PL133-47OI-R

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The PL133-47OI-R is an important component for clock and timing applications. It is a clock/timing buffer/driver, typically used in a variety of applications, such as systems requiring precision in the timing domain. The PL133-47OI-R is specially designed to allow for both low EMI (electronic and magnetic interference) and low skew (time variation between signals) environments.

The primary purpose of the PL133-47OI-R is to buffer/drive a clock signal. This type of component is typically used in situations where there is an abundance of data to be transmitted, such as in large data networks and digital systems. The buffered clock signal is needed to properly drive the data signals in order to maintain reliable synchronization between data and clock signals. The PL133-47OI-R is designed to do this with exceptional accuracy and minimal skew variation.

In terms of its working principle, the PL133-47OI-R consists of two components: a buffer and a driver. When an input clock signal is received, the buffer amplifies the signal and passes it to the driver. The driver then broadcasts the amplified signal onto the output pins, providing a strong and reliable clock signal. The entire buffering system is controlled by an internal clock oscillator. This allows the driver to adjust the amplitude, phase, and frequency of the amplified signal before broadcasting it on the output pins.

The PL133-47OI-R is an excellent choice for clock and timing applications that require high reliability, low glitch rates, and low crosstalk. It can be used in a variety of situations, such as high speed, high accuracy networks or digital systems. Furthermore, due to its low EMI levels, it is especially suitable for applications where there are strict EMI regulations to be met.

In conclusion, the PL133-47OI-R is a clock/timing buffer/driver which is specifically designed for robustness and accuracy. Its main purpose is to drive a signal from one system to another, with minimal interference and signal distortion. The component also allows for excellent EMI performance, making it an ideal candidate for applications that have strict EMI requirements.

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