The WBQ high-voltage platform aims at dense semiconductor and industrial systems with scalable digital control.
The WBQ high-voltage platform aims at dense semiconductor and industrial systems with scalable digital control.
The top-side-cooled MOSFETs combine silicon carbide performance with improved thermal paths for electric vehicles, energy…
The top-side-cooled MOSFETs combine silicon carbide performance with improved thermal paths for electric vehicles, energy infrastructure, and data…
The SCT40xxDLL family targets high-density power systems with improved thermal performance and reduced height.
The SCT40xxDLL family targets high-density power systems with improved thermal performance and reduced height.
The TCKE6-series devices add fast fault response, current limiting, and thermal shutdown in compact TSOP6F packages.
The TCKE6-series devices add fast fault response, current limiting, and thermal shutdown in compact TSOP6F packages.
A new wave of automotive ICs may tackle the complex mix of precision sensing, high-speed signaling, and compact actuation…
A new wave of automotive ICs may tackle the complex mix of precision sensing, high-speed signaling, and compact actuation inside modern EVs and ICEs.
The industrial power supplies offer compact dimensions and up to 95% efficiency with low-noise cooling.
The industrial power supplies offer compact dimensions and up to 95% efficiency with low-noise cooling.
The ultra-high-voltage SiC devices are now sampling in power module, discrete, and KGD formats.
The ultra-high-voltage SiC devices are now sampling in power module, discrete, and KGD formats.
The S30 and S36 NTC thermistors target large power supplies, inverters, and motor drives with ratings up to 35 A and 750 J.
The S30 and S36 NTC thermistors target large power supplies, inverters, and motor drives with ratings up to 35 A and 750 J.
Rohm, Littelfuse, and Ideal Semiconductor each introduced high-performance MOSFETs.
Rohm, Littelfuse, and Ideal Semiconductor each introduced high-performance MOSFETs.
ROHM’s BD67871MWV-Z three-phase BLDC motor gate driver uses TriC3 technology to cut MOSFET heat generation while…
ROHM’s BD67871MWV-Z three-phase BLDC motor gate driver uses TriC3 technology to cut MOSFET heat generation while maintaining low EMI in 12 to 48…
The Gen-4 modules aim to increase current capability and extend e-mobility inverter lifetime.
The Gen-4 modules aim to increase current capability and extend e-mobility inverter lifetime.
The expanded i7A series offers high-current DC-DC buck converters that deliver up to 1,000 W but still weigh just 85 g.
The expanded i7A series offers high-current DC-DC buck converters that deliver up to 1,000 W but still weigh just 85 g.
EPC’s compact EPC91120 GaN motor inverter offers power, sensing, and control for robots, e-mobility, and drones.
EPC’s compact EPC91120 GaN motor inverter offers power, sensing, and control for robots, e-mobility, and drones.
XP Power’s HRF15 series adds PMBus-based digital monitoring and control and advanced fault management for precision…
XP Power’s HRF15 series adds PMBus-based digital monitoring and control and advanced fault management for precision instrumentation.
The CMXBxxA Zener diode lineup also cuts leakage and simplifies upgrades for power line protection.
The CMXBxxA Zener diode lineup also cuts leakage and simplifies upgrades for power line protection.
VIPerGaN50W integrates high-voltage GaN technology and advanced control features to deliver silent, efficient power conversion.
VIPerGaN50W integrates high-voltage GaN technology and advanced control features to deliver silent, efficient power conversion.
Bel has launched 65 W GaN-based AC-DC power supplies with a 50% smaller footprint while boosting efficiency and reliability.
Bel has launched 65 W GaN-based AC-DC power supplies with a 50% smaller footprint while boosting efficiency and reliability.
High‑efficiency, high‑density GaN architecture aims to redefine server and AI data‑center power delivery.
High‑efficiency, high‑density GaN architecture aims to redefine server and AI data‑center power delivery.
The vertical GaN (vGaN) power semiconductors claim to boost performance and efficiency in data centers, EVs, and renewables.
The vertical GaN (vGaN) power semiconductors claim to boost performance and efficiency in data centers, EVs, and renewables.
The driver integrates adjustable negative bias and reduces external components in automotive power systems.
The driver integrates adjustable negative bias and reduces external components in automotive power systems.
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