IDT74FCT374CTPYG

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Integrated circuit products with the identifier IDT74FCT374CTPYG contain a flip-flop device that is designed to be used in systems requiring level triggered input signals or single edge triggered input signals. All flip-flops in the product are noninverting with an asynchronous reset, and they serve as level triggered clocked storage devices. In order to understand how the devices in these integrated circuits work and in what types of applications they are best suited, it is important to look at the logic-level operation, the working principles and the information related to the outputs, inputs and functions of the IC.

Logic-Level Operation

The IC products marked with the designator IDT74FCT374CTPYG are 3.3V CMOS dual flip-flops. This particular IC is compliant with both the JEDEC and the AEC expedited standards. It is purpose built for use in applications that require higher speed and improved performance over TTL-type products with equivalent functions. The flip-flop in this IC has both a positive level triggered input and a single edge triggered input, which allows it to be used in a variety of applications.

Inputs, Outputs and Functions

The ICs marked with this designator contain two flip-flops, with both clocked and set/reset control logic. It also has two asynchronous reset inputs and a 3-state control output. The outputs of the ICs marked with this designator are designed to be used in systems that require level triggered input signals or single edge triggered input signals. The inputs of the ICs marked with this designator contain two Clock (CK) inputs per flip-flop as well as two Data (D) inputs and two Set (S) inputs per flip-flop. The outputs of the ICs also contain two Complement (Q) outputs and two True (Q) outputs for each flip-flop.

Working Principles of the IDT74FCT374CTPYG IC

The working principle of the IDT74FCT374CTPYG IC is based on the level triggered input signals or single edge triggered input signals. When the input signals of the IC are level triggered, the data is clocked into the flip-flop on the rising edge of the clock signal. When the input signals of the IC are single edge triggered, the data is clocked into the flip-flop on both the rising and falling edges of the clock signal. In addition, the reset input will reset the flip-flop to its initial state. The 3-state control output is used to control data flow in systems that use multiple ICs. This enables the ICs to affect each other through the use of the 3-state control output.

Application Fields of the IDT74FCT374CTPYG IC

The IDT74FCT374CTPYG IC can be used in a variety of different applications, such as clock and data recovery, phase-locked loops (PLLs), serial-to-parallel converters, data capture, frequency synthesis, latch up prevention and level sensitive address decoding. It can also be used in applications that require timing-critical control and counting of digital signals. This IC is also well-suited for applications that involve large amount of data processing as well as applications where the speeds of the operations needs to be increased. All of these applications and more are possible with this IC.

Conclusion

The IDT74FCT374CTPYG IC is designed to be used in systems that require level triggered input signals or single edge triggered input signals. The IC contains two flip-flops, with clocked and set/reset control logic, and two asynchronous reset inputs, as well as a 3-state control output. This IC works on the basis of the level triggered input signals or single edge triggered input signals, and can be used in a wide range of applications, such as clock and data recovery, phase-locked loops, serial-to-parallel converters, data capture, frequency synthesis, latch up prevention and level sensitive address decoding.

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