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- MOSFET for automotive applications
MOSFETs for automotive applications
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... applied wide-SOA design techniques used in
industrial and data‑center devices to this
automotive
MOSFET to meet the reliability demands of airbag, pretensioner and pyro‑fuse driver
applications.
Application ...
ROHM Semiconductor
... to reduce switching losses and improve efficiency in power conversion circuits. Typical
applications include onboard chargers and electric compressors in xEVs,
PV inverters and server power supplies.
Part information ...
ROHM Semiconductor
... to meet industry demands for higher efficiency and automated surface mounting, this surface‑mount SiC MOSFET achieves through‑hole‑equivalent thermal performance while reducing assembly cost and maintaining high reliability ...
ROHM Semiconductor
... high-voltage systems.
Applications
- Onboard chargers (OBC) and electric compressors in xEVs (see note on automotive use)
- PV inverters and renewable-energy converters
- Server power
ROHM Semiconductor
... Generation (Trench) SiC
MOSFET technology to achieve low Rds(on) and high-speed switching, reducing switching losses and improving efficiency in power conversion circuits.
Features
- Qualified to AEC-Q101 (automotive
ROHM Semiconductor
... addresses this need by integrating a top-cooling TSC3PAK and ROHM 4th-generation trench technology.
Application Examples
- Automotive: onboard chargers (OBC), electric compressors
- Photovoltaic
ROHM Semiconductor
... packages, enabling automated mounting and reduced assembly cost while maintaining high reliability.
Applications
- Automotive: onboard chargers (OBCs), electric compressors for xEVs
- Photovoltaic
ROHM Semiconductor
... conversion circuits for onboard chargers (OBCs), electric compressors for xEVs,
PV inverters and server power supplies.
Key Features
- Qualified to AEC-Q101 (Automotive Grade)
- Package: TSC3PAK
ROHM Semiconductor
... product incorporates ROHM’s 4th Generation SiC MOSFET, achieving low ON resistance and high-speed switching characteristics, which reduce switching losses during power conversion and contribute to greater application ...
ROHM Semiconductor
... improve converter efficiency and reliability, making it suitable for
automotive and
industrial high-voltage
applications.
Key Features
- AEC-Q101 qualified (automotive
ROHM Semiconductor
... -Performance Discrete SiC
MOSFETs
Our mSiC®
MOSFET portfolio covers voltages from 700 V to 3.3 kV and is optimized for compact, efficient power stages in demanding
applications such as aerospace, ...
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