The future of standardized defense platforms using MOSA, SOSA and VPX open architectures
The future of standardized defense platforms using MOSA, SOSA and VPX open architectures
An easy solution for generating complete power systems
Start your next design
Just enter a few specs to design your next power system
Just enter a few specs to design your next power system
Designing your power system in a single location — up to 75% faster than traditional methods — is as easy as entering your input and output power as well as your basic system requirements. The Power System Designer is one of the Vicor web-based tools that makes it easy for you to build flexible, efficient and cost-effective power systems that get you to market faster.
Advantages of using the Power System Designer
Advantages of using the Power System Designer
Easy to use by both novice and expert engineers
Meet project schedules quicker and easier
Achieve power system performance without trial and error
Mitigate risk of power spec changes
A single tool to design a power system in under two minutes
Instant performance analysis for each recommended solution
Access an infinite number of products and technical specs
Evaluate power chains both electrically and mechanically
Prioritize solutions by efficiency, component count, cost, footprint and recommended best fit
Save, export and share a final BOM or power system easily
Start your next design
Power System Designer
Quick product searchWatch demo video
Output
Min output:
Minimum output:
Nom output:
Nominal output:
Max output:
Maximum output:
Resources
Resources for the design engineer
Delivering higher power density and low noise for New Space applications
Patented power design techniques and architectures needed to deliver optimal power and low noise for space communications applications
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