博客 -- 氮化镓技术如何击败硅技术
Term: Class D Audio
4 post(s) found

4月 13, 2023

基于氮化镓器件的音频放大器 - 音频功放的最新技术

Renee Yawger, Director of Marketing

基于氮化镓器件的音频放大器 - 音频功放的最新技术

12月 30, 2018

CES is the Global Stage for Innovation

Rick Pierson, Senior Manager, Digital Marketing

World-changing innovations such as the first video cassette recorder (VCR) in 1970 to the world’s first laptop that can charge wirelessly have been announced at CES, the worlds gathering place for innovation.

World-changing innovations and Gallium Nitride (GaN), a critical building-block component behind many of today’s new and exciting consumer technology innovations such as self-driving cars, robots, drones, wireless power solutions, world-class audio and cutting-edge automotive solutions go hand in hand.

1月 01, 2018

Join EPC at CES 2018

Nick Cataldo, Senior Vice President for Global Sales and Marketing

We are quite excited about this year’s CES being held in Las Vegas from January 9th through the 12th.  Our excitement is grounded in the fact that we will be showing the power of GaN technology in two locations – within the AirFuel™ Alliance booth at the Sands Hotel and in our hospitality suite at the Venetian hotel!

10月 27, 2016

Gallium Nitride Brings Sound Quality and Efficiency to Class-D Audio

Steve Colino, Vice President, Strategic Technical Sales

Class-D audio amplifiers have traditionally been looked down upon by audiophiles, and in most cases, understandably so. Switching transistors for Class-D amplifiers have never had the right combination of performance parameters to produce an amplifier with sufficient open-loop linearity to satisfy the most critical listeners. This restricted the classical analog modulator Class-D systems to lower-power, lower-quality sound systems.

To accomplish the required headline marketing THD+N performance targets, Class-D amplifiers have had to resort to using large amounts of feedback to compensate for their poor open-loop performance. By definition, large amounts of feedback introduce transient intermodulation distortion (TIM), which introduces a ‘harshness’ that hides the warm subtleties and color of the music that were intended for the listening experience.