CD4035BNSR

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Logic-Shift registers are one of the primary building blocks in digital electronics. CD4035BNSR is a growing in popularity becuse of its powerful features and performance. With its wide range of applications, it has become one of the most preferred logic-shift registers.

CD4035BNSR is a four-stage shift register, which is typically used for serial-in, parallel-out storage. It is built using various logic devices such as 4-bit shift registers, 4-bit multiplexers, and 4-bit latches. Its\' structure consists of three shift registers, multiplexers, and two 4-bit latches for the data inputs and outputs.

The first shift register is used for the serial data input. It is responsible for shifting the data from bit 0 to bit 1, and then from bit 1 to bit 2, and so on until it reaches the last bit of the register (bit 3). The data at bit 3 is then sent to the multiplexer which is used to select which data gets stored in the 4-bit latches.

The multiplexer is controlled by the data select inputs (DS1-DS4) and based on these signals, it determines which of the bits will get stored in the 4-bit latches. The two latches consist of D-FFs (Data Flip-flops) and the stored data is direclty output from the latches.

The second shift register in the register is used for the parallel data output. It is used to shift out the data from the 4-bit latches. As the data gets shifted out, it is stored in the FFs of the shift register where it can be retrieved and output in the serial format.

The third shift register is used as a control register. It is used to store the control bits coming from the input. These control bits are used to determine which of the four data select inputs are active and thus, which data inputs will get stored in the 4-bit latches. The control register is connected to the multiplexer, which is used to select which data input will get stored in the 4-bit latches.

CD4035BNSR is a versatile register, which is used for many applications such as multiplexers, buffers, frequency dividers, memory storage, etc. Its wide variety of applications makes it a preferred choice for logic designers. Its powerful features and performance makes it ideal for use in complex logic systems.

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