In the first part of this 4-part video series, PI Vice President of Marketing Doug Bailey explains GaN technology and the new possibilities it brings to the power conversion industry.
In the second part of this 4-part video series, PI Vice President of Marketing Doug Bailey breaks down the improved system reliability and robustness realized by GaN technology.
In the third part of this 4-part video series, PI Vice President of Marketing Doug Bailey talks about which applications GaN technology is most suitable for.
Zero-voltage switching InnoSwitch4-CZ ICs with PowiGaN technology, paired with ClampZero active clamp solutions, usher in a new class of ultra-compact, ultra-efficient mobile charging devices.
In this May 26, 2020 webinar, we give an overall to PI Expert Online, our web-based design tool that dramatically accelerates design cycles by turns specifications into a working solution...
In this May 28, 2020 webinar, we discuss advanced power supply design analysis and optimization using PI Expert Online, our web-based design tool. This is Part 3 of a 3-part...
Director of Applications Engineering David Chen (aka Mr. Green) breaks down the newest energy efficiency standards and power conversion technologies needed to comply.
Senior Product Marketing Manager Edward Ong introduces the combination of InnoSwitch3-MX switcher IC and InnoMux controller IC and explains how the pair can eliminate DC-DC converters and simplify power supply...
DER-622 illustrates a Bluetooth® Low Energy (LE) wall switch compatible with no-neutral wiring. The design is based on Power Integrations’ LinkSwitch™-TN2 offline switcher ICs which incorporate a 725 V rated...
See how HiperPFS-4’s unique light-load filter compensation algorithm corrects for input filter distortion even at loads under 10%, ensuring excellent PF and THD.
Power Integrations’ proprietary CCM variable frequency control algorithm insures that switching losses are minimized under all load conditions, leading to flat constant high efficiency across load.
Watch this video to see how the high voltage MOSFET in HiperPFS-4 allows the driver to support boost voltages of 450 V for 308 VAC lighting applications.
