CY74FCT377ATQCT

CY74FCT377ATQCT is a member of Fairchild Semiconductor’s advanced, ultra low-skew family of register and bus-oriented Flip Flops. The CY74FCT377ATQCT is a low-skew two-input D-type Flip Flop that features extremely low clock-to-output-skew. Its data input and clock skew specifications allow for minimal jitter in synchronous systems. The CY74FCT377ATQCT is designed to replace registered clock drivers and other devices in high-speed systems.

The CY74FCT377ATQCT’s main application fields include data retiming, multiplexing control signals, clock synchronization and frequency division. This Flip Flop’s small package size and low-power operation also makes it well-suited for use in portable applications, such as laptop computers, PDAs, and cell phones. In addition, its high-speed performance and low-power operation make it ideal for use in applications that require fast, efficient data transfer.

The CY74FCT377ATQCT’s working principle is based on the D-type Flip Flop structure, which is a commonly used logic circuit in data processing and control systems. This Flip Flop contains two data inputs, D and Q, and two clock inputs, C1 and C2. The D and Q pins serve as inputs and outputs for the Flip Flop. When a rising clock edge occurs on the C1 input, the D input data is transferred to the Q output. The C2 input is used to reset the circuit and clear its contents. The output “Q” of the CY74FCT377ATQCT Flip Flop is valid after the falling edge of the C2 pin.

In summary, the CY74FCT377ATQCT is an ultra low-skew two-input D-type Flip Flop that is ideal for use in data retiming, multiplexing control signals, clock synchronization and frequency division applications. This Flip Flop’s small size and low power consumption make it well-suited for use in a variety of portable devices, including laptop computers, PDAs, and cell phones. The CY74FCT377ATQCT operates based on the conventional D-type Flip Flop structure, which contains two data inputs, D and Q, and two clock inputs, C1 and C2. The rising edge of C1 input transfers the D input data to the Q output, while the falling edge of C2 clears the Flip Flop’s contents.