IDT74FCT810CTQG8

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IDT74FCT810CTQG8 is a High Performance CMOS 1-to-8 false logic FET Clock Driver/Buffer specified over the commercial temperature range. This device is designed to provide high performance buffering and logic translation on a single chip, while keeping the power dissipation and cost to a minimum. It is capable of driving up to 8 outputs with a ground referenced input. The non-inverting outputs provide increased noise immunity, reduce the overall system power consumption, and minimize output noise.

IDT74FCT810CTQG8 belongs to the Clock/Timing - Clock Buffers, Drivers, which is a family of very versatile high performance non-inverting clock drivers/buffers and general purpose high speed logic translation devices. Specifically, the IDT74FCT810CTQG8 is ideal for applications such as clock distribution, logic translation and memory expansion.

The IDT74FCT810CTQG8 device has a simple dual gate Logic FET input structure implemented with a cascode spread base region to create the logic level dynamic threshold shift for negative logic input level shifting. This double gate structure allows the IDT74FCT810CTQG8 to have common mode transient immunity up to 9 volts. For situations where a dedicated clock signal is not available, the IDT74FCT810CTQG8 device can be used as a differential sense clock driver to provide better noise and jitter immunity.

The working principle of IDT74FCT810CTQG8 is that when a logic low or high signal is applied to the Clock/Data input pin, the input switches the corresponding output driver\'s signal. Moreover, the Clock/Data input pin is designed to be internally-pulled-up with an adjustable strength allowing it to be operated in the open collector mode. This makes the IDT74FCT810CTQG8 a part of a serial communications link.

In summary, the IDT74FCT810CTQG8 is a cost effective and reliable solution to provide high performance buffering and logic translation on a single chip, while keeping the power dissipation and cost to a minimum. The false logic FET Clock Driver/Buffer is ideal for applications such as clock distribution, logic translation and memory expansion and is operated in the open collector mode for serial communications.

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