This article deals with fast recovery diodes (FRDs), which are tailored for high-speed IGBT applications, aiming to reduce oscillations, voltage…
This article deals with fast recovery diodes (FRDs), which are tailored for high-speed IGBT applications, aiming to reduce oscillations, voltage…
The programmable DDSM series pairs wide input and output voltage ranges with digital programming and monitoring over Modbus.
The programmable DDSM series pairs wide input and output voltage ranges with digital programming and monitoring over Modbus.
Engineered for modern wind converter applications, LV100 IGBT modules with SLC+ technology support high efficiency,…
Engineered for modern wind converter applications, LV100 IGBT modules with SLC+ technology support high efficiency, improved power-cycling…
Learn how GaN technology is revolutionizing AI data centers by enabling high-efficiency power conversion for…
Learn how GaN technology is revolutionizing AI data centers by enabling high-efficiency power conversion for multi-kilowatt GPUs and emerging 800 V…
Learn how IceMOS Technology’s MEMS-based superjunction platform pushes power transistor limits, aiming to break the…
Learn how IceMOS Technology’s MEMS-based superjunction platform pushes power transistor limits, aiming to break the silicon barrier and surpass…
Navitas, Magnachip, Ionate, GM, Brookfield, Aypa Power, Blackstone, Ricardo, and Nissan are advancing high-voltage SiC,…
Navitas, Magnachip, Ionate, GM, Brookfield, Aypa Power, Blackstone, Ricardo, and Nissan are advancing high-voltage SiC, smart grids, energy storage…
Learn how to reduce voltage spikes in flyback converters using a low-cost, easy-to-implement clamping controller that…
Learn how to reduce voltage spikes in flyback converters using a low-cost, easy-to-implement clamping controller that improves efficiency and EMI…
In this Q&A with Vicor, we explore current multiplication and decoupled conversion stages. Both overcome traditional…
In this Q&A with Vicor, we explore current multiplication and decoupled conversion stages. Both overcome traditional multiphase limitations and…
Here we present a generic, topology-independent loop model for voltage converters, linking frequency-domain design to…
Here we present a generic, topology-independent loop model for voltage converters, linking frequency-domain design to time-domain performance using…
AI workloads are reshaping computing server power delivery requirements. Low-voltage GaN is emerging as a key enabler of…
AI workloads are reshaping computing server power delivery requirements. Low-voltage GaN is emerging as a key enabler of higher efficiency and…
With 7th gen IGBTs, switching speed limits shift from the transistor to the fast recovery diode. As IGBTs improve, this…
With 7th gen IGBTs, switching speed limits shift from the transistor to the fast recovery diode. As IGBTs improve, this diode becomes the key…
Fast transients can push the gate driver isolation past its normal limits. This can cause partial discharge and, over…
Fast transients can push the gate driver isolation past its normal limits. This can cause partial discharge and, over time, lead to insulation…
This article examines the deployment of gallium nitride (GaN) field-effect transistors (FETs) featuring integrated gate…
This article examines the deployment of gallium nitride (GaN) field-effect transistors (FETs) featuring integrated gate drivers in a three-phase…
High dv/dt switching can make gate drivers a point of failure. Parasitic coupling and false turn-on may cause unwanted…
High dv/dt switching can make gate drivers a point of failure. Parasitic coupling and false turn-on may cause unwanted switching and put extra…
Learn how Bosch’s Gen3 SiC MOSFETs boost EV drivetrain performance. Its new trench architecture delivers 20% lower…
Learn how Bosch’s Gen3 SiC MOSFETs boost EV drivetrain performance. Its new trench architecture delivers 20% lower resistance and 10% lower…
The transition from AC distribution to the 800 V DC architecture is reshaping the data center power infrastructure,…
The transition from AC distribution to the 800 V DC architecture is reshaping the data center power infrastructure, boosting token generation and…
Learn how 150 V SuperQ MOSFETs boost 204 W converter efficiency greater than 0.8%, cut heat by 2 W, and lower peak temps…
Learn how 150 V SuperQ MOSFETs boost 204 W converter efficiency greater than 0.8%, cut heat by 2 W, and lower peak temps by 31°C. They improve…
In this article, we present two key module-based technologies that further improve inverter performance—robust silicon…
In this article, we present two key module-based technologies that further improve inverter performance—robust silicon nitride (Si3N4) substrate…
When is a fully integrated module the better option, and when does a discrete design offer the greater advantage? This…
When is a fully integrated module the better option, and when does a discrete design offer the greater advantage? This story discusses the major…
The single-phase and three-phase inverters target high-efficiency residential and commercial photovoltaic applications…
The single-phase and three-phase inverters target high-efficiency residential and commercial photovoltaic applications with flexible grid-tied and…
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