CD74AC04M96G4

Logic gates and inverters regulate and direct how electricity moves, or does not move, in computer networks, machines and other electrical systems. CD74AC04M96G4 is one of the many types of logic gates and inverters that exist and is used in a variety of applications. In this article, we will discuss CD74AC04M96G4’s application field and working principle.

CD74AC04M96G4 is an advanced CMOS logic IC, designed to drive and provide superb noise protection and system synchronization. It has four active-low n-channel grounding and four active-high p-channel grounding outputs. It is built with six input buffers; and each buffer has two dedicated inverters. The four active-high outputs use a CMOS transmission gate structure and the four active-low outputs a totem-pole driver stage with a low impedance output.

CD74AC04M96G4 is used in a variety of applications, such as high-speed logic, data and address logic, digital differential receivers and transmitters, memory address and data logic, high-speed bi-directional level translation and clock generating circuits. CD74AC04M96G4 is suitable for low voltage integrated circuits and low voltage supply operation.

CD74AC04M96G4’s working principle is based on the fact that it incorporates four active-low n-channel grounding and four active-high p-channel grounding outputs in its construction. Each output is then combined with an inverter to produce an active low output, which is usually used to reset a chip or to provide a synchronous presence in the system. This makes CD74AC04M96G4 a great choice for fast and accurate logic gate and inverter applications. Furthermore, its advanced CMOS design allows for better noise immunity and system synchronization.

In conclusion, CD74AC04M96G4 is a highly versatile and advanced CMOS logic IC. It is used in a range of applications and features four active-low n-channel grounding and four active-high p-channel grounding outputs combined with an inverter for fast and accurate logic gate and inverter operations. Its advanced CMOS design also provides excellent noise immunity and system synchronization for optimal performance.