Can Electronics Save the World?
Discover how efficient motor control, edge AI, MEMS sensing, and wide-bandgap semiconductors reduce energy use in electric motor-driven systems.
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Wide Bandgap
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Perovskite-Silicon Tandem Solar Cells for High-Efficiency Energy
Perovskite-silicon tandem solar cells exceed silicon efficiency limits, enabling flexible, indoor, and grid-scale energy harvesting for next-generation renewable power systems.
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How SiC Is Enabling Next Generation Automotive Power Electronics
Explore how silicon carbide boosts EV on-board chargers with higher switching frequency, lower losses, 800V/1200V modules, T2PAK cooling, and bidirectional V2H.
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Why TOLL-8N Is Gaining Momentum in High-Power, High-Density Designs
Packaging plays a critical role in 650V GaN FET performance. Learn how TOLL-8N packages reduce parasitics and improve thermal efficiency in high-speed power designs.
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Powering Lanthanide Nanoparticles for NIR II LEDs and Photonics
Electrically powering lanthanide nanoparticles enables ultra-narrow NIR II light sources for medical imaging, optical communications, and next gen photonic devices.
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Endpoint UWB Powers Secure, Spatially Aware Devices
Endpoint UWB is reshaping embedded design with secure ranging, RTLS, and low‑power radar. Explore how new standards and Qorvo’s QM35825 SoC enable next‑generation spatially aware devices.
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Engineering eVTOL Urban Air Mobility: Less Noise, More Power and Safety
Explore how eVTOL noise, megawatt charging, and safety standards shape urban air mobility designs.
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Radiation‑Hard GaN RF Advances LEO Satellite Connectivity Performance
Radiation‑hardened GaN RF technology boosts LEO satellite performance with high efficiency, reliable 5G/6G links, and robust power management for space‑grade communication systems.
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Powering Electric Motor Drives
Microcontrollers may be able to perform complex calculations, but when it comes to delivering the results of those calculations to the electrical motor, a power delivery system is required.
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An Introduction to RF Theory, Practices, and Components
Explore the fundamentals of RF technology, how it powers communication, sensing, and navigation, and why it's essential to engineering.
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The State of Wide Bandgap
SiC and GaN are currently dominating the high-power and high-frequency markets and will likely continue to compete and develop in the coming years.
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From the Field to the Cloud
UWB possibilities for IoT are not just about networks, but also real-time athletic performance data.
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SiC Modules Accelerate High Power Energy Infrastructure Design
Silicon Carbide MOSFET modules enable smaller, thermally optimized EV charger designs.
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Texas Instruments Wide Bandgap Solutions
(Source: Ivan Kmit – adobestock.com) It All Started with a Calculator When I was in high school and college, the ever-present tool I used as a fledging engineer was the Texas Instruments (TI)...
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How WBG Is a Step Toward Efficiency Being “1”
(Source: Littelfuse) As a mountain bike enthusiast, I take calculated risks. For me to improve, I must push myself to jump over obstacles more quickly, increase my speed, and cut corners tighter...
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Maximizing Power Density in High Voltage Converters Using Wide Bandgap Technology
(Source: STMicroelectronics) Increasing power density and shrinking power supplies are nothing new. This trend is projected to continue, enabling new markets, applications, and products. This...
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What Are the Benefits and Use Cases of SiC MOSFETs?
(Source: Andrei Kuzmik/Shutterstock.com) Silicon carbide transistors are increasingly used in high-voltage power converters as they can meet the stringent requirements regarding size, weight,...
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The Wide Bandgap Road to Automotive Power Electronics
For HEVs, lower voltage rating power semiconductor devices, such as SiC MOSFETs, benefit by offering an efficient, low-cost power conversion solution.
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Mind the BandGap - It's Gotten Wider!
Power converters are the link between energy sources and the end application, and every watt lost in them is wasted money and contributes to global warming. However, the latest wide-bandgap...
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Why SiC Devices Are Ideal for Level 3 EV Charging Applications
Charging an EV can be a lengthy process, however, Level 3 "fast� DC charging techniques promise much faster charging capabilities that reduce charging
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