49FCT805ASOG

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The 49FCT805ASOG is an eight-channel, low-skew, 1:2, clock or data buffer designed for advanced clock distribution applications. The device is designed for use in systems operating with frequencies ranging from DC to 25 MHz. The device is also designed to provide a low-distortion clock signal output up to 25MHz.

The 49FCT805ASOG clock buffer is designed to take one input and create either one, or two, output signal dependant on the logic state of the input signal. If the logic state is high the output buffer will be enabled, the signal will be buffered and the signal will remain high. When the logic state is low the signal will be kept low and the output will be disabled. This creates two signal outputs with a low propagation delay of up to 250ps.

The low-skew of the 49FCT805ASOG clock buffer device allows designers to minimize the amount of jitter and noise in the signal. The logic used to control the outputs feature live input data capture which is synchronized by the propagation delay between the input and the output. This allows the device to stay in synchronization with the clock source and ensure that the output clocks are free of jitter.

One of the primary applications of the 49FCT805ASOG clock buffer device is to drive clocks in high speed systems. The device is suitable for CPU, peripheral or DSP clocks and can be used for applications operating at 25 MHz and below. The device is also used for bus arbitration, back-plane or cross-bar switching systems.

The 49FCT805ASOG clock buffer device works by taking a single input signal and setting up two signals, one high and one low, at the output. The corresponding output is dependant on the input signal level. When the input signal level is high the output will be high, when it is low the output will be low. The device has a propagation delay of up to 250ps between the input and the output which allows the device to remain in synchronization with the source.

The device has a low output-to-output skew which allows designers to minimize the amount of jitter and noise in the signal. The logic used to control the outputs feature live input data capture which is synchronized by the propagation delay between the input and the output. This ensures that the output clocks are free of jitter and accurate.

Overall, the 49FCT805ASOG clock buffer provides a cost-effective solution for driving clock signals in high speed systems operating at or below 25MHz. It is designed to provide precise timing across eight channels, without any jitter or noise. The device is suitable for applications such as CPU, peripheral or DSP clocks, bus arbitration, back-plane or cross-bar switching.

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