MAX4492AUD

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The MAX4492AUD is a dual-channel, fully-differential amplifier designed to provide cost-effective, high-performance audio solutions. Easy to use and versatile, it is ideal for a wide range of audio designs. This device achieves a low offset and distortion, high slew rate, and low noise performance.

The MAX4492AUD is a part of the Linear - Amplifiers - Instrumentation, OP Amps, Buffer Amps.

A fully differential amplifier consists of two amplifiers with the same gain, each of which is driven by a different input signal. This provides superior common-mode rejection, which eliminates noise and distortion due to crosstalk between adjacent channels. The MAX4492AUD is an ideal solution for audio applications that require a reliable, low-noise, low-distortion, and low-cost solution. In addition, it provides high input impedance, which is essential for the proper operation of line-level audio signals.

The MAX4492AUD features a high slew rate of 22V/µs and a low distortion of 0.0017% (THD+N). This allows it to accurately reproduce the entire range of audio signals, from the lowest frequency to the highest. The device also features high input impedance, which ensures that it is well-suited for line-level audio signals.

The MAX4492AUD also has a minimum noise level of -98 dBV (noise floor) and a low power consumption of only 11 mA. The low-noise performance and small package size make it an ideal solution for audio equipment such as mixers and sound systems.

The device is protected against shorts, overvoltage and reverse polarity, ensuring that the audio signal remains clean and distortion-free. The device is also protected against ESD (electro-static discharge). It is RoHS compliant and has a wide operating temperature range of -40°C to +85°C.

In conclusion, the MAX4492AUD is an ideal choice for audio designs that require low noise, low distortion, and cost-effective performance. Its versatile features, high slew rate and wide operating temperature range make it an ideal solution for a wide range of audio applications.

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