Datasheet4U Logo Datasheet4U.com

AD52653 - 2.6W/CH Stereo Filter-less Class-D Audio Amplifier

General Description

The AD52653 is a stereo, filter-less class-D audio amplifier and has a 64-steps DC volume control.

Operating with 5.0V loudspeaker driver supply, it delivers 2.6W/CH power into 4  loudspeaker within 10% THD+N.

Key Features

  • Supply voltage range: 3.0 V to 5.5 V 10mA static operation current.

📥 Download Datasheet

📁 Similar Datasheet

Part Number Description Manufacturer
AD52656 Stereo Filter-less Class-D Audio Amplifier ESMT
AD526 Software Programmable Gain Amplifier Analog Devices
AD5260 1-/2-Channel 15V Digital Potentiometer Analog Devices
AD5262 1-/2-Channel 15V Digital Potentiometer Analog Devices
AD5263 Quad 15V 256-Position Digital Potentiometer Analog Devices

Other Datasheets by ESMT (Elite Semiconductor Microelectronics Technology)

Part Number Description
AD52650 2.5W/CH Stereo Filter-less Class-D Audio Amplifier
AD52651 3W/CH Stereo Filter-less Class-D Audio Amplifier
AD52651C 3W/CH Stereo Filter-less Class-D Audio Amplifier
AD52652 3W/CH Stereo Filter-less Class-D Audio Amplifier
AD52655 2.5W/CH Stereo Filter-less Class-D Audio Amplifier

Full PDF Text Transcription (Reference)

The following content is an automatically extracted verbatim text from the original manufacturer datasheet and is provided for reference purposes only.

View original datasheet text
ESMT/EMP Features       Supply voltage range: 3.0 V to 5.5 V 10mA static operation current <1uA shutdown current 64 step DC volume control from -75 to +24dB Overload and thermal protection Loudspeaker Output power @ 10% THD+N  1.6W/CH into 8 loudspeaker  2.6W/CH into 4 loudspeaker AD52653 2.6W/CH Stereo Filter-less Class-D Audio Amplifier Description The AD52653 is a stereo, filter-less class-D audio amplifier and has a 64-steps DC volume control. Operating with 5.0V loudspeaker driver supply, it delivers 2.6W/CH power into 4  loudspeaker within 10% THD+N. The AD52653 is a stereo audio amplifier with high efficiency, which leads to longer battery life, less heat sink, smaller board size, lower system cost, and suitable for the notebook, and portable multimedia devices.