CD40175BPWG4

The CD40175BPWG4 is categorized under Logic - Flip Flops which is a type of digital switch. It was manufactured by TI and is a 4-bit storage register, which means that it contains four 1-bit storage elements and the data can be transferred between the register and the external buses. It requires low power, which makes it ideal for applications in battery operated systems.

The working principle of the CD40175BPWG4 is as follows: it stores binary data in its four 1-bit register, allowing data to be loaded and shifted between it and external buses. When power is applied, the data is stored in the register and can be moved in either direction, depending on the clock edge and the value of the Shift/Load control input pin. When the Shift/Load pin is low, data is loaded into the register and can be shifted in either direction, depending on the clock edge. When the Shift/Load pin is high, the data remains in the register and can be shifted in either direction, depending on the clock edge.

The CD40175BPWG4 has a wide range of applications, from scientific and industrial control, digital signage, audio devices, instruments, home entertainment and automotive control systems. It is also used in automotive remote keyless entry systems, where its low power functionality makes it an ideal choice. The CD40175BPWG4 also provides logic expansion capabilities, allowing users to easily expand their circuits. In addition, it can be used for frequency synthesis functions in radio communication, operating as either a divide-by-N or modulus-N frequency divider.

In summary, CD40175BPWG4 is classified under Logic - Flip Flops and is a 4-bit storage register. Its working principle involves data being loaded and shifted between the register and external buses. Its low power requirement makes it ideal for battery operated systems and it has a wide range of applications including scientific, industrial and automotive control, digital signage and radio communication. Its logic expansion capabilities also allow users to easily expand their circuits.