PI6CB18601ZLAIEX

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PI6CB18601ZLAIEX is a precision buffer/driver integrated circuit (IC) used to clock signals to and from high-frequency devices. It features two independent outputs that are optimized for high current drive and low propagation delay. This makes it ideal for use in applications such as clock distribution, data synchronization, and timing regeneration in USB 3.0, SATA 3.0 and other high-speed serial buses.

The PI6CB18601ZLAIEX operates from a single 2.5V to 3.3V supply and is characterized from 0°C to +85°C. It has a single-ended input that can be driven by a clocking source from 0.5V to 2V. Its outputs have matched propagation delays and provide active drive of 20 mA of current at pulse rising and falling edges. In addition, this IC has an output enable (OE) pin for flexible control of when the clock should be gated on or off.

The PI6CB18601ZLAIEX is designed to provide low jitter and low phase noise. It implements a buffering architecture that ensures predictable performance over a wide range of input frequencies. A special low-noise design ensures that the output is free from ringing and other forms of distortion. Also, the output has high impedance drive capabilities that minimize the effect of capacitive loading.

The PI6CB18601ZLAIEX features an integrated phase-locked loop (PLL) that enables high jitter attenuation. The PLL is used to synchronize the internal clock to the input signal. This eliminates clock noise and improves reliability and signal integrity. In addition, this IC has a unique output buffer architecture that is optimized for high speed operation, which further enhances signal quality.

The PI6CB18601ZLAIEX also has built-in voltage regulation that maintains stable operation when the supply voltage varies. This is important for applications that require precise timing, such as communication and medical imaging systems. Also, the IC includes internal protection circuitry that guards against common ESD, EMI, and temperature related faults.

The PI6CB18601ZLAIEX is part of a larger family of products that offer a wide range of features and capabilities. Other options include clock multipliers and dividers, and also integrated buffer with adjustable drive strength. These can be used to re-clocking or driving signals to or from higher data rate applications.

In conclusion, the PI6CB18601ZLAIEX is an ideal choice for clock distribution, data synchronization, and timing regeneration in high speed applications. It is designed with a robust architecture that ensures maximum reliability and comes with a wide range of features and protection mechanisms. These features make it suitable for applications in communication, medical, and consumer electronics systems.

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