June 7, 2007
Press Information
Yuhai Mao
USA: 1-408-733-8801
www.poweranalog.com
SANTA CLARA, CALIFORNIA and TAIPEI, TAIWAN, - June 7, 2007 - Power Analog Microelectronics (PAM), a developer of innovative Class-D digital audio amplifiers and high-power LED display driver semiconductors, today announced the expanded product offerings of its proprietary 3W Class-D audio amplifiers from its patent pending “filter-free”, next generation architecture. This introduction of the PAM8x03 family was made to coincide with the Computex Electronics Show, being held this week in Taipei, Taiwan.
The PAM8403 stereo and PAM8303S mono 3W audio amplifiers are the latest addition to PAM’s family of products. They employ a unique filter-free architecture that has inherently lower EMI than competing products. In fact, not only do the parts pass the FCC Class B standard, but the EMI is under 30dBuV/m for frequencies up to 700MHz. Its efficiency is higher than 90% with an 8-ohm load. Only one input coupling capacitor per channel is needed in the external circuit. The PAM8403 is packaged in a 24-pin SOP while the PAM8303S is housed in a SOP-8. They are ideal for applications such as digital photo frames, MP4/PMP, GPS navigators, PC speakers, portable-DVD players, LCD-monitors, and cell-phones.
“Measuring 20dBuV/m at the critical 200MHz frequency, PAM8x03 offers the industry’s lowest EMI and is the first suitable solution for applications such as AM/FM radio, TV or products normally associated with radio interference”, said Johnston Chen, President and chief executive officer of PAM.
The PAM8x03 family of products is now in full production.
About Power Analog Microelectronics
Power Analog Microelectronics, Inc. (PAM), established in 2004, focuses on high voltage analog and power integrated circuits for use in flat panel displays, consumer audio and video applications. PAM was founded in Silicon Valley by industry veterans, technologists and design experts in the analog and power IC fields. PAM has also set up technical support centers in Shanghai, Shenzhen, and Taipei.
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