Link electronic Analog White Clip Video DigiFlex 1151
The Link electronic Analog White Clip Video DigiFlex 1151 is a high-performance analog video distribution amplifier designed for professional video applications. It features white clip, cable equalization, and a wide bandwidth of 100 MHz, making it suitable for use in demanding video distribution systems.
The DigiFlex 1151 provides eight outputs, seven of which are looping, allowing for easy signal distribution to multiple devices. It utilizes CMF Op-Amp technology, which combines wide bandwidth, low noise, and low power consumption. The video path is transparent, with differential phase and gain errors of less than 0.1%, ensuring accurate signal reproduction.
Link electronic Analog White Clip Video DigiFlex 1151
The Link electronic Analog White Clip Video DigiFlex 1151 is a high-performance analog video distribution amplifier designed for professional video applications. It features white clip, cable equalization, and a wide bandwidth of 100 MHz, making it suitable for use in demanding video distribution systems.
The DigiFlex 1151 provides eight outputs, seven of which are looping, allowing for easy signal distribution to multiple devices. It utilizes CMF Op-Amp technology, which combines wide bandwidth, low noise, and low power consumption. The video path is transparent, with differential phase and gain errors of less than 0.1%, ensuring accurate signal reproduction.
Link electronic Analog White Clip Video DigiFlex 1151
The Link electronic Analog White Clip Video DigiFlex 1151 is a high-performance analog video distribution amplifier designed for professional video applications. It features white clip, cable equalization, and a wide bandwidth of 100 MHz, making it suitable for use in demanding video distribution systems.
The DigiFlex 1151 provides eight outputs, seven of which are looping, allowing for easy signal distribution to multiple devices. It utilizes CMF Op-Amp technology, which combines wide bandwidth, low noise, and low power consumption. The video path is transparent, with differential phase and gain errors of less than 0.1%, ensuring accurate signal reproduction.
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