Latest Thermal Technical Articles

Learn how SiC JFETs beat MOSFETs for next-gen power. They offer ultralow loss, superior stability, and rugged avalanche…

Learn how SiC JFETs beat MOSFETs for next-gen power. They offer ultralow loss, superior stability, and rugged avalanche protection—critical for…

High power density in electronics necessitates efficient cooling. Learn how passive (heat sinks), forced (cooling…

High power density in electronics necessitates efficient cooling. Learn how passive (heat sinks), forced (cooling aggregates/fans), and liquid…

Power electronics plays a crucial role in modern temperature sensor systems, enabling efficient signal conditioning,…

Power electronics plays a crucial role in modern temperature sensor systems, enabling efficient signal conditioning, energy management, and data…

The growing demand for powerful and compact power electronics places high demands on the thermal management of modern…

The growing demand for powerful and compact power electronics places high demands on the thermal management of modern semiconductor technologies.…

What is the reverse recovery behavior of SiC-MPS diodes in scenarios that challenge their thermal and dynamic robustness?…

What is the reverse recovery behavior of SiC-MPS diodes in scenarios that challenge their thermal and dynamic robustness? This article provides a…

The embedding of semiconductor dies, particularly GaN and SiC MOSFETs, into PCB structures provides multiple system-level…

The embedding of semiconductor dies, particularly GaN and SiC MOSFETs, into PCB structures provides multiple system-level benefits. Learn how this…

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…

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…

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…

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…

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…

Discover how to mitigate electromigration, a critical challenge in high-voltage semiconductors, particularly those used…

Discover how to mitigate electromigration, a critical challenge in high-voltage semiconductors, particularly those used in flexible AC transmission…

Eliminating insulation in power electronics could offer higher power density and efficiency without compromising reliability.

Eliminating insulation in power electronics could offer higher power density and efficiency without compromising reliability.

One of SiC’s most important advantages in industrial designs is its ability to perform well at elevated temperatures…

One of SiC’s most important advantages in industrial designs is its ability to perform well at elevated temperatures without excessive carrier…

Junction temperature is critical to determining the power cycling capability of power semiconductor devices. A new…

Junction temperature is critical to determining the power cycling capability of power semiconductor devices. A new generation of fiber optical…

Until now, determining the thermal diffusivity of extremely thin and thermally highly conductive ceramic substrates has…

Until now, determining the thermal diffusivity of extremely thin and thermally highly conductive ceramic substrates has been error-ridden, but this…

The trend toward digitalization and the adoption of new technologies utilizing artificial intelligence has led to a…

The trend toward digitalization and the adoption of new technologies utilizing artificial intelligence has led to a significant increase in global…

This article explores the importance of thermal paste in high-power electronics, including its conductivity and ability…

This article explores the importance of thermal paste in high-power electronics, including its conductivity and ability to enhance durability and…

Transient thermal impedance is a measure of how a device behaves when pulsed power is applied. Transient thermal…

Transient thermal impedance is a measure of how a device behaves when pulsed power is applied. Transient thermal impedance is an important…