Arrays with inputs of 24, 28, 48, 72, 110, 150, 300 or 375VDC and outputs from 2 to 54VDC at power levels up to 600W 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 power/redundancy. Fully connectorized input and output terminations speed system installation and a versatile coldplate chassis simplifies thermal management.
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Output
Min output:
Minimum output:
Nom output:
Nominal output:
Max output:
Maximum output:
Features and Benefits
Features and benefits
Single, dual, triple & quad outputs
Fully connectorized
input & output for simplified hook up
Rugged, low-profile, coldplate chassis
High-temperature capability
Resources
Resources for the design engineer
Powering AI processors – 48V vertical power delivery changes the game
AI models demand huge current, driving legacy multiphase designs past 50 phases—causing space, thermal, and control limits Vicor addresses
Innovative 48V AI power architecture delivers both high current density and high current gain
Vicor 48V Factorized Power Architecture slashes thermal losses and delivers high current density to meet the extreme power demands of AI processors
48V Factorized Power Architecture™ slashes thermal losses and outperforms multiphase approach when powering AI
AI hardware faces severe power and cooling limits. Engineers debate 48V vs. 6V intermediate buses alongside new vertical power delivery (VPD) structures
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 agecy approvals.
- cURus – UL 60950-1, CSA 60950-1
- cTÜVus – EN 60950-1, UL 60950-1, CSA 60950-1
- CE Mark – Low Voltage Directive (2014/35/EU)
- CE Mark – Low Voltage Directive (2014/35/EU) and RoHS Recast Directive (2011/65/EU)
- CB Certificate – IEC 60950-1
For California residents see information regarding California Proposition 65
- Outline drawing for VIPAC Array Configuration "A"
PDF DXF - Outline drawing for VIPAC Array Configuration "B"
PDF DXF - Outline drawing for VIPAC Array Configuration "C"
PDF DXF - Outline drawing for VIPAC Array Configuration "D"
PDF DXF - Outline drawing for VIPAC Array Configuration "E"
PDF DXF - Outline drawing for VIPAC Array Configuration "F"
PDF DXF - Outline drawing for VIPAC Array Configuration "G"
PDF DXF - Outline drawing for VIPAC Array Configuration "H"
PDF DXF
- 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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