MM74HC273WM

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MM74HC273WM shift registers belong to the family of flip flops, which are used to store and retrieve data bits. Flip flops are circuits with two stable states, one of which is known as the set state and the other as the reset state. Flip flops allow information to be stored in a latching information for later retrieval. The MM74HC273WM is a high-speed CMOS 8-bit shift register. It is designed to be used with low-power CMOS logic IC’s with a voltage supply of 3.3V to 5V.

The MM74HC273WM has two versions of the part, the Dual-In-Line (DIL) package model and the surface mount (SMT) variant. Both versions have the same features and are available from most electronic retailers. This integrated circuit can be used to store and retrieve a variety of digital information, such as data bytes, address bits, control signals and other logic operations.

The MM74HC273WM has two basic modes of operation, either parallel input or serial input. In the parallel input mode, all the data bits are transferred in a single clock cycle. In the serial input mode, the data bits are transferred one bit at a time. Both modes can be used to transfer data in both directions, either from the MM74HC273WM to another device or vice versa.

When used in the reverse direction, it is known as a shift register. The MM74HC273WM is an 8-bit shift register so it can store eight bits of data and transfer them in sequence. It is also capable of ripple carry, which allows the input bits to carry values through the register until they reach the output.

The MM74HC273WM can also be used as a synchronous counter. This feature allows the counts to be saved in the register until the value reaches the desired number. The count is then reset to the initial state and the process is repeated, allowing for the sequence of counts to be repeated again and again. This is useful for a range of applications such as pattern generation, digital timing and measuring.

The MM74HC273WM has two primary operating modes. The first mode is the asynchronous mode, which is the default state. In this mode, changes to the registers will be immediately reflected on the outputs. The other mode is the synchronous mode, where the outputs of the device will only update when the clock is active. This is useful for applications such as data synchronization.

The MM74HC273WM has a number of possible applications. It can be used to build logic circuits, create digital counters, generate repeated patterns and as a synchronous counter. It can also be used as a shift register, allowing one device to transfer data to another at high speeds. The MM74HC273WM is an excellent choice when a high speed, low power and versatile device is needed.

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