Navitas SiC Diode Distributor | MPS Schottky Diodes
Genuine Navitas GeneSiC SiC Schottky MPS diodes from 10 A to 100 A at 1200 V for PFC, solar, SMPS and freewheeling.
Navitas SiC Diode Overview
BeiLuo supplies genuine Navitas GeneSiC silicon carbide Schottky MPS diodes, rectifiers that combine a Schottky barrier with a merged PiN structure for low forward voltage and enhanced surge capability. Because a SiC Schottky diode has essentially no reverse-recovery charge, it eliminates the recovery loss and the switching noise of a silicon fast-recovery diode, which makes it ideal for the freewheeling, rectification and power-factor-correction paths of high-frequency converters. The GeneSiC MPS structure raises the surge current withstand and adds a positive temperature coefficient of forward voltage, so diodes can be paralleled for higher current without thermal runaway. The Gen4 thin-chip technology keeps forward voltage low, and the temperature-independent fast switching means the diode behaves the same hot or cold, which simplifies the thermal design. Voltage ratings from 650 V to 1200 V and currents from 10 A up to 100 A cover chargers, solar inverters, SMPS, UPS, induction heating and motor drives. Every device BeiLuo ships is factory-traceable and includes an import declaration, a certificate of origin and a RoHS compliance file. Our FAE team helps you match VRRM, forward current and package to your converter and pair the diode with the right switch. Selecting a SiC diode is mostly about matching the reverse voltage and forward current to your circuit, then choosing the package for your cooling and board.
Navitas SiC Diode Product Range
In-stock SiC Diode series available now, each with import documentation and FAE support. Click a model for full specifications and purchase information.
| Model | VRRM (V) | ID (A) | Package | Family | Technology |
|---|---|---|---|---|---|
| GD30MPS12H | 1200 V | 30 A | TO-247-2 | SiC MPS Diode | Gen4 Thin Chip |
| GB2X50MPS12-227 | 1200 V | 100 A | SOT-227 | SiC MPS Diode | Gen4 Thin Chip |
Frequently Asked Questions
How do I read the Navitas SiC diode table?
Match VRRM to your reverse voltage with margin, use ID for forward current, and read the Package column for the mechanical fit. The Family and Technology columns confirm the MPS structure and chip generation.
Positive temperature coefficient allows straightforward paralleling.
Why does zero reverse recovery matter?
A SiC Schottky diode stores essentially no charge, so it has no reverse-recovery loss and no recovery noise. In high-frequency PFC and freewheeling stages that cuts loss and EMI at the same time, and it often removes the need for a snubber.
It matters most in hard-switched converters.
Can I parallel SiC diodes for higher current?
Yes. The MPS diode has a positive temperature coefficient of forward voltage, so current sharing improves as one diode heats, which makes paralleling practical without thermal runaway. This is useful for high-current rectification.
The table offers several current ratings up to 100 A.
How do I pair the diode with a switch?
Match the diode's forward current and package thermal path to the switch current and the freewheeling duty, then confirm the cooling. A fast SiC switch deserves a SiC diode so the freewheeling path does not dominate loss.
Our FAE team can recommend a matched pair.
Documentation
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