If the article is an original article, please indicate the source of the original article when reprinting it
The blog address of this article:https://hpzwl.blog.csdn .net/article/details/134405411
Hardware related development
Previous article: " Hardware development notes (10): Basic hardware development process, making a USB to RS232 module (9): Creating CH340G/MAX232 packaging library sop- 16 and associate schematic components》
Next article: 《Hardware Development Notes (12): RK3568 base plate Circuit power module and RTC module schematic analysis》
Preface
For high-speed circuits, I chose Aligou. For peripheral circuits, since readers are familiar with AD, it is easier to use AD. For non-high-speed circuits, AD is used. In fact, AD can also be used for high-speed circuits. Since the author started doing it in 2013, I just started with AD9. In the beginning, the cost of learning hardware and software in AD will be much lower.
Advanced Designer
Introduction
Altium Designer is an integrated electronic product development system launched by Altium, the original Protel software developer. It mainly runs on the Windows operating system. This software provides designers with a new design solution by perfectly integrating schematic design, circuit simulation, PCB drawing and editing, topological logic automatic wiring, signal integrity analysis and design output, allowing designers to easily Designing and using this software proficiently can greatly improve the quality and efficiency of circuit design.
In addition to fully inheriting the functions and advantages of the previous series of versions including Protel 99SE and Protel DXP, Altium Designer has also added many improvements and many high-end functions. The platform broadens the traditional interface of board-level design and fully integrates FPGA design functions and SOPC design implementation functions, allowing engineering designers to integrate FPGA with PCB design and embedded design in system design. Because Altium Designer integrates FPGA design and embedded system software design functions on the basis of inheriting the functions of the previous Protel software, Altium Designer's computer system requirements are higher than those of previous versions.
The main function
- Schematic design
- Printed circuit board design
- Embedded Development
- 3D PCB design
- Package library design
download link
Search by yourself, the article is not provided, the version used is AD17.
AD17 installation process
Step 1: Download and unzip
Step 2: Installation process
Use the default configuration first:
shared is the running file path, not configured, and the default next step is:
Step 3: Start software testing
Start the software:
Enter the software:
Step 4: Configure Chinese display
Close the software and open it again, and it will be in Chinese:
AD17 test project
Step 1: Open the project
Open the previously done hardware project:
Step 2: Open the schematic
Perfect.
Step 3: Open the PCB design drawing
That familiar feeling of having everything under control is back =_=.
AD17 import library
You can introduce libraries you have made before or third-party libraries. Hardware engineers will have some of their own accumulation.
The previous library can’t be found, so I guess I need to create it again.
Previous article: " Hardware development notes (10): Basic hardware development process, making a USB to RS232 module (9): Creating CH340G/MAX232 packaging library sop- 16 and associate schematic components》
Next article: 《Hardware Development Notes (12): RK3568 base plate Circuit power module and RTC module schematic analysis》
If the article is an original article, please indicate the source of the original article when reprinting it
The blog address of this article:https://hpzwl.blog.csdn .net/article/details/134405411