TPA0132PWPR

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 TPA0132PWPR is a highly efficient amplifier that is broadly used in audio applications. This audio amplifier is a class-G amplifier that provides a high output power level and low quiescent current. It is specifically designed for mobile applications, as it features an integrated feedback loop, adjustable gain and low power consumption. Furthermore, this amplifier can operate from a single supply with a fully differential input stage and output voltage swing.

The main application field of this amplifier is in audio systems. It can be used to amplify the signal from a microphone or sound card, as well as providing sound reinforcement, instrument amplification and audio mixing. In all these applications, the TPA0132PWPR can deliver high power with low distortion and low noise.

The working principle of this amplifier is based on a fully differential input stage and a feedback loop. The input stage consists of two input transistors and two output transistors. The input transistors are connected in parallel and the output transistors are connected in series. This allows the amplifier to process signals of different power levels without distortion. The feedback loop enables the amplifier to maintain a constant output power level and reduce the distortion by controlling the gain and the output impedance.

The TPA0132PWPR is capable of driving a wide range of loads and features a high-capacity output stage that can deliver up to 2 Watts of power into a 4-Ohm load. Furthermore, it has very low noise and distortion, making it ideal for use in audio applications. It also features a soft-start function that ensures that the amplifier does not suddenly produce a large surge in current when it is initially powered up.

Overall, the TPA0132PWPR is an excellent amplifier for use in audio applications. Its low power consumption and its integrated feedback loop make it highly efficient, while its capability to drive a wide range of loads and its low noise and distortion make it ideal for use in a variety of applications.

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