LMH6722MTX/NOPB

The LMH6722MTX/NOPB is a high-speed multiple output video amplifier, providing an ideal combination of output voltage, high slew rate, power supply rejection ratio and current into a low impedance source. This linear amplifier module provides excellent performance for driving NTSC and PAL video signals. Both the unit and its power supply are temperature compensated to reduce the effects of bias drifts and temperature changes on the video signal.

The main application field of the LMH6722MTX/NOPB is in video disruption systems, video monitors, video amplifiers and video distribution. The video amplifier provides a balanced output video signal with no distortion, featuring high continuous output current capability. The video output includes a low impedance overdrive protection circuit, which enables to always provide a clean video signal. The video amplifier also has excellent linearity, resulting in improved color and resolution for the video.

The working principle of the amplifiers can be divided into two stages. The first stage is the amplifier itself. The purpose of this stage is to receive the input signal from an external source, amplify it and then send it to the output stage. This stage consists of two transistors - one for the input signal and one for the output signal. The input signal transistor is biased in such a way that the output signal will be equal to the input with minimal distortion. The second stage is the output of the amplifier, which consists of several components. These components will enable the output signal to have an effective bandwidth, low noise and distortion, and adequate power level.

In general, the LMH6722MTX/NOPB provides an excellent combination of performance, features, and cost effectiveness. It is a great choice for applications that need a robust and reliable video amplifier. With its excellent specifications and features, this amplifier is sure to improve the video quality of applications such as video monitors, video amplifiers and video distribution systems.