![]() ![]() ![]() ![]() So we have two ways in which data can ‘flow’ through a shift register. Similarly, each flip-flop can have its own output too. This particular setting of giving input is known as parallel input. Parallel: Each flip-flop can have its own input.The output is in the same order as the input. We get the data output at the last flip-flop. Each bit passes through the cascade in a line. Serially: Data enters the cascade of flip-flops in a stream.We can feed and extract data to and from a shift register in two ways: Commonly available Shift Register ICs (source) How do shift registers move data?.Some commonly available shift registers.How to design a 4-bit Parallel in Serial Out shift register (PISO)?.How to design a 4-bit Parallel in Parallel Out shift register (PIPO)?.How to design a 4-bit Serial In Parallel Out shift register (SIPO)?.How to design a 4-bit Serial In Serial Out shift register (SISO)?. ![]()
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