MM74HCT273MTC

Logic - Flip Flops

The MM74HCT273MTC is a low power, high speed, quad 2-input D type flip-flop with internal level re-solvers. Mainly used in digital systems, it is a versatile and economical tool that can be used for memory and signal routing applications. With a fast propagation delay of 15 ns, a power consumption of 10 mA and a maximum supply voltage of 5.5 V, it is ideal for high-speed logic circuits and systems.

The MM74HCT273MTC is governed by a set of rules and fundamental laws that dictate its behavior. These rules include but are not limited to the following:

• Flip-flops serve as memory elements, acting as the building blocks for registers and other storage devices.
• The internal level re-solvers stabilize the operation when powering up or down.
• A triggering signal on the Clock (Clk) input activates a new level stored in the D input, otherwise the stored level keeps unchanged.
• The new level appears in Q outputs after a propagation delay.
• The asynchronous reset (R) sets to 0 the level on the Q outputs, irrespective of the Clk signal.
• The asynchronous preset (P) sets to 1 the level on the Q outputs, irrespective of the Clk signal.

The MM74HCT273MTC is suitable for a wide range of applications. It can be used as a signal router, as a bridge between two logic systems, as a memory element, or as an interface between analog and digital systems. It is also ideal for high-speed logic circuits and systems, like arithmetic logic units, sequencers, multiplexers, decoders and signal converters.

As the signal is routed from input to the output, the flip-flops process and store the signal, as governed by the clock GND. The information is also routed from output to input, as the output is reset back to 0. This layering of information is vital in processing signals and achieving the desired results, which is why the MM74HCT273MTC is such an important device.

In conclusion, the MM74HCT273MTC can be used to store the various levels of signals. It works as a memory and signal routing element, and is suitable for a wide range of applications. Furthermore, its fast propagation delay and low power consumption make it ideal for high-speed logic systems.