IDT74FCT810CTPYG8

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The IDT74FCT810CTPYG8 is a clock/timing buffer, driver and signal conditioning device. It is designed to drive high fan-out clock signals up to 10MHz into mixed signal, high pin-count (greater than 64 pins) devices. Additionally, it prepares the clock signal for incoming devices, making it easier for system level users to minimize jitter and minimize set up and hold times.

The IDT74FCT810CTPYG8 is a programmed output buffer and a driver. It has an integrated delay cell and an input enable control that reduces the propagation delays significantly, making it ideal for applications where the clock or data signals need to enter multiple devices with different operating levels or threshold voltages. Features of this device include adjustable skew, integrated clock signal conditioning circuitry, programmable output configuration, and low power consumption.

The adjustable skew feature allows users to minimize the clock setup and hold times or perform precise clock or data alignment between multiple devices. The integrated clock signal conditioning circuitry includes integrated pull up and pull down resistors on each output, as well as a low pass filter to reduce 2-2MHZ damped sine wave noise.

The output switching configuration of the IDT74FCT810CTPYG8 can be programmed by the user such that the driver can use a wide range of output levels to drive multiple devices. The level of the output switch can be programmed to drive either 3.3V or 5V devices. It also provides short circuit protection.

In addition to its output switching feature, the IDT74FCT810CTPYG8 also provides low power consumption. It consumes approximately 0.6mA of current at 5V, which is significantly lower than other clock/timing buffers.

The IDT74FCT810CTPYG8 can be used in applications where a precise clock or data signal alignment between multiple devices is required, and where there is a need to drive high fan out clock signals into mixed signal, high pin count devices. Its low power consumption and integrated clock signal conditioning circuitry make it ideal for applications where power is important.

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