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
In well-regulated systems, a fixed-ratio converter provides higher efficiency in a smaller size than converters with regulation. Product and system efficiency gains allow designers to optimize system size and costs.
Bus converters
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Input:
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
Current:
Full / Half Chip: Up to 80A
3814 VIA: Up to 150A
4414 VIA: Up to 125A
6123 ChiP: Up to 150A
6135 ChiP: Up to 65A
Up to 98%
Powering innovation:
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.
Factorized power current multiplier
VIEW PRODUCTS
Input:
0 – 60V
Ouput:0 – 55V
Current:Up to 115A
Efficiency:Up to 96%
Power System Designer
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Output
Min output:
Minimum output:
Nom output:
Nominal output:
Max output:
Maximum output:
Resources
Resources for the design engineer
Preparing the way ahead for a compatible EV infrastructure
Onboard conversion enables EVs to charge any station
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
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