Protel 2004 Practical Tutorial--- ----Schematic and PCB Design

Author: Gu Shuzhong
Publisher:
Publish Date: 2005-03-01
Features:
Inherits the writing style of "ProtelDXP Practical Tutorial," systematically explaining the operation methods of ProteiDXP's upgraded version, Protel 2004.
Focuses on typical application examples, providing detailed explanations of two major parts: schematic (SCH) design and printed circuit board (PCB) design.
Suitable for college students and a broad range of electronic product design engineering technicians.
This book introduces the use of the new Protel 2004 electronic design automation (EDA) software, released by Altium in 2004, as the main theme through typical application examples. It elaborates on the two core components of Protel 2004 software: schematic design and printed circuit board design. The book consists of 13 chapters, with Chapter 1 providing an overview of Protel 2004 software, Chapters 2 to 7 covering schematic design, Chapters 8 to 12 introducing printed circuit board design, and Chapter 13 discussing the Protel 2004 integrated component library.
The book is well-structured, easy to start with, clearly organized, and rich in content, supplemented by exercises. It can serve as an EDA textbook for electronic, electrical, computer, automation, and mechatronics-related majors in higher vocational and technical colleges. Additionally, it is a valuable reference for electronic product design engineering technicians and electronics hobbyists.
This book, centered around typical application examples, explains the use of the new Protel 2004 electronic design automation (EDA) software released by Altium in 2004. It provides detailed coverage of the two main components of Protel 2004 software: schematic design and printed circuit board design. The book comprises 13 chapters, with Chapter 1 offering an overview of Protel 2004 software, Chapters 2 to 7 focusing on schematic design, Chapters 8 to 12 covering printed circuit board design, and Chapter 13 introducing the Protel 2004 integrated component library.
The book is logically structured, easy to grasp, clearly tiered, and comprehensive in content, complete with exercises. It can be used as an EDA textbook for electronic, electrical, computer, automation, and mechatronics-related majors in higher vocational and technical institutions. It is also an excellent reference for electronic product design engineering technicians and electronics enthusiasts.