Video Library > Why are Power Designs are moving to 48 V
Why are Power Designs are moving to 48 V
Why 48V is now becoming the new Buss voltage distributing power at a higher efficiency
Products are not available in ILS. Change currency
Related Videos
Vicor Corporation DCM Family | Datasheet Preview
Publish Date: 2023-07-07
Vicor Powering Modern Rail Systems | Datasheet Preview
Publish Date: 2022-08-24
Tethered UAV | Datasheet Preview
Publish Date: 2022-01-19
Related Product Highlight
Battery Formation and Test (BFT)
Vicor's high-density and high-efficiency power modules enable BFT system design engineers to implement power delivery network (PDN) architectures.
DCM Series Isolated Regulated DC/DC Converter Modules
Vicor's DCM series DC/DC converters operate from an unregulated, wide-range input to generate an isolated output.
Automated Test Equipment
Vicor's power modules enable ATE manufacturers to scale power levels and support different voltages to for rapid development and fast time-to-market.
Related Articles and Blogs
Webinar – Build Better UAVs Using Modular Power
In unmanned aerial vehicles (UAVs), the balance between weight and utility is always of concern. Ways to combat weight and size of power sources are discussed.
How to Design Efficient Modular Power Delivery Networks for Tethered UAVs
To efficiently distribute power in tethered drone applications, designers can use off-the-shelf BCMs from Vicor for an easy-to-implement solution.
Innovative Fuel Cell Plus Standard DC Modules Yield Compact, Long-Flying Drone
The Doosan DS30 drone uses a hydrogen fuel cell in a replaceable tank for power and offers far greater flying time than a battery drone of comparable weight.
Related Product Training Modules
Cool-Power ZVS Regulators
Cool-Power regulators integrate the controller, power MOSFETs, and all active components in order to provide easy to use, out of the box, high performance regulators.
VI Chip PRM and VTM - isolated DC-DC conversion with Factorized Power Architecture
Factorized Power and its components PRMs and VTMs that allow designers to have new choices for high performance power conversion.




