TAS6424LQDKQRQ1

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The TAS6424LQDKQRQ1 is a linear amplifier that is specifically designed for audio applications as a low-power amplifier. This amplifier has some unique features that make it a great option for many audio devices. This article will look at the application field and working principle of the TAS6424LQDKQRQ1.

The TAS6424LQDKQRQ1 is a low-power digital audio amplifier that operates on three power supplies. It has a maximum output power of 4.8W per channel and features a low harmonic distortion and low noise. The TAS6424LQDKQRQ1 can be used in a wide range of applications, such as home audio systems, portable audio players, car audio, and professional audio systems.

The TAS6424LQDKQRQ1 is designed to work with both analog and digital sources, and it is capable of accepting audio signals up to 200kHz. This allows it to be used in high-fidelity audio systems. It also has a wide frequency response range and supports balanced line-level inputs.

The TAS6424LQDKQRQ1 typically consumes 5 volts of power, with a power dissipation of 350 milliwatts. The operating temperature range is between -40C to 85C, and the amplifier is protected against over-current and output short-circuits.

The TAS6424LQDKQRQ1 uses two innovative analog fine-tuning circuits for the amplification process. The amplifier has two separate Master Gain Control (MGC) circuits, which are responsible for adjusting the gain of the audio signal and for limiting the amount of distortion and noise in the output signal.

The TAS6424LQDKQRQ1 also has a high-efficiency Class D output stage, which provides up to 4.8 watts of output power. This is enough power to drive small speakers or headphones, and it also minimizes distortion and decreases the heat generated by the amplifier.

The TAS6424LQDKQRQ1 is a reliable and well-designed amplifier, and it is a great choice for applications that require a low-power audio amplifier. The amplifier is designed to work with both analog and digital sources, and it can provide up to 4.8 watts of output power with a low level of distortion and noise. The amplifier also has two fine-tuning circuits that can help reduce distortion and noise, and it is also protected against over-current and output short-circuits.

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