IDT49FCT805CTSO8

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IDT49FCT805CTSO8 is a programmable incorporated line driver/buffer, ideally suited for a wide range of clock featuring applications. It is a line driver/buffer 1-to-8 that combines a low power CMOS Input Buffer and a high-speed, low skew, low jitter output buffer. It features functions such as input de-skewing, crosstalk control, rail-to-rail output, and fractional-N synthesis.

The IDT49FCT805CTSO8 is designed to provide programmability and full compatibility with a wide range of standard clock and timing devices such as timers, oscillators, frequency synthesizers and crystal oscillators. It has two different input pins: one for the reference frequency and one for the slave frequency. The device will automatically detect and adjust the input frequency, and adjusts the output frequency accordingly. The output frequencies are adjustable from 4kHz to 1GHz using a variety of frequency dividers and sampling multipliers.

The IDT49FCT805CTSO8 is suited for a variety of applications in clock/timing based system designs. It can be used for data communications, high-speed output signal conditioning, signal routing and signal distribution. With its adjustable frequency synthesis, it is also suited for signal conversion, de-coupling, and noise reduction. An example of a daisy-chained clock conditioning circuit is provided below.

The IDT49FCT805CTSO8 has two main components: an input buffer and an output buffer. The input buffer consists of an analog signal conditioning circuit and a frequency doubler. The signal conditioning circuit uses advanced signal processing techniques to reduce noise, reduce crosstalk, and improve signal integrity. The frequency doubler is used to double the input signal by taking two input signals and merging them into one output signal which is twice the frequency of the original input signal.

The output buffer consists of a low power, low jitter output buffer. This component ensures the accuracy and precision of the output data by reducing jitter and increasing the signal integrity. The output buffer also reduces crosstalk between adjacent output lines. This component is used to convert the higher frequency double signal that is produced by the input buffer into its final low frequency output.

Overall, the IDT49FCT805CTSO8 is an excellent choice for a wide range of clock and timing related applications. It is designed to provide robust signal integrity and superior crosstalk control. Its adjustable frequency synthesis makes it suitable for frequency conversion, de-coupling, and noise reduction. This versatile device is tailored for applications in data communications, high-speed output signal conditioning, signal routing and signal distribution.

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