PI6C49X0202WIE

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The PI6C49X0202WIE is a multi-circuit clock driver used for applications such as high speed logic, multiplexing, and data communications. The device is part of a family of clock buffers and drivers designed to provide low phase jitter, quick response time and low power management. It offers superior performance, power savings, and flexibility for a wide range of applications, from consumer electronics to medical instruments.

The PI6C49X0202WIE has a very low input to output delay, maximum input frequency of 800 MHz and a maximum output frequency of 500 MHz. The device is a two-in, two-out scheme, which is able to drive two very low-load clock signals in a single cycle. The two layers of isolation inside the device aid in keeping out signal noise and eliminates ground bounce. The PI6C49X0202WIE is self-powered and highly resistant to power supply noise, which makes it ideal for any system.

The applications of the PI6C49X0202WIE are related to communications, consumer electronics, and medical instruments. It is suitable for applications such as high-speed circuit boards, network signals, and multimedia systems. It is also useful for data synchronization and signal transmission, and can be used to triple the number of LEDs in a multiplexed display. Furthermore, it can be used in noise tolerant, high impedance systems like medical instruments and automotive applications.

The working principle of the PI6C49X0202WIE is based on the so-called “clock keystone” concept. It is a method of creating low-jitter, high-frequency lines and allows for wide separation between input and output frequencies. The device works by using a series of resistors, capacitors and diodes connected in such a way that it forms an impedance-matched network, which acts as a keystone for the clock signal. The network is designed to keep the phase noise of the clock signal at an optimum level. This, in turn, allows for high-performance designs that are reliable, power-efficient and noise-immune.

The PI6C49X0202WIE is a highly efficient and flexible device, which makes it one of the most popular clock buffers and drivers available today. It allows for system designers to create unique and advanced applications while having the capabilities to reduce power requirements, minimize cable clutter and maintain signal integrity. It can be used in a wide variety of applications where high performance and low power are key requirements.

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