CD74HC175M96

Logic - Flip Flops

CD74HC175M96 is a type of logic - flip-flop commonly used in digital logic circuits. It is usually used as a memory element or an output device. It has the capabilities of storing a single bit of information in its two stable states, 1 and 0. It is an integrated circuit that consists of two crossed-connected latches, each of which has its own set-reset line.

Application Field

This type of integrated circuit can be found in a wide range of electronic devices. It is mainly used in logic applications such as digital counters, shift registers, logic gates and signal timing. It can also be programmed to provide the necessary logic performance for various applications such as low-voltage switchover, logic control, logic sequencing and signal conditioning.

In addition, the CD74HC175M96 has been used in industrial automation systems, including process controllers and manufacturing data recorders. It is also suitable for digital signal processing, computer systems and consumer products.

Working Principle

A CD74HC175M96 logic - flip-flop is based on the concept of two crossed-connected latches, each of which has a set and a reset line. These set and reset lines are driven by two complementary signals, and the state of the flip-flop is determined by their level. When both the set and reset lines are at the same logic level, the device is in its stable state, and the output will remain at either logic 1 or logic 0. When the levels on the set and reset lines are different, the logic level of the output will change.

In this type of toggle flip-flop, the output is dependent on the previous state. An output transition goes from low to high if an input transition occurs on the set line and from high to low if there is a transition on the reset line. This makes it an asynchronous device and is often used in timing and counting circuits.

The CD74HC175M96 logic - flip-flop is an efficient and versatile device that is widely used in a wide range of applications. Its ease of operation and robust nature makes it a popular choice among digital circuit designers.