MAX9767ETJ+

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The MAX9767ETJ+ is an efficient, next-generation Class-G audio power amplifier that provides a high performance and cost-effective solution for headphone audio applications. By minimizing distortion and maximizing power savings, it is well suited for use in mobile phones, portable media players and other audio applications. This amplifier uses a unique combination of class G and class B power stages to provide improved audio performance, higher efficiency and lower power consumption.

The MAX9767ETJ+ amplifier has an output power of 6W when driven from a single supply voltage of 3.3V. This makes the amplifier ideal for audio applications that require high output power and low power consumption. The amplifier also features an integrated ground-sensing circuitry, an electrode protection circuit and an electrostatic discharge protection circuit for enhanced safety.

The amplifier features \'tap-detection\' functionality, enabling it to adjust output power based on the impedance of the headphones connected to it. This function reduces THD and power consumption when the impedance of the headphone is lower than the normal value. Additionally, the amplifier also includes a boost converter, which allows it to work with lower supply voltages and increases the overall system efficiency.

The MAX9767ETJ+ amplifier has a variety of features such as thermal shutdown protection, automatic clip detection and mute detection. These features make the amplifier suitable for use in safety critical applications.

The MAX9767ETJ+ is part of the MAX9766/7 audio power amplifier family, which offers excellent THD+N performance from both outputs. The amplifier also features intelligent I2C compatible control circuitry, which allows complex signal processing techniques to be implemented, such as dynamic range compression, equalization and signal filtering.

The MAX9767ETJ+ amplifier is suitable for use in a variety of audio applications, including portable media players, netbooks, digital radios and cellular phones. It is well suited for battery-powered devices because of its low power consumption and high power output. Additionally, its wide range of features make it an attractive choice for application in safety critical applications such as automotive and medical equipment.

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