PI6C485352FAEX

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PI6C485352FAEX is a worldwide clock buffer manufactured by PI. It is a high-performance, low-power buffer which can generate 16 copies of the same clock output. It is part of the Clock/Timing range - Clock Buffers, Drivers, a family of devices which are used to ensure the frequency and duty cycle of clocks remain the same throughout the circuit. It is primarily used to buffer and clean up clock signals and can be used in situations where clock signals must be sent over long distances, for example in high speed multi-gigabit designs. The PI6C485352FAEX can generate different clock frequencies, making it useful for various applications where multiple supplies need to be provided from the same source.The PI6C485352FAEX is available in a small TQFN package and features a maximum input frequency of 1.2GHz and a maximum output frequency of 1.454GHz. It also features a differential input and output, which helps ensure signal integrity. The device has a low jitter of less than 110fs, making it suitable for use in high-speed designs. It has an integrated ESD protection and is lead-free, making it suitable for consumer applications. The device carries multiple control pins, including a DCM control pin to control the duty cycle of the clock and a DRS control pin to adjust the rise and fall times.The working principle of the PI6C485352FAEX is based on the fact that when clock signals are sent through wires, the signal can be distorted. This is because of the capacitive and resistive load of the wires. The PI6C485352FAEX acts as a buffer and its differential input helps improve the signal integrity and reduce the effect of the load. It then amplifies the input signal and generates multiple copies of the signal. The signal is then distributed over long distances.The PI6C485352FAEX is a suitable choice for high-speed applications, as it can provide a low jitter clean clock signal. It is also suitable for designs which require multiple clock copies and offers a wide range of control pins to adjust the output characteristics. It therefore provides an easy and cost-effective solution for noise and clock signal integrity issues.

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