PI49FCT805ATS

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The PI49FCT805ATS is a clock/timing device, more specifically a clock buffer, driver and repeater.Clock buffering is the practice of taking a low-swing clock signal and converting it into a full-swing signal. It is used to have a high-stability clock source, and minimize the interference from other components in a circuit. By amplifying the signal, the timing of the system can be more consistent, resulting in better data transmission. The PI49FCT805ATS is specifically designed for high-performance clock/timing applications, and offers improved performance and reliability as compared to conventional clock buffers.

The PI49FCT805ATS is a two-input differential clock buffer and driver. It can be used to transmit and receive clock signals over long distances, while maintaining low jitter, crosstalk and noise. It can be configured as a repeater or can be used as a clock detector. The chip has two clock inputs and four outputs, allowing it to be used in a variety of applications. Additionally, it supports a wide range of clock frequencies, from 3 MHz to 800 MHz.

The PI49FCT805ATS features a high-impedance differential input, allowing it to receive a wide range of differential clock signals from various source devices, reducing the need for external components. Additionally, the device has an extremely low internal jitter (< 250 fs rms) and is highly efficient, enabling the device to operate at very low power and for long periods of time.

The PI49FCT805ATS is ideal for applications in telecom, datacom and networking, providing a reliable and stable clock source to ensure the highest performance levels. Additionally, it can be used in high performance computing applications, where precise timing is essential. The device is also suitable for applications that require high-speed interfaces, such as 12G, 25G, and 40G.

The PI49FCT805ATS is a highly reliable, low-power clock buffer, driver and repeater that can be used in a variety of clock/timing applications. Its high input impedance and low internal jitter make it perfect for long-distance transmission of clock signals, while its wide frequency range makes it suitable for high-performance computing applications. Its low power consumption, low cost and high reliability make it the ideal choice for a variety of clock/timing applications.

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