EZ-USB FX2 Microcontroller Principle. Programming and Application

Author: Qian Feng
Publisher:
Publish Date: 2006-03-01
Features: This book comprehensively and systematically introduces the new-generation smart USB interface chip EZ-USBFX2 (CY7C68013) launched by Cypress Semiconductor. It covers the principles, programming, drivers, and applications of EZ-USBFX2. The EZ-USBFX2 chip fully supports the USB 2.0 protocol, marking another significant upgrade by Cypress Semiconductor over its previous EZ-USB series chips. The chip integrates a high-performance USB engine with an enhanced 8051 core, offering convenient and rapid development, making it a mainstream chip for research and development. Adhering to the principle of applying knowledge to practice, the book first provides an in-depth introduction to the principles of EZ-USBFX2, then introduces the software and hardware tools required for development and learning, followed by discussions on the methods for developing firmware programs, drivers, and applications. Finally, it further summarizes and enhances understanding through the inclusion of example programs. Additionally, to facilitate readers, the book includes appendices containing commonly used reference materials for development and learning. This book can serve as a reference for undergraduate and graduate students in engineering colleges studying microcontroller and interface design-related courses, as well as for engineering technicians engaged in the development of computer peripheral device interfaces and the design of various microcontroller application systems.
The book is divided into 18 chapters and 4 appendices, providing a comprehensive introduction to the principles, programming, drivers, and applications of EZ-USBFX2. Chapter 1 introduces the basic concepts and features of USB; Chapter 2 gives a brief introduction to EZ-USBFX2; Chapters 3 to 13 cover the fundamental principles of the EZ-USBFX2 chip, including enumeration and re-enumeration, interrupts, memory, CPU, reset and power management, input and output, timers/counters, and serial interfaces, endpoint buffer access, slave FIFO, and GPIF (General Programmable Interface). Chapters 14 and 15 introduce hardware and software development tools, respectively; Chapter 16 discusses firmware frameworks and function libraries; Chapter 17 provides a detailed description of the methods for developing device drivers and applications; and Chapter 18 lists several example programs to further summarize and enhance understanding.
To assist readers in referencing and consulting during practical use, the book also includes 4 appendices covering: package and pin functions, registers, instruction sets, and English-Chinese annotations of commonly used terms.