MAX4445ESE+T

MAX4445ESE+T Application Field and Working Principle

The MAX4445ESE+T is a linear audio amplifier device that is part of the series of video amps and modules offered by MAXIM Integrated. This device provides a wide range of applications, such as amplifying signals for A/V applications, video line amplifiers and receiver combinations for driving long cable lines, and video amplifiers for short cable runs of less than 500 feet. It is also suitable for digital video applications in CCTV systems, where its low distortion and low power consumption make it a valuable asset to any system.

The MAX4445ESE+T is based on a metal-oxide-semiconductor (MOS) field-effect transistor (FET) design. This architecture allows the device to maximize gain while maintaining low output noise and distortion. The device features a single voltage supplied to its power supply pins, which is then split into two separate voltage supplies for its input and output stages. This feature allows the device to achieve its wide range of applications across a wide range of power levels.

The MAX4445ESE+T is capable of offering a wide range of gains. It is capable of up to 19 dB gain when used in two-channel configurations, and up to 24 dB gain when used in four-channel configurations. The device also offers a wide dynamic range, with a maximum output voltage swing of 0.7V. This device also offers high common-mode rejection ratio (CMRR) of greater than 70 dB, making it suitable for high-resolution systems.

The MAX4445ESE+T also features a low total harmonic distortion and noise (THD+N) figure of 0.0005%, making it suitable for high-fidelity amplification systems. This device also has an output voltage-bias feature, which allows the user to adjust the output voltage for different gain settings. Finally, the device also features a low power consumption, which is ideal for battery-powered applications.

The MAX4445ESE+T is an ideal solution for a wide range of audio and video applications. Its low distortion, high gain, and low power consumption make it suitable for driving long cable lines and A/V applications. Its wide dynamic range and high CMRR makes it suitable for high-resolution systems, and its low THD+N figure makes it suitable for high-fidelity applications. Its single power supply feature makes it suitable for portable applications, and its output voltage-bias feature allows users to adjust the output voltage for different gain settings.