CD4035BM

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Logic-Shift Registers are digital circuits used in many applications to store or transmit data. The CD4035BM is a popular version designed for implementing simple shift-register functions. This article will discuss the applications and working principles of the CD4035BM.

CD4035BM Application Field

The CD4035BM is a bipolar CMOS logic integrated circuit that operates as a multi-stage shift register. It is usually used as a serial-to-parallel shift register, or a parallel-to-serial register depending on the application. It can also be used as a replaceable device for synchronous applications such as pulse-width modulation.

The devices are mostly used for memory storage and for controlling the flow of data in digital circuits, particularly in robots and other automated systems. They are also used to generate serial numbers, barcodes, and other unique identifiers for various products, including PCs and microcontrollers.

The main use of the shift registers is for data transfer in digital systems. It can easily remember several data points and read them in any order as required. The shift registers can be used to store status information of digital devices, such as the current operating mode, or keep track of production data.

The CD4035BM is also used in the interfacing of screens or displays with complex data input. It is often used to control the flow of information in interactive displays and kiosks. Due to its multiple-stage capacity, it can also be used as a controller for audio/video equipment or high-speed serial communications.

Working Principle of the CD4035BM

Each of the stages of the device contains an inverter, an S/R flip flop, a transmission gate and reset circuitry. The inverter is used to invert data from high to low, and from low to high, while the S/R flip flop is a rapid data shift device. The transmission gates act as buffers for the data, allowing a high-speed shifting rate.

The device is designed to operate in either serial or parallel mode. In serial mode, data is shifted out of the last stage, while in parallel mode, all bits of the shift register are available at the output at the same time. The serial input is connected to the first shift register stage and after each clock signal pulse, the data is shifted to the next stage until all stages have been updated.

The data transfer rate can also be varied by varying the clock rate. For high-speed data transfer, a higher clock rate is necessary. The reset input can be used to reset the data in the register to zero at any time. The device is constructed on a single monolithic chip and can be implemented in two packages, either the Dual in-Line Package (DIP) or the surface-mount package (SMP).

Conclusion

The CD4035BM is a versatile and popular logic integrated circuit suitable for a variety of digital applications. It is capable of storing and transmitting data in both serial and parallel formats, with a variable data transfer rate. With its multiple-stage register, it can also be employed in some specialized tasks such as controlling audio/video equipment or high-speed serial communications. Thus, it has a variety of applications in the consumer, industrial and medical industries.

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