ADD8504WRUZ

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The ADD8504WRUZ is a high-speed video amplifier used to provide reliable signal amplification for an array of applications. It was designed to provide linear operation, improved signal fidelity, and reduced noise. The amplifier is well suited for applications in the audio, video, imaging and telecommunications industries.

ADD8504WRUZ is an especially versatile device and can be used in video signal applications including: high-resolution video amplifiers, RGB signal amplifiers, signal regeneration, video switches, broadcast video amplifiers, and signal splitters. Furthermore, ADD8504WRUZ can drive long signal lines and has adjustable gain for enhanced functionality.

The ADD8504WRUZ is classified as a video amplifier and module because it is optimized to enhance the quality of video signals. It has a common-mode voltage range of 6V, making it an ideal solution for various video applications. The device also has excellent linearity, a high-speed unity-gain bandwidth of up to 60MHz, and a minimum input referred noise of 12ns.

The working principle of the ADD8504WRUZ is based on the classic negative feedback loop design. The device uses a negative feedback loop to control the output level against the input level. The feedback loop monitors the output level and adjusts the amount of power transferred to the output. This feedback loop is used to maintain a predetermined voltage gain and reduce noise generated by the amplifier.

The ADD8504WRUZ is designed to provide a wide gain range and excellent linearity. It is capable of providing gains from 6 dB to 16 dB and has a wide operating supply range. This ensures that it can provide a stable output for various applications. Additionally, the device has higher input impedance and a lower output impedance, making it suitable for use in many video and imaging applications.

The ADD8504WRUZ video amplifier module is an excellent choice for applications that require reliable video signal amplification. It has excellent linearity and noise reduction properties and provides adjustable gains for different applications. Additionally, it provides high-gain bandwidth and is suitable for both new and existing designs. Furthermore, its wide operating supply range, adjustable gain range, and high-speed unity-gain bandwidth ensure that it can provide reliable performance in a variety of video related applications.

The specific data is subject to PDF, and the above content is for reference