The contents of a serial-in/serial-out shift register are DCBA = 1101, where Ais the least significant digit of the register. A serial input 10010 is moved into the shiftregister, from left to right, most significant bit first, by five successive clock pulses. Show the contents of the register after each clock pulse during the period of five clock pulses.
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Answer:
Explanation:
The Shift Register is a sequential device that loads the data from its inputs and then "shifts" it once every clock cycle to its output.
Several single bit "D-Type Data Latches," one for each data bit, either a logic "0" or "1," are coupled together in a serial type daisy-chain configuration to form a shift register. The output from one data latch becomes the input of the next latch, and so on.
Data bits may be put into or removed from a shift register simultaneously in a parallel configuration, or serially, that is, one after another from either the left or the right direction.
The quantity of separate data latches need to The amount of bits to be stored often determines how many bits make up a single Shift Register device, with 8 bits (one byte) being the most popular and made up of eight different data latches.
Shift Registers are frequently used within calculators and computers to store data, such as two binary values before they are added, or to transform data from a serial to a parallel or parallel to a serial format. Shift Registers are used for data storage or for the movement of data. A single shift register's separate data latches are all powered by the same clock (Clk) signal, making shift registers synchronous devices.
In order to be "SET," shift register integrated circuits are typically equipped with a clear or reset connection.
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