PI6CTCXOC1-5GWFX

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The PI6CTCXOC1-5GWFX is an integrated circuit clock buffer/driver designed to drive clock signals over long distances. It features excellent EMI and jitter performance as well as low power consumption compared to discrete devices. The device is designed to operate with low voltages and high frequencies up to 5GHz. It is ideal for high-speed, high-resolution applications such as servers, routers, and multimedia equipment.

The PI6CTCXOC1-5GWFX uses an internal inverter to drive the clock signal. The inverter is designed to increase the output drive current of the signal, allowing it to travel further and accurately. By using an inverter, the signal is also inverted which increases the edge rate and reduces delays.

In order to prevent EMI (Electromagnetic Interference) from affecting the signal, the device has a built-in lowpass filter. This filter helps to reduce noise and jitter on the signal. The filter also ensures that an accurate and reliable clock signal is transmitted over long distances.

The PI6CTCXOC1-5GWFX can be used to drive a wide range of clock signals such as LVCMOS, LVDS, and HCSL. It has a power-up reset circuit which helps ensure proper device initialization and allows it to be used in low-power applications. It also features programmable slew rates and drive strengths, which allow the user to fine tune the output current for optimal performance.

The device is designed to be highly integrated and relatively easy to use. It requires minimal external components and has a small form factor. This makes it perfect for use in complex, high-density applications. It is available in a variety of package sizes and can be used in both commercial and industrial applications.

The PI6CTCXOC1-5GWFX is a powerful and versatile device that can be used to drive clock signals over long distances. Its low voltage and high frequency operation, combined with its EMI and jitter performance, makes it an ideal choice for a wide range of applications. Its small form factor, ease of use and minimal external components make it perfect for complex, high-density applications.

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