UTP28CH7RD-Q

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UTP28CH7RD-Q is a high performance and low power video amplifier from Texas Instrument\'s family of high-speed single-ended products. This product is designed to meet various analog video standards including S-video, NTSC/PAL, and NTSC-M/N. It features an amplifier bandwidth of up to 1GHz and supports multiple channels of video capability. This product can be used in various applications such as video switching, video distribution, cable TV amplifier, and video production. It also features a low power consumption design that consumes only 2 mA at 5V supply voltage.

The UTP28CH7RD-Q operates as a multi-channel video amplifier. It takes in an analog video signal and amplifies it and splits the signal into multiple output signals. The product can simultaneously support up to eight channels of video input and output. The output signal is further split into multiple channels so that one output signal can be directed to multiple locations. This is useful for distributing video signals over long distances with minimal loss or distortion. It has an adjustable gain range so that it can be adjusted to get the desired output levels.

The UTP28CH7RD-Q also features a low-noise design that ensures that the signal quality is maintained throughout the signal path. It has an input return loss of better than 20 dB, making it suitable for cable TV applications. Its low power consumption of only 2 mA at 5V supply voltage makes it an ideal choice for portable video applications. In addition, it also supports multiple channels of video capability. This allows for the simultaneous distribution of multiple video signals without compromising on signal quality.

The UTP28CH7RD-Q is a high performance and low power video amplifier that can be used in various applications. Its low power consumption makes it an ideal solution for portable video applications. Its flexibility to support multiple channels of video capabilities makes it suitable for video distribution and video switching applications. Its adjustable gain range allows it to get the desired output levels and its low-noise design ensures that the signal quality is maintained throughout the signal path.

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