Power modules simplify creepage and clearance design solutions for electric vehicles
Overmolding is the key to solving arcing issues in 48V automotive power systems
MIL-COTS MI-MegaMod™ DC-DC converters
MI-MegaMods offer up to a total of 300W from one, two or three outputs. Each unit incorporates one, two or three component-level Vicor MI-200/MI-J00 DC-DC converters in a chassis-mount package. In addition, the MI-MegaMod chassis-mount packaging can also be used on the MI-IAM, MI-RAM and MI-AIM modules.
Standard features such as wide output trimming/programming, current limiting, remote sense and logic enable/disable combine to offer a high degree of protection, versatility and reliability for power systems.
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
One, two or three outputs
MIL‑STD‑704D/E/F transient compliance for 28 and 270VDC
MIL‑STD‑1399A compliance for 155VDC
Resources
Resources for the design engineer
Power under pressure: Meeting the military’s surging energy demands
More capability (power) and compatibility are in demand for military power system designers. Learn how the Vicor SOSA Power Supply solves this problem
Optimizing DC-DC converter stability: AC and transient analysis in simulations of source impedance effects
Learn how to optimize DC-DC converter stability through AC analysis in the frequency-domain and transient analysis in the time-domain
Current multipliers: The obvious choice for powering AI processors and other demanding applications
AI processors need to handle low-voltage, high-current demand, which can cause power system bottlenecks. Learn how current multiplication can change that
- VI-200, VI-J00 Design Guide and Applications Manual
- VI-200, VI-J00 Design Guide and Applications Manual
- 1. Zero-Current Switching
- 1. Zero-Current Switching
- 2. DC-DC Converter Pinouts
- 3. Module Dos and Donts
- 4. Overcurrent Protection
- 5. Output Voltage Trimming
- 6. Multiple Gate In Connections
- 7. Applications Circuits / Converter Array Design Considerations
- 8. Using Boosters and Parallel Arrays
- 9. EMC Considerations
- 10. Optional Output Filters
- 11. Battery Charger (BatMod)
- 12. AC Input Module (AIM / MI-AIM)
- 12. AC Input Module (AIM / MI-AIM)
- 13. Harmonic Attenuator Module (HAM)
- 14. Input Attenuator Module (IAM / MI-IAM)
- 15. Ripple Attenuator Module (RAM / MI-RAM)
- 16. Offline Front End
- 17. DC Input Power System (ComPAC / MI-ComPAC Family)
- 17. DC Input Power System (ComPAC / MI-ComPAC Family)
- 18. AC Input Power System (FlatPAC Family)
- 19. AC Input Power System (PFC FlatPAC)
- 20. Thermal and Module Mounting Considerations
- 20. Thermal and Module Mounting Considerations
- 21. Thermal Curves
- 22. Lead Free Pins (RoHS)
- 23. Tin Lead Pins
- 24. Module Packaging Options (SlimMod, FinMod, BusMod and MegaMod Families)
- 25. Product Weights
- 26. Glossary of Technical Terms
For California residents see information regarding California Proposition 65
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