Short-Circuit Performance of Industry's Lowest RDS(on) SiC FETs

UnitedSiC Videos/Webinars - UnitedSiCWhile offering the lowest conduction loss is paramount to most applications, many also require some level of short-circuit ruggedness. This video explores what determines short circuit withstand time in ...

적용분야 : Power Management, Automotive

Marty의 모험을 통해서 확인 가능한 MEMS 방식과 Quartz 방식 오실레이터 비교

부제목 : MEMS vs Quartz - 급격한 온도 변화를 동반한 극한의 환경에서의 비교SiTime에서 제공하는 최신 동영상을 통하여 SiTime의 MEMS방식 오실레이터가 전통적인 Quartz방식과 비교하여 극한의 온도 조건에서 얼마나 뛰어난 성능을 발휘하는지를 쉽게 확인하...

적용분야 : Building Technology, Automotive, Consumer, Process Control and Industrial

Multiple SiC FET Options Enable More Design Flexibility

UnitedSiC Videos/Webinars - UnitedSiCShort example illustrating the performance, cost, and thermal considerations across the 750V Gen 4 SiC FET portfolio for the fast leg switches in a bridgeless totem-pole PFC circuit.

적용분야 : Power Management, Automotive

SiTime MEMS Timing Solutions for SmartNICs

Learn why IEEE-1588 accuracy is critical for SmartNICs applications, what performance specifications are most important, and how MEMS timing enables the required performance.Learn more at www.sitime.com

적용분야 : Building Technology, Automotive, Consumer, Process Control and Industrial

SiTime MEMS Timing Solutions for Heterogeneous Computing

Learn about heterogeneous computing (HC), the clocking requirements in HC subsystems, and the benefits MEMS timing provide in these subsystems. Learn more at www.sitime.com

적용분야 : Building Technology, Automotive, Consumer, Process Control and Industrial