MacMic SiC MOSFET Module Distributor | 1200 V Silicon Carbide
Genuine MacMic 1200 V SiC MOSFET modules with low switching loss for EV drives, charging stations and PV inverters.
MacMic SiC MOSFET Modules Overview
BeiLuo supplies genuine MacMic silicon carbide (SiC) MOSFET modules designed for high-reliability power conversion. SiC devices switch faster than silicon with lower switching loss, which raises efficiency and reduces magnetics size in automotive electric drives, charging stations and photovoltaic inverters. The MacMic line is built around 1200 V ratings with RDS(on) starting near 1.57 mOhm, and junction temperatures up to 175 C for thermally demanding designs. Packages include SOT-227, NCB and NV, covering single-switch and half-bridge needs. Because SiC has no tail current, switching transitions are clean, which simplifies gate drive compared with silicon IGBTs and supports higher switching frequencies. As an authorized MacMic distributor, BeiLuo ships every SiC module with import declaration, certificate of origin and RoHS documentation, and supports design-in with an in-house FAE team. Our engineers help you compare RDS(on), gate charge and switching energy, then select a module that meets your efficiency and thermal targets for EV, charging and solar applications. Fast-moving ratings are held in stock for sample and volume orders. Selecting a SiC module means matching VDSS, ID and the RDS(on) hot value to your voltage, current and thermal budget and then choosing a package with acceptable loop inductance. BeiLuo engineers help you compare SiC against silicon and confirm the choice with measured data before you commit to the design.
MacMic SiC MOSFET Modules Product Range
In-stock SiC MOSFET series available now, each with import documentation and FAE support. Click a model for full specifications and purchase information.
| Model | VDSS (V) | ID (A) | RDS(on) | Tjmax | Package |
|---|---|---|---|---|---|
| MMN7CB120BA6BS | 1200 V | 100 A | 6.8 mOhm | 175 C | NCB |
| MMN13J120U | 1200 V | 107 A | 13.4 mOhm | 175 C | SOT-227 |
Frequently Asked Questions
How do I read the SiC module table?
VDSS sets the voltage class, ID the current, and RDS(on) the conduction loss. Tjmax and Package then confirm thermal and mechanical fit.
RDS(on) rises with temperature, so check the hot value, not just the 25 C figure.
When is SiC worth it over silicon IGBT?
SiC pays off when high switching frequency, low loss and high temperature matter together, such as EV traction, fast chargers and string inverters. At low frequency and high current, silicon can still be cheaper.
Compare total system efficiency and cooling, not just device price.
How do I drive a SiC MOSFET module?
SiC switches fast, so gate-loop inductance and gate resistance dominate ringing and overshoot. Use a stiff driver, short loops and a gate resistor tuned to your EMI target.
Our application notes cover SiC gate-drive practice.
Which SiC module suits my application?
SOT-227 suits rugged industrial single-switch designs, while NCB and NV packages target compact, low-inductance converters. ID and RDS(on) separate the models within a family.
Send your voltage, current and switching frequency for a match.
Are SiC modules in stock and documented?
Selected 1200 V SiC modules are held in regional warehouses and confirmed per request. Every order ships with import, origin and RoHS documents.
Request a sample for your own efficiency testing.
Documentation
Need a quote or samples?
Request pricing, samples or technical consultation for MacMic SiC MOSFET Modules products. Our FAE team responds within one business day.
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