PI6C4911510ZHIE

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The PI6C4911510ZHIE is a high-performance isolator that transmits data with clock information between two different circuits that operate at different potentials. It has a wide range of applications, such as clock and timing buffers, clock drivers, and general-purpose clock splitters. It also can be used in medical devices, instrumentation, avionics and aerospace, industrial, and defence and military applications.

The isolator provides excellent signal isolation and low power consumption. It features a CMOS driver, a 400MHz low-skew output, and a 3.3V supply voltage. It is rated for a maximum operating temperature of 185°F (85°C). It also has a small footprint and is available in an SOIC-8 package.

The working principle of the PI6C4911510ZHIE is based on current-mode logic (CML), which is a differential logic standard used to transmit clock and data signals. The major benefit of CML is that it offers a low-power solution, as it dissipates very little power compared to traditional approaches. In addition, the isolation system provides low electrical noise levels, which prevents interference between the different circuits.

The high-performance of the PI6C4911510ZHIE makes it suitable for use in clock and timing applications. Clock buffers are used to shift the transition timing of clocks and increase their drive current, which allows faster switching and increases the noise immunity of the clock signals. They can also reduce the cross-talk effects of multiple clock signals. Clock drivers use output amplifiers to drive high-current, low-voltage signals to ASICs or FPGAs, which also reduce the jitter effects. In addition, they improve the drive strength and stability of signals while maintaining low power consumption. Finally, clock splitters are used to split a clock signal into multiple identical outputs.

To conclude, the PI6C4911510ZHIE is a high-performance isolator that has a wide range of applications. It features a CMOS driver, a 400MHz low-skew output, and a 3.3V supply voltage. It is rated for a maximum operating temperature of 185°F (85°C). It is suitable for use in clock and timing applications, such as clock buffers, clock drivers, and clock splitters.

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