CY74FCT2373CTSOC

The CY74FCT2373CTSOC is a high-speed, low-power, low-voltage, CMOS Logic device. It is part of the FCT Series Register family of devices and it has 3-state outputs, making it an ideal solution for a range of applications.

The CY74FCT2373CTSOC is a high-performance device which combines two separate Back-To-Back 3-state registers in one package. This device features dedicated Clock, Enable and Output Enable signals allowing for maximum flexibility in implementing any logic control requirement.

The CY74FCT2373CTSOC belongs to the family of Logic - Latches, more specifically it is a Back-To-Back 3-state register. In operation, when Clock is asserted (Low), data from the Data inputs (D₀, D₁) is stored in the respective registers. When the Enable input is Low, the outputs (Q₀, Q₁) are enabled and are in the High Impedance state.

The CY74FCT2373CTSOC is strategically designed to provide optimum performance in the most compact space. It is designed to have a low supply-current rating, 500uA, and a low-power dissipation, 5.5mW. The CY74FCT2373CTSOC surpasses all other logic devices in its class and can be used in a wide variety of applications.

The CY74FCT2373CTSOC can be used in data acquisition systems, high-speed buffer memories, program memories, and networking systems. It is also suitable for multi-channel data flow and buffering applications and for co-processor applications such as image processing and sorting. Its wide range of utilizations makes it a highly versatile device.

The CY74FCT2373CTSOC is available in a wide variety of packages and is extremely easy to use. Its high-speed capability is due to the internal piping of data between the registers, which allows data to be quickly transferred between the registers. The CY74FCT2373CTSOC is a powerful and highly versatile resource that can be used in a variety of applications.

In conclusion, the CY74FCT2373CTSOC is a powerful, low-power, low-voltage device from the FCT Series Register family of devices. It is part of the Logic - Latches family and offers dedicated Clock, Enable and Output Enable signals for maximum flexibility in implementing memory control requirements. Its low power dissipation and wide variety of packages make it an attractive choice for a range of applications including data acquisition systems, high-speed buffer memories, program memories, and networking systems.