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Filtering by tag: "automotive electronics"
Clear tag filterLittelfuse SZSMF6L TVS Diodes Deliver 600W Protection
Littelfuse introduces the SZSMF6L Series, compact 600 W TVS diodes that improve surge and ESD protection in EV and automotive systems.
Read MoreMelexis MLX92211 IMC Adds Lateral Sensing for Compact Automotive Motors
Melexis’ MLX92211 IMC Hall-effect latch enables lateral sensing in a compact SMD package, helping reduce actuator size in seat, sunroof, and thermal valve motors.
Read MoreSCHURTER ALO Fuse Series Supports 800 V EV Platforms
SCHURTER’s ALO fuses deliver up to 1000 VDC and 900 A protection, meeting global EV standards and supporting next-gen 800 V architectures.
Read MoreDiodes AL5958Q LED Driver Targets Dynamic Automotive Lighting Challenges
The AL5958Q from Diodes reduces blur, ghosting, and EMI in LED matrices, giving engineers precise control for advanced displays and automotive lighting.
Read MoreDiodes Extends Automotive 48V Power Support with New Buck Converters
Diodes has released four automotive-grade buck converters rated up to 100V, delivering 3.5A with low EMI and robust protection for 48V rails.
Read MoreToshiba Shrinks Automotive Photorelay for High-Voltage Battery Systems
Toshiba’s TLX9161T photorelay offers 1500V withstand voltage in a smaller SO12L-T package, helping engineers design safer, more compact EV battery systems.
Read MoreDiodes AP61204Q Buck Converter For Automotive Power Rails
Diodes has introduced the AP61204Q, a 2 A automotive-qualified buck converter with low IQ and compact SOT563 packaging for infotainment, telematics, and ADAS.
Read MoreDiodes AP74701Q Ideal Diode Controller Eliminates External TVS in Automotive RVP
The AP74701Q ideal diode controller from Diodes simplifies automotive reverse-voltage protection by removing the need for an external TVS.
Read MoreNOVOSENSE MT73xx 3D Hall Sensors Cut Complexity in Automotive Motor Control
NOVOSENSE MT73xx dual-output 3D Hall sensors improve speed and direction sensing accuracy while simplifying automotive motor control designs.
Read MoreAI Designs Chip And It Works, But Should We Use It?
Recently, researchers demonstrated the capabilities of AI with a chip that it designed, which proved to be extremely capable. But while the chip is impressive, we don’t fully understand why it works. What challenges does advanced designs introduce, what did the researchers do, and should we encourage the use of AI-designed hardware?
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