Iontra’s charge control MCU chips offer an innovative solution to improve battery charging performance, leading to faster and safer charging and…
Iontra’s charge control MCU chips offer an innovative solution to improve battery charging performance, leading to faster and safer charging and…
Electric vehicle motor architecture is evolving rapidly, with axial-flux, dual-rotor, and magnet-free designs advancing…
Electric vehicle motor architecture is evolving rapidly, with axial-flux, dual-rotor, and magnet-free designs advancing efficiency and integration.
TDK, Littelfuse, and Novosense have released components targeting scalability, thermal resilience, and EMI issues.
TDK, Littelfuse, and Novosense have released components targeting scalability, thermal resilience, and EMI issues.
Today’s on-board chargers (OBCs) can benefit from lighter and more efficient electronic components. Learn how compact…
Today’s on-board chargers (OBCs) can benefit from lighter and more efficient electronic components. Learn how compact transfer molded power…
The latest devices from Microchip, Rohm, and Semi-Q offer enhanced radiation protection, increased operation range, lower…
The latest devices from Microchip, Rohm, and Semi-Q offer enhanced radiation protection, increased operation range, lower conduction losses, and…
With its compact heat dissipation design, the new modules are designed to "sets a new standard for onboard chargers."
With its compact heat dissipation design, the new modules are designed to "sets a new standard for onboard chargers."
Hyundai Mobis brings a new line of defense against thermal runaway in electric vehicle batteries.
Hyundai Mobis brings a new line of defense against thermal runaway in electric vehicle batteries.
SiC-based semiconductors can operate higher temperatures than silicon-based devices. Learn the unique challenges involved…
SiC-based semiconductors can operate higher temperatures than silicon-based devices. Learn the unique challenges involved with monitoring and…
XING and PEWC have married two battery technologies to provide greater performance and flexibility for AI data center power needs.
XING and PEWC have married two battery technologies to provide greater performance and flexibility for AI data center power needs.
A deep learning model proved more accurate than other methods in predicting thermal runaway in lithium-ion batteries.
A deep learning model proved more accurate than other methods in predicting thermal runaway in lithium-ion batteries.
Understanding thermal stress in smart grid capacitors can help extend DCLC lifespan.
Understanding thermal stress in smart grid capacitors can help extend DCLC lifespan.
When designing and analyzing power electronic circuits in simulation tools, ensuring that such systems are kept…
When designing and analyzing power electronic circuits in simulation tools, ensuring that such systems are kept sufficiently cool requires accurate…
As the electric vehicle market grows, battery designers and manufacturers seek alternative solutions to some common but…
As the electric vehicle market grows, battery designers and manufacturers seek alternative solutions to some common but pressing design and…
This article examines an alternative to conventional thermal interface materials: solder preforms as a package-attach…
This article examines an alternative to conventional thermal interface materials: solder preforms as a package-attach thermal interface in…
LG Chem’s Safety Reinforcement Layer can shut down the battery before thermal runaway begins.
LG Chem’s Safety Reinforcement Layer can shut down the battery before thermal runaway begins.
The National Renewable Energy Laboratory is using machine learning to predict a battery’s risk of thermal runaway.
The National Renewable Energy Laboratory is using machine learning to predict a battery’s risk of thermal runaway.
What’s new in battery technology, energy storage, and electric vehicles? EEPower visited The Battery Show to find out.
What’s new in battery technology, energy storage, and electric vehicles? EEPower visited The Battery Show to find out.
These advancements aim to reduce the footprint of MOSFETs while increasing power density and efficiency.
These advancements aim to reduce the footprint of MOSFETs while increasing power density and efficiency.
The growing prevalence of wide bandgap devices requires innovative advancements in packaging technology to fully harness…
The growing prevalence of wide bandgap devices requires innovative advancements in packaging technology to fully harness the advantages of WBG…
LiquidStack’s coolant distribution unit is optimized for high-performance commercial direct-to-chip data center cooling…
LiquidStack’s coolant distribution unit is optimized for high-performance commercial direct-to-chip data center cooling systems.
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