PI49FCT3807CQE

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The PI49FCT3807CQE is a low-skew, high-performance clock buffer that enables several system clock applications. The PI49FCT3807CQE has a total of eight buffers that can be used to drive clock signals with a skew of less than 10ns. The clock buffer has an input range of 1.5V to 3.6V and can provide a 1V peak-to-peak single-ended output waveform. It also has two phase-independent outputs and an input frequency range of 5 kHz to 125 MHz, which makes it suitable for multiple applications including network switches and routers, mobile phones, home networking systems, and automotive, medical and industrial control systems.

The PI49FCT3807CQE is capable of propagating a signal over a wide range of supply voltages and temperatures. It has a propagation delay of 4ns at 3.3V to 10ns at 3.6V, over a wide temperature range of –40°C to +85°C. The clock buffer also features a power-on reset feature which helps ensure stable clock signal propagation. In addition, the device is compliant with the RoHS 2011/65/EU directive and is available in a small, 8-pin package.

The PI49FCT3807CQE\'s working principle is based on a self-contained, low-skew, high-performance clock buffer that is designed to reduce system clock signal jitter and crosstalk. It is composed of multiple high-performance circuits and logic gates which can buffer clock signals, reduce signal noise and crosstalk and improve system clock signal performance. The clock buffer can be used to provide a low-skew, clean signal to multiple devices in a system while reducing the impact of signal noise on system clock signal performance. It also provides a 1V peak-to-peak single-ended output waveform which can be used to propagate a signal over a wide range of supply voltages and temperatures, ensuring stable clock signal propagation.

The PI49FCT3807CQE is ideal for any system that requires a low-cost, low-jitter, low-skew, and low-power clock signal buffer. Its wide input frequency range and low propagation delay make it an effective solution for multiple system clock signal applications, such as network switches and routers, mobile phones, home networking systems, and automotive, medical and industrial control systems.

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