74FCT373CTQG8

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The 74FCT373CTQG8 logic device is an advanced low skewing, high-speed 16-bit buffer latch which is used to perform logic gating, level shifting, and data exchange. It is a member of the 74FCTxx family of advanced, low power, low skewing, and high-speed CMOS logic devices. It provides a low cost, fast solution for a wide variety of computing and communication applications.

The 74FCT373CTQG8 has an array of 16 latches arranged as four banks of four latches each. Each latch is controlled by two independent input control lines: A and B. When the A input is logic high and the B input is logic low, the associated latch will transfer data from the D input to the Q output. The data on the Q output will remain latched until both the A and B inputs return to the logical low state. This feature can be used to maintain data integrity between clock domains. When either the A input or the B input, but not both, are logic low the associated latch will be in the disabled or off state.

The 74FCT373CTQG8 also features user selectable power-down logic, which can be used to reduce power consumption. When this option is enabled, the Q output of a latch will be forced to the logical low state if both the A and B inputs are logic high. This capability can be used to reduce power consumption during periods of device inactivity.

The 74FCT373CTQG8 is an ideal logic device for use in a wide variety of applications. It can be used for data transmission and synchronization between clock domains in high speed digital communication applications such as Ethernet, USB, and FireWire. It can also be used to control memory access and address decoding in embedded systems. Additionally, it can be used for address decode, register control, and data transfer in FPGA based systems.

The 74FCT373CTQG8 is designed for use with standard CMOS voltage logic levels (3.3V, 5V, and 12V). It is available in 8-pin PDIP, 8-pin SOIC, 8-pin TSSOP, and 8-pin VQFN packages. It is fabricated with advanced 0.35 µm triple-well CMOS technology and is rated to operate over the extended temperature range of -40 °C to +85 °C.

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