ST offers a wide portfolio of automotive grade power discrete devices for reliable, robust and power-efficient automotive applications.
The portfolio includes:
- Automotive MOSFETs ranging from -80 to 1000 V housed in the most common package options for increased design flexibility
- Automotive IGBTs featuring a high switching frequency and short-circuit rating
- Automotive ultrafast diodes intended for DC-DC converters used in numerous automotive functions as well as rectification in the secondary side of on-board-charger (OBS) solutions
- Automotive SiC MOSFET the ideal high voltage power switch for vehicle electrification
- 650 and 1200 V automotive silicon carbide (SiC) diodes featuring the best-in-class forward voltage drop (VF) and surge capability (IFSM)
- Automotive power Schottky diodes intended for DC-DC converters used in numerous automotive functions such as LED lighting , reverse battery protection and motor control
- Automotive bridge rectifier diodes intended for primary bridges used in automotive battery chargers
- 1200 V automotive thyristors designed for 2 to 7 kW on-board chargers in bridge or bridgeless topologies
- Automotive grade clamping diodes (TVS) and filters addressing all the protection sockets in automotive applications, from infotainment, navigation, communication, audio and video to battery charging systems, smart junction boxes, relays and power-lines
Up to 100V power Schottky and Ultrafast rectifiers now available in ultra-thin SOD123Flat and SOD128Flat packages
Only 1-mm thick, ST’s 40, 60 and 100V AEC-Q101-qualified rectifiers -
power Schottky as well as
Ultrafast diodes - are tailored for smart driving applications. While fully footprint compatible, these are almost 60% thinner than the standard SMA package, providing designers with the ability to create lighter and slimmer modules or use these as replacements in existing designs. Both SOD123Flat and SOD128Flat packaged
Schottky and
Ultrafast diodes are available. The newly introduced
SMA Flat and
SMB Flat packages now offer more power density compared to SMA, SOD128Flat and SOD123Flat packages, while providing less than 1 mm thickness.
