CD74HC597M96G4

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

CD74HC597M96G4 logic shift registers are integrated circuits designed to store data in the form of binary bits or digital signals, and they are often used in digital electronics applications. They are most commonly used to shift data from one part of a circuit to another, and they can also be used to generate waveforms or signals. The CD74HC597M96G4 is a specialized shift register that is designed to be used in low-power applications.

The CD74HC597M96G4 consists of an 8-bit shift register, a 4-bit parallel port, and a multiplexer. The register consists of 8 D-type flip-flops cascaded in series that can store up to 8-bits of digital data. Data is shifted in through the left hand side of the shift register, whereas data is shifted out of the right hand side. The 4-bit parallel port is used to load data into the shift register in a single-cycle. This allows the data to be serially shifted in or out of the register in a single clock cycle. The multiplexer is a digital circuitry device used to route a single input signal to one of many outputs.

The CD74HC597M96G4 logic shift register typically operates in two different modes, either the serial-in/parallel-out (SIPO), or clock-in/parallel-out (CIPO). In the SIPO configuration, the data is serially shifted in through the shift register and output in parallel at the 4-bit parallel output port. In the CIPO configuration, the data is clocked in at the clock input and data is output in parallel at the 4-bit parallel output port. This type of logic shift register is commonly used in applications such as logic expanders, counters, digital logic, memory systems, and data transmission.

The working principle of a logic shift register is relatively simple and straightforward. When a clock pulse is applied to the clock line, the data stored in the register is passed onto the next register in the register chain. This allows the data to “shift” from one register to the other and be output in parallel. By manipulating the clock speed and the data stored in the register, it is possible to shift data through the register and create waveforms or output patterns. Logic shift registers are often used to extend the amount of outputs that can be generated from a single integrated circuit.

The CD74HC597M96G4 logic shift register is ideal for low-power applications, as it consumes very little power and does not require any additional external components for operation. It is also highly reliable, as it is constructed using special high-speed logic. Since the device does not require any additional external components, it is very easy to integrate into any system.

In conclusion, the CD74HC597M96G4 logic shift register is an incredibly versatile integrated circuit designed to store and transfer digital data in a number of applications. It is perfect for low-power operation and offers a high degree of reliability. The device is highly reliable and very easy to integrate into any system.

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