The company is expanding its “GaN ecosystem” with a new family of 650-V GaN power FETs, which feature a silicon-compatible gate for flexibility and simplicity.
The digital low-dropout (LDO) linear regulator is one of the latest innovations in the power industry, bringing telemetry and adjustability to a linear power supply in a very ...
Discover how a low-dropout linear regulator and a programmable logic device can replace microcontrollers for enable/disable functions, reducing power consumption to just microamperes...
There’s no agreed-upon definition for a “rugged” power supply. As a result, take care to check the mechanical, environmental, electrical, and long-life requirements early in the...
According to Infineon, these wafers—the thinnest of its type to be mass-produced—will enhance the efficiency, density, and reliability of its power converters.
A deep dive into the challenges of AI power delivery and how startup Empower Semiconductor attempts to tackle them with its Crescendo family of voltage-regulator ICs.
Silicon capacitors are trending up when it comes to high-performance decoupling. Learn more about how these components could help optimize the “last inch” of power delivery to...
Any engineer testing electronic devices cares about accuracy, which depends on the DC programmable power supply’s specifications, how it monitors the output, and how it’s wired...
As electronics technology advances, concerns mount about EMI. This article looks at EMI mitigation methods when dealing with high frequencies in switching power supplies.
The high-efficiency switching power supply has become a staple ingredient in many of today’s electronic systems. What are its origins and how has it evolved over the decades?
In circuits and power-distribution systems, there are many ways to measure harmonics, e.g., using a clamp meter, and methods to reduce them, such as via K-rated transformers.