FPGA/CPLD latest practical technology guide

Author: Yang Heng, Li Aiguo, Wang Hui, Wang Xin'an
Publisher:
Publish Date: 2005-01-01
Features: FPGA/CPLD technology is another revolution in the fields of computer and electronic technology in recent years. This book focuses on Xilinx and Altera's FPGA/CPLD, providing a detailed introduction to FPGA/CPLD from chips to development environments such as MAX+plusⅡ, Quartus, and ISE, as well as the Verilog/VHDL language. Taking examples such as traffic light logic control, electronic clocks and matrix LED displays, LCD liquid crystal displays, and computer ISA and PCI interface designs, the book explains in depth how to apply FPGA/CPLD for electronic design, progressing from simple to complex. Most of the circuit diagrams and source programs in the book have been verified through practical examples, and readers can directly apply them to their own designs. The book emphasizes practicality and advanced technology while striving for clarity and ease of understanding. It is suitable for undergraduate students in related fields such as computer science, electronics, control, and information, and also holds practical value for a broad range of engineering professionals. FPGA/CPLD technology is another revolution in the fields of computer and electronic technology in recent years. This book focuses on Xilinx and Altera's FPGA/CPLD, providing a detailed introduction to FPGA/CPLD from chips to development environments such as MAX+plusⅡ, Quartus, and ISE, as well as the Verilog/VHDL language. Taking examples such as traffic light logic control, electronic clocks and matrix LED displays, LCD liquid crystal displays, and computer ISA and PCI interface designs, the book explains in depth how to apply FPGA/CPLD for electronic design, progressing from simple to complex. Most of the circuit diagrams and source programs in the book have been verified through practical examples, and readers can directly apply them to their own designs. The book emphasizes practicality and advanced technology while striving for clarity and ease of understanding. It is suitable for undergraduate students in related fields such as computer science, electronics, control, and information, and also holds practical value for a broad range of engineering professionals.