M74HC4094YRM13TR

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Logic - Shift Registers are a type of sequential logical device that can store, shift and store data from one state to another; this process is known as data shifting. The M74HC4094YRM13TR is an integrated circuit that is one type of shift register. It is an 8-bit shift register, meaning it is capable of shifting and storing 8 bits of binary data at a time. In addition, it features a serial input (SI), 4-bit parallel inputs (PIN0-PIN3), an output enable pin (OE) and an asynchronous reset (AR) pin.

The M74HC4094YRM13TR offers several common applications. One application is as a piece of memory shift register; this type of register shows data as it is shifted. Another common application is as a storage register, which retains data until it is overwritten by a new data input. Still another potential use is as a shift relay - allowing data or a signal to be shifted between multiple devices.

The M74HC4094YRM13TR operates on a single VCC power supply, which is rated at 2V to 6V. Operation is temperature-independent between a -40C to +85C range. The IC also features low pin counts of 15 pins, making it ideal for applications where space is a major limitation.

The M74HC4094YRM13TR is designed to operate at high speeds thanks to its rise and fall times being constant over the supply voltage range. This allows the IC to switch faster than some of its alternatives, making it better suited for high-performance applications. Furthermore, the low power consumption of the IC makes it especially attractive for applications where power usage is a concern.

The working principle of the M74HC4094YRM13TR is a data shifting process. When data is applied to the serial input (SI)pins, it is stored in a series of internal registers. This data is then shifted to the parallel output (PIN 0-PIN 3)pins when the output enable pin (OE) is activated. The asynchronous reset (AR) pin can be used to reset the internal registers, thereby clearing the entire chip.

In conclusion, the M74HC4094YRM13TR integrated circuit is a type of shift register that can be used for multiple applications. It is well-suited for use in areas where power consumption, space constraints and noise immunity are important considerations. Furthermore, it operates with a single VCC power supply and offers constant rise and fall times over the supply voltage range, making it well-suited for fast-switching applications. It also features an asynchronous reset pin which can be used to quickly clear the data stored in the internal registers.

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