74FCT373CTPYG8

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The 74FCT373CTPYG8 is an octal D-Type flip flop with LVTTL-compatible inputs and outputs. It is used to store logic levels that have been presented to its data inputs (Dn). The device features an input latch for each D flip flop and is used for transparent latch applications in high speed memory address and data buses. The 74FCT373CTPYG8 fits the need for low power that is often found in battery-powered applications.

The basic function of a latch is to store a logic level once it is presented at the input. The 74FCT373CTPYG8 is an octal D-Type Flip Flop that is typically used as a storage device. The device has two type of inputs, the Clock, C, and the Data inputs, Dn. The Flip Flop will store the logic level of the input presented at the Dn when it is clocked by the C input.

The Clock input frequency of the 74FCT373CTPYG8 is up to 15 MHz and its output noise immunity of up to 12ns is good. The 74FCT373CTPYG8 also features a low power consumption at 75 mW per D-Flip Flop. Therefore, this device can be used in systems with low power requirements such as battery-operated devices.

The 74FCT373CTPYG8 is part of the logic family of latches and is used in a variety of applications such as in memory address buses, data buses, and digital signal processors. It is also used in high speed I/O systems, wherever a buffered storage device is required. The device provides an ideal solution for designers looking for low power consumption and fast operation in a variety of applications.

The 74FCT373CTPYG8 is widely used in a variety of applications due to its low power consumption, fast operation and buffered storage capability. It can be used in a variety of systems requiring low power and high speed operation, such as memory address buses, data buses, and digital signal processors. The device is also frequently used in high speed I/O systems, so designers should ensure that their system requirements meet those of the device before purchasing.

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