HA-5020 Series, Video Amps and Modules

Linear video amplifiers and modules are electronic devices that are designed to amplify video signals. These components have the ability to increase the amplitude of the input video signal to a proportionally higher level at the output. They are specifically intended for use in video circuits, where the accurate processing and amplification of video signals are crucial. Video amplifiers and modules come in different configurations to suit various video circuit requirements. The available output types include differential, push-pull, rail-to-rail, and single-ended configurations, each offering different advantages depending on the specific application. These components can have a varying number of circuits, ranging from 1 to 24, allowing for flexibility in system design. One important parameter of video amplifiers and modules is their bandwidth, typically expressed as the -3 dB bandwidth. This indicates the range of frequencies over which the amplifier can faithfully amplify the video signal without significant attenuation. The -3 dB bandwidth of these components can range from 800 kHz to 1.4 GHz, ensuring that they can handle a wide range of video signal frequencies. The current output per channel is another key specification of video amplifiers and modules. It represents the amount of output current that can be delivered by each channel of the amplifier. This parameter usually ranges from 3.6 mA to 10 A, enabling the components to support different load requirements. Additionally, video amplifiers and modules have specific voltage supply requirements. The voltage supply can range from ±1.2 V to 85 V, providing the necessary power to drive the amplification process and meet the voltage needs of the video circuit. In summary, linear video amplifiers and modules are essential components used in video circuits to amplify and process video signals accurately. They come in various configurations, offer a wide range of bandwidths, provide different current outputs per channel, and have specific voltage supply requirements, catering to the needs of diverse video applications.