IDT74FCT3807Q

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The IDT74FCT3807Q is a low power, high frequency clock/timing buffer that is designed for high performance, low memory interface and clock distribution applications. It is capable of interfacing directly with a variety of logic families and is suitable for DC to 200MHz clock frequency applications. This versatile buffer is also suitable for low-skew applications, power management, multiple clock distribution, and wide variety of other applications.

The IDT74FCT3807Q is designed for use in clock/timing-related applications, such as low-skew data and clock distribution, timing requirements synchronization, and multiple clock distribution. The device has two differential inputs that can accommodate differential clock signals. The device also has two independent outputs, each of which can provide a single-ended output. Furthermore, the device has an asynchronous reset pin that enables asynchronous reset of the outputs.

The IDT74FCT3807Q utilizes an advanced CMOS process and provides a low power consumption. It is capable of providing low-skew, regulated clock signals with extremely low power consumption, fewer board components, and improved system performance. The device is also capable of providing more speed and flexibility by reducing the complexity of multiple output designs.

The working principle of the IDT74FCT3807Q is relatively simple. It is a clock/timing buffer designed with two differential inputs and two independent outputs that can accept two different differential clock signals and provide a single-ended output. The two differential inputs provide high speed, low-skew clock signals that are synchronous across two clock domain and multiple output clock distribution. The device also has an asynchronous reset pin to enable asynchronous reset of the outputs and the circuit.

The IDT74FCT3807Q is suitable for a variety of clock/timing-related applications. It is ideal for applications such as low-skew data and clock distribution, timing requirements synchronization, and multiple clock distribution. It is capable of providing high frequency, low power, and low skew clock signals, as well as improved system performance. Additionally, the device is very simple to use, and provides a variety of features that make it an ideal choice for clock/timing-related applications.

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