MC74HC174ANG

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The logic circuit component known as the MC74HC174ANG is a 4-bit register that is typically used to store data in the form of a binary bitstring. It is a type of flip-flop and is popularly used in computers and other digital systems for storing data and arranging logic operations. Receiving an input of parallel binary digits and providing an output of the same number of parallel binary digits, the MC74HC174ANG works very similarly to several other types of flip-flops.

The MC74HC174ANG is a type of positive-edge triggered flip-flop, which means that its change of output is triggered when it receives a positive edge pulse. This pulse is known as a clock pulse and is used to synchronize the changing of output with the rest of the circuitry. The MC74HC174ANG has four parallel binary inputs, four parallel binary outputs, and two clock inputs, as well as a reset input. The operation of the device is centered around the two clock inputs.

When the MC74HC174ANG receives both clock inputs, a parallel data bit input is stored in the circuit. That is, the data which is stored in the data inputs is passed to the data outputs, which can then be combined with other circuitry and sent on to further components.[1] A reset input is also present, which is used to reset the circuit to a known state.

The standard application of MC74HC174ANG component is to store up to four bits of data with two clock pulses. The output of the component is four parallel output bits, with the same number of parallel inputs. Depending upon the application, the component may be used to store data, provide logic circuits with synchronization, or provide clocked logic operations. The component is often found in digital systems such as computers, where it is used to store data and control logic operations.

The MC74HC174ANG component is able to store binary data while maintaining a maximum output time of 5 nano seconds.[2] Therefore, it is well suited for use in digital systems that must receive, store and output data while maintaining a consistent time delay. The component is also able to store data in both synchronous and asynchronous operations, making it suitable for a wide range of applications.

The component is also advantaged in terms of its power application. It requires only 1.7V of power, making it suitable for use in energy-saving designs. Additionally, the component is typically packaged in an 8-pin small outline integrated circuit (SOIC) footprint, which enables its use in compact designs.

Overall, the MC74HC174ANG component is a useful flip-flop that combines low power consumption, efficient time management and a small footprint. It is a dependable component that is found in numerous digital systems and can be used to store and synchronize data, as well as provide clocked logic operations.

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