PI6C182AHE

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The PI6C182AHE is a clock buffer/driver chip for clocking applications. It is used for transmitting clock signals from a source to a device. The PI6C182AHE is one of the most popular clock buffer/driver ICs for high-speed clocking, and is widely used in applications such as computer, embedded systems and telecommunications.

The PI6C182AHE features 8 high performance clock drivers with very low output jitter. The drivers are arranged in an 8-bit bus configuration and are open-collector to allow both output-to-output and output-to-power connections. The drivers support a wide range of frequencies, from 100 MHz to 1.2 GHz.

The clock buffer/driver IC contains two main parts: the driver and the buffer. The driver is built using ESD (Electrostatic Discharge) protection structures, allowing it to effectively resist high voltages and currents that are present during ESD events. The buffer has low propagation delay, high noise immunity and high cross-talk rejection.

The PI6C182AHE works by providing a stable, glitch-free clock signal to the device from the source. The drivers are connected to the source clock signal and send it to the device. The buffer takes in the signal from the drivers, isolates it from EMI/RFI noise, and then provides a clean, low-jitter clock signal to the device.

The PI6C182AHE is used in a variety of applications, including computer systems, embedded systems, telecommunications, networking and automation. The PI6C182AHE is capable of providing the highest levels of performance and reliability in these applications, making it ideal for mission-critical applications.

The PI6C182AHE is a popular choice for clock buffering, driving and synchronization applications. It is designed for reliability and performance, and is capable of providing glitch-free clock signals. The device is also extremely versatile, providing 8 drivers and a buffer in a single IC.

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