M74HC73TTR Integrated Circuits (ICs)

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The M74HC73TTR is a type of logic flip flop, a type of sequential logic device that stores state information. A flip flop\'s two stable states represent two logic levels, with the transitions from one state to another referred to as a ‘flip’. The M74HC73TTR is generally a dual “D-type” flip flop designed specifically for use in digital electronics.

A flip flop is a basic digital device used to store and transfer binary information (1s or 0s). A typical flip flop generally consists of four inputs; a Data Input, a Clock Input, a Reset Input, and a Clock Enable. Depending on the type of flip flop, additional inputs may be present. The M74HC73TTR flip flop features the Clock Enable and Reset inputs, as well as a Set and Clear input.

The M74HC73TTR is a dual flip flop, providing two separate flip flops connected as a single device. This allows for two separate signals to be stored and synchronized, used as a single data bus, or for other applications where two flip flop devices are used together. Using two data inputs, two outputs, two clocks, two reset inputs, and two Clock Enable inputs, the circuit has a wide variety of applications in digital systems.

The Clock Input is used to synchronize the data input signal to the output signal, as the data is stored in the flip flop\'s memory after each clock signal transition. The Clock Enable input is used to ignore the Clock signal if necessary, while the Reset input is used to reset the flip flop. Set and Clear inputs are used to override the data input and reset signals, respectively, and can be used to reset the flip flop to a predetermined state.

The M74HC73TTR is designed to be used in applications where two separate flip flops are used together. Such applications include digital timers, synchronizers, multi-channel A/D converters, counters, data latches, auto-address multiplexers, and other logic circuits. It can also be used as a dual-state device for general logic functions, trapping two separate signals and controlling when they can be changed.

In addition to its basic functions, the M74HC73TTR provides a number of other features. The output flag monitors the state of the flip flop, allowing it to be used in both synchronous and asynchronous modes. It is capable of operating from a range of supply voltages of -55 V to +55 V, and can be used in both TTL and CMOS logic systems.

The M74HC73TTR is a versatile, dual flip flop device designed specifically for use in digital electronics. It features a number of features that make it suitable for a variety of applications, including digital timers, synchronizers, and counters. The device is compatible with both TTL and CMOS logic systems, and is capable of operating from a range of supply voltages. The device can be used as a dual-state device in a variety of logic systems and can be used to store and transfer binary information by capturing two separate signals and controlling when they can be changed.

The specific data is subject to PDF, and the above content is for reference