This book is a companion book to \"From Algorithm Design to Hard-wired Logic Implementation - Verilog HDL Design Technology and Methods for Complex Digital Logic Systems\". The main contents include 12 experimental exercises and Verilog syntax manual. Each experiment is from the shallow to the deep, from simple to complex, introducing practical methods and techniques for designing digital circuit systems using the Verilog language, which has strong practicality and guiding significance. The syntax part includes the use of identifiers, basic statements, and an introduction to system tasks and functions. The content is relatively detailed, which is convenient for students and engineering technicians to query and use, and can play a good role in learning the Verilog language. Part I Design Demonstration and Experimental Exercises. Exercise 1 Simple combinational logic design Exercise 2 Design of simple frequency-dividing sequential logic circuit Exercise 3 Using conditional statements to implement counting frequency-dividing sequential circuit Exercise 4 The difference between blocking assignment and non-blocking assignment Exercise 5 Using always blocks to implement more complex combinational logic circuits Exercise 6 Using functions in Verilog HDL Exercise 7 Using task declaration statements in Verilog HDL Exercise 8 Using finite state machines to design sequential logic Exercise 9 Using state machines to implement more complex interface designs Exercise 10 Implementing large designs through module instance calls Exercise 11 Design of a simple convolution device Exercise 12 Designing a FIFO using SRAM Part II Verilog Hardware Description Language Reference Manual I. About IEEE 1364 standard II. Introduction to Verilog III. Syntax summary IV. Standards for writing Verilog HDL source code V. Design process VI. Alphabetical search section
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