PI49FCT20802LEX

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The PI49FCT20802LEX is a low cost single output buffer designed for low jitter and low skew designs. The PI49FCT20802LEX is a versatile and reliable buffer that is ideal for applications where it\'s desirable to reduce signal propagation delay. The PI49FCT20802LEX belongs to a family of devices that also includes the PI50FCT20802LEX, a dual-output buffer.

The PI49FCT20802LEX is designed for high performance and low-skew applications such as clock distribution in multi-processor and multi-clock applications. The buffer has an internal delay of 8ns, a very low output to output skew of 75ps, and output-to-output jitter of 40ps. The device is capable of driving loads up to 60pF and provides propagation delays of 600ps and risetime of 30ps.

The PI49FCT20802LEX belongs to the Clock/Timing - Clock Buffers, Drivers category, which makes up an important part of the timing and synchronization subsystem. It consists of a set of devices that allow electronic signals to be routed in a synchronized manner. This family of devices includes buffer devices, driver devices, and interface logic devices.

The PI49FCT20802LEX is designed to provide a low-skew clock output for multi-processor and multi-clock applications. The device features a low jitter and low skew output that allows for high-speed processor synchronization. The PI49FCT20802LEX provides four separate outputs: a 10- to 20-MHz clock output, a 25- to 50-MHz clock output, a low skew clock output, and a high-speed polyphase clock output.

The underlying technology of the PI49FCT20802LEX is differential clock buffering technology, which uses CMOS logic to transfer a signal in both its positive and negative phases. This ensures low-loss and low-EMI signal transfer. The device also features Schmitt Trigger inputs which enable it to interface with many common logic signals.

The PI49FCT20802LEX is capable of driving loads up to 60pF and is designed for high-speed, low-skew, low-jitter clock applications. Additionally, it allows for high-resolution, low-cost clock distribution in multi-processor and multi-clock applications. It is an excellent choice for many clock/timing applications, and its high-reliability and low-cost makes it an ideal solution for time-critical applications.

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