MM74HC164MX

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 74HC164MX is an 8-bit shift register in the 74 series of integrated circuit (IC) logic devices. It belongs to the Logic - Shift Registers category and is widely used in digital circuit applications. This device is composed of an 8-bit shift register and a Clock latch, which allows data to be shifted through the register on the rising, or falling edges of the Clock pulse. Every clock cycle, data is shifted one bit to the right, and the data at the input is shifted into the first bit, while the data at the output end is shifted to the output.

The 74HC164MX is made up of a single 8-stage shift register connected in series. Each stage in the shift register can store one bit of data. Data is entered through the input pin and clocked in through the Clock input pin. The data is then clocked out of the register through the D pin. The 74HC164MX operates in either serial in/serial out (SIS0) or serial in/parallel out (SIP0) mode. Data is shifted in the same direction in both modes.

The 74HC164MX has multiple uses, from controlling data flow in digital circuits, to creating digital-to-analog converters, to teaching logic using circuit boards. In a logic circuit, the74HC164MX shifts data one bit at a time and is used to create synchronous digital signals. The 74HC164MX can also be used to create digital-to-analog converters as it is able to accurately convert a digital signal into an analog one. This can then be used to control the speed, direction and angle of motors, as well as many other functions.

The 74HC164MX is also suitable for teaching logic using circuit boards, due to its small size and low cost. It can be used in conjunction with a circuit board, such as a breadboard, to illustrate simple logic operations. This makes it an ideal teaching tool in the classroom or for learning at home.

The 74HC164MX is a useful and versatile logic device. It can be used in a variety of applications and is effective in controlling data flow in digital circuits, creating digital-to-analog converters, and teaching logic using circuit boards. Its low cost and compact size make it a convenient and practical tool for a variety of industries.

The specific data is subject to PDF, and the above content is for reference