PI6C49X0202WIEX

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PI6C49X0202WIEX is an integrated circuit (IC) designed by Pericom Semiconductor Corporation as a type of Clock Buffers, Drivers, for Clock/Timing. This device and its family members are used in a wide range of applications, such as clocks and signal distribution systems, timing and synchronization solutions, computer motherboards and video displays, audio, communications and networking, data storage, and embedded systems.

This closed-loop, bidirectional buffer is specially designed to distributes signal between two pins of an integrated circuit at various frequency levels. A typical configuration of this device includes two input pins of differential signals, one output pin of single-ended signal, and one enable pin. The output signal can be aimed to a driver, logic gates, or other similar parts in embedded systems.

The PI6C49X0202WIEX has been designed with the intention of providing a low-skew, high-speed buffer solution for clock and timing applications. The key component of this device is its advanced CMOS circuitry that delivers high performance for any application conditions. This circuitry provides excellent jitter performance and low propagation delay. Its low power consumption makes it ideal for use in power conservation designs. It also offers a wide operating range of -40°C to +85°C, which makes it perfect for use in applications that run in variety of environmental conditions.

The PI6C49X0202WIEX working principle is based on the concept of clock buffer and driver. Clock buffers have been in use for many years as a method of transferring the clock signal from one domain (or circuit) to another without the need for additional clock source. This works by utilizing a buffer device to replicate the incoming clock signal and then output the amplified version. Drivers are used to amplify the clock signal, enabling the signal to travel a much further distance.

The PI6C49X0202WIEX works in two directions. In a receiving mode it receives a differential clock signal at its input pins, amplifies it and then outputs a single-ended clock signal. In will simultaneously invert the signal across the opposite input pin in order to provide a return path for the signal. In a transmitting mode it accepts a single-ended or differential clock signal at its input pins and outputs the amplified and inverted clock signals across the opposite output pins. This provides the return path for the clock signal. The device also includes an enable pin, which can be used to gate the clock output. This is useful in applications where the devices needs to be synchronized with other logic signals.

Overall, the PI6C49X0202WIEX is an advanced Clock Buffer/Driver solution that provides excellent jitter performance and low propagation delay for clock and timing applications. Its high bandwidth and wide range of input/output makes it one of the best options for use in embedded systems and other similar applications.

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