
Achieving higher power density with good-old Si MOSFETs
Minimizing tradeoffs and workarounds using high voltages and modular power approach to power systems design give longevity to the Si MOSFET
中間バス電圧が十分に安定化される場合は、電圧変換比固定のコンバータを使う方が、レギュレーション機能があるコンバータより、小型で高効率にできます。システム全体の効率が上がり、最適なサイズとコストを実現します。
36.0 – 60.0V
38.0 – 55.0V
200.0 – 330.0V
200.0 – 400.0V
240.0 – 330.0V
260.0 – 410.0V
330.0 – 365.0V
360.0 – 400.0V
400.0 – 700.0V
500.0 – 800.0V
2.4 – 55.0V
出力電流:
フル/ハーフチップ: Up to 80A
6123 ChiP: Up to 150A
3814 VIA: Up to 150A
4414 VIA: Up to 125A
最大 98%
Today’s most innovative companies trust Vicor isolated fixed-ratio DC-DC converter modules to power their world-changing products.
Vicor high density BCMs power some of the most rugged tethered applications in remote UAV communications and underwater search and rescue.
Achieving higher power density with good-old Si MOSFETs
Minimizing tradeoffs and workarounds using high voltages and modular power approach to power systems design give longevity to the Si MOSFET
Eliminate the 12V battery and increase EV performance
Vicor power module transient response (75A/10µs), is three times faster than 12V, in essence creating a virtual battery
Preparing the way ahead for a compatible EV infrastructure
Onboard conversion enables EVs to charge any station
Modular power delivery networks for UAVs
The key challenge we see facing engineers today is the demand for smaller, lighter-weight designs that deliver higher power