74FCT807CTPYG

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74FCT807CTPYG is an integrated circuit integrated with dual line drivers. It provides a complementary pair of buffered outputs and accept two low-voltage logic inputs, offering an ideal solution for clock buffering and signal retiming applications. It is composed with a flexible architecture that is perfect for interfacing between TTL, 5V CMOS, 3.3V CMOS, LVTTL and what’s more, ECL components. This integrated circuit is available in two different options: the 74FCT807CTPYG-Q100 and the 74FCT807CTPYG-Q208, both of which operate in a wide temperature range of 0 to 70 degrees Celsius.

The 74FCT807CTPYG is constructed with two high performance circuit elements, the transistor-transistor logic input and the complementary outputs driver. Equipped with dual low-voltage logic inputs, this integrated circuit supports level translation and buffering of the clock signal within the user system. It offers an array of features, such as low output skew and low capacitive loading, making it ideal for various applications, including clock buffering, ECL signal retiming, clock distribution and data retiming.

The transistor-transistor logic input makes the 74FCT807CTPYG a reliable device that can handle fast input edge rates. It is capable of driving two AC loads at 10MHz, 10mV and 2ns, making it great for a wide variety of interfaces between families with different characteristics. In addition, the device supports low-to-high and high-to-low transitions in its input and output, making it virtually immune to noise and allowing it to better handle a range of input logic solutions.

When it comes to applications, the 74FCT807CTPYG is an ideal device for providing clock buffering and data retiming between various logic families. With its flexible architecture, the integrated circuit can provide level-translation for TTL, 5V CMOS, 3.3V CMOS, LVTTL and ECL components. It supports clock-node buffering, clock distribution and ECL signal retiming, which is possible with its low-to-high and high-to-low transitions. The device is also popular for providing multiple clock sources for the user system, as well as providing separated but synchronised clock data for each device.

In conclusion, the 74FCT807CTPYG is a highly flexible integrated circuit that is ideal for interfacing between different families with different characteristics. Its low-voltage logic inputs and complement output drivers allow it to reliably provide level translation, clock-node buffering, clock distribution and ECL signal retiming. With its low output skew and low capacitive loading, it is a great device for providing clock buffering and data retiming in a wide variety of applications.

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