TPA321DGN

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The TPA321DGN (Greater Noise) is a linear power amplifier designed for use in audio applications, such as audio mixing and recording. It is designed with a 3-stage cascaded gain structure and a wide range of input voltage levels. The TPA321DGN employs high-performance semiconductors for excellent capacitive loading, linearity, and distortion performances. The design also provides excellent common-mode rejection and low-noise operation.

The basic working principle of the TPA321DGN is simple. It amplifies the input signal level and adjusts the output level accordingly. The amplifier is composed of three main blocks; a differential input stage, an intermediate voltage gain stage and an output stage. The differential input stage is responsible for providing the necessary very low-offset and low-noise to the amplifier. The intermediate voltage gain stage amplifies the input signal and provides the necessary voltage amplification. The output stage is responsible for providing a high current gain, high output voltage levels, and low-distortion.

The TPA321DGN has a wide range of applications. In the audio field, it is particularly suitable for use in audio mixers, audio recorders, equalizers, and other audio applications. It can also be used for a variety of other audio devices such as amplifiers, microphones, and headphones. It is also suitable for a range of other applications such as power amplifiers, power supplies, ultrasonic transducers and other signal processing apparatus.

The TPA321DGN is a great choice for anyone looking for a high-quality amplifier with excellent performance. Its wide input voltage range makes it suitable for use in a variety of audio applications. Its high-performance semiconductors provide excellent stability, linearity and distortion performance. The amplifier is designed to provide high current gain and low-noise operation. The design also provides excellent common-mode rejection for better signal integrity.

The specific data is subject to PDF, and the above content is for reference