"数字集成电路英文课件：静态MOS门电路设计与应用"

Chapter 5 of the Digital Integrated Circuits course at the Faculty of Materials and Energy at Guangdong University of Technology focused on Static MOS Gate Circuits. The chapter covered various topics including an introduction and basic knowledge, CMOS gate circuits, complex CMOS gate circuits, XOR gates and XNOR gates, multiplexers, triggers and latches, D-flip flops and D-latches, and the power consumption and trade-offs between power consumption and delay in CMOS gate circuits. The chapter began with an introduction to the design of combinational and sequential CMOS static logic gates. Combinational logic circuits, such as NAND, NOR, XOR, and multiplexers, were discussed in terms of their voltage transfer characteristics, transistor sizing, delay, and power consumption. Sequential logic circuits, which have the ability to store information, were also introduced. These circuits have outputs that are both functions of the input values and functions of the output values, with positive feedback loops between the input and output. This section included a discussion of triggers and latches, as well as D-flip flops and D-latches. Overall, the chapter provided a comprehensive overview of the design and analysis of static MOS gate circuits. Students were introduced to the various types of logic gates and learned about their design considerations, performance characteristics, and trade-offs. This knowledge is essential for understanding the behavior and performance of digital integrated circuits, and is foundational for further study and practical application in the field.