Bidirectional bridge converters tackle 12V/48VDC-power transition
Transitioning to a 48V power distribution system is more advantageous than redesigning legacy 12V designs
Almost everything around us is touched at some point by robots. There are robotic applications utilized in agricultural harvesting, warehouse inventory movement, campus delivery and consumer delivery. These robots are fueled by batteries, making power conversion efficiency – along with size/weight – critical. Power conversion needs become more and more challenging as load capacity, visual recognition and user functionality requirements further increase within the robotic application. This video shares how Vicor power modules support a component-based power delivery network to power motor drives and demanding CPUs. Each power module is optimized for high-efficiency, density and overall performance. Go to Vicor robotics solutions
BCM4414 fixed ratio DC-DC converter
Input: 500 – 800V
Output: 31.3 – 50.0V
Current: Up to 35A
110.6 x 35.5 x 9.4mm
NBM2317 fixed ratio DC-DC converter
Input: 38.0 – 60.0
Output: 9.5 – 15.0
Power: 60A
22.8 x 17.3 x 7.4mm
PRM high-power Buck-Boost regulator
Input: 36 – 75V
Output: 20 – 55V
Power: Up to 600W
32.5 x 22.0 x 6.3mm
DCM3623 isolated regulated DC-DC converter
Input: 9 – 154V
Output: 3.3 – 53V
Power: Up to 320W
36.38 x 22.8 x 7.26mm
Bidirectional bridge converters tackle 12V/48VDC-power transition
Transitioning to a 48V power distribution system is more advantageous than redesigning legacy 12V designs
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
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