Power to the stars with the largest optical telescope on Earth
Microgate has developed adaptive optics technology that to help see more clearly to deep space. Learn how Vicor power modules support their mission
MegaMod™ / MegaMod™ Jr. Chassis-Mount DC-DC Converters
The MegaMod and MegaMod Jr. families of single-, dual- and triple-output
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
Chassis-mount DC-DC converters
Low-noise ZCS / ZVS power architecture
Booster versions available for higher versions
Single, dual, or triple outputs
Resources
Resources for the design engineer
Active suspension systems in electric vehicles
48V power systems reduce losses and downsize power designs. Vicor is making the transition from 12V to 48V easier, delivering a competitive advantage
DC-DC power modules help to bridge the 48V/12V transition
EVs and data centers have transitioned to a 48V architecture to enhance power performance. The new Vicor family of DC-DC converters are aiding that move
Unlocking the secrets of the universe with precision adaptive optics
Adaptive optics using Vicor’s power dense modules, help Microgate mechanically deform telescope mirrors to better resolve deep space images
- Soldering Methods and Procedures for Vicor Power Modules
- Designing a Power Supply with Multiple Input Options
- Creating High Voltage Outputs
- AN:201 - Using Modular DC-DC Converters to Meet European Standards for Railway Applications
- Current Share Board
- Constant Current Control for DC-DC Converters
- Undervoltage / Overvoltage Lockouts
- 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
- cURus – UL 60950-1, CSA 60950-1
- cTÜVus – EN 60950-1, UL 60950-1, CSA 60950-1
- CE Marked - Low Voltage Directive (2014/35/EC)
- CE Marked – Low Voltage Directive (2014/35/EC) and RoHS Recast Directive (2011/65/EU)
MegaMod Jr.
- cURus – UL 60950-1, CSA 60950-1
- cTÜVus – EN 60950-1, UL 60950-1, CSA 60950-1
- CE Marked – Low Voltage Directive (2014/35/EU)
- CE Marked – 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
- Trim resistors for fixed output voltage trimming
- Trim resistors for variable output voltage trimming
- Trim resistors for setting float voltage and charge current in battery chargers designed with BatMod modules
- Holdup capacitors for use with ARM modules
- Thermal impedance calculator
- Thermal data and heat sink selection tool
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Get more documents, videos and case studies in the resource library for engineers
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