CY74FCT373CTSOCT

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Logic latches are electronic components used as basic building blocks of digital circuit design. They are commonly used in applications where data must persist from one clock cycle to the next. One such device is the CY74FCT373CTSOCT, which is a high-performance Octal D-Type Flip‑Flop that is designed for asynchronous parallel buses. It\'s a 3-state output register with each flip-flop having complementary outputs.

The CY74FCT373CTSOCT is designed for use in low voltage (2.5V to 3.6V) applications and is compliant to Power-over-Ethernet (PoE) standards. Its latch enable pins have a schmitt trigger input structure and are capable of responding to slow input transitions. This device is especially suitable for low-power applications as it has an ultra-low maximum current consumption of 24µA (max) at 3.3V and operates at clock frequencies up toclocks. It also features buffered inputs, so that it can drive multiple loads in a point-to-point system.

The CY74FCT373CTSOCT features eight octal flip-flops. The latch enable input is used to select data at the chip’s inputs and the clock is used to control when the data is to be latched. Data is placed on the inputs of each flip-flop and then the clock is low. When the clock is high, the data is latched. The outputs will remain in their latched state as long as the latch enable input is low, otherwise they will be in a high-impedance state. This allows the data to flow freely between flip-flops while providing the versatility of independent latch enable lines. The output control pin can also be used to control the direction of the data flow so that data can go from one register to the other.

The CY74FCT373CTSOCT is typically used in systems where data must persist from one clock cycle to the next. It can be used for a variety of functions such as creating memory, storing data, and providing clocking signals for other circuits. It can also be used as an address decoder or an address remapper in applications that require data to move in both directions. This device is also useful for applications such as multiplexers, for combining and controlling the flow of data.
In summary, the CY74FCT373CTSOCT is a high-performance octal D-type flip-flop and is typically used in applications where data must persist from one clock cycle to the next. It has complementary outputs with buffers and latch enable lines, and is well-suited for low-power applications, such as PoE systems. With its versatile features, it is a reliable and suitable choice of device for many types of applications.

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