For the introduction of PCB self-made, please give a learning outline

风凌天下

For the introduction of PCB self-made, please give a learning outline [Copy link]

 

For the introduction of PCB self-made, please give a learning outline

xiaozhe0

The following is a study outline for PCB DIY beginners:

1. Understand the basic process and principles of PCB production

• Learn the basic principles of PCB production, including the process flow, materials and tools for printed circuit boards.
• Understand the common methods of PCB production, such as chemical etching, copper foil stripping, screen printing, etc.

2. Learn the basic operation of PCB design software

• Master commonly used PCB design software, such as Altium Designer, Eagle, KiCad, etc.
• Learn the basic operations of PCB design software, including drawing boards, routing, adding components, generating Gerber files, and other functions.

3. Design your own PCB circuit diagram and layout

• Learn how to draw PCB circuit diagrams, including component selection and connection methods.
• Perform PCB layout design, taking into account factors such as wiring rules, signal integrity, and circuit performance.

4. Be familiar with the materials and tools required for PCB production

• Understand the materials required for PCB production, such as copper foil, photosensitive film, etching solution, etc.
• Master the tools needed for PCB production, such as knives, drills, chemical reagents, etc.

5. Learn the specific steps and techniques of PCB production

• Learn the specific steps of PCB production, including making negatives, photolithography, etching, drilling, welding, etc.
• Master the techniques in the PCB production process, such as film exposure time, etching solution concentration and temperature control, etc.

6. Practice and rehearse

• Start your own PCB fabrication project, starting with simple boards and working your way up in difficulty.
• In practice, we constantly summarize experience, identify problems and make improvements to improve the quality and efficiency of PCB production.

7. Learn relevant knowledge and skills

• Learn relevant electronic knowledge and skills, such as circuit principles, component selection, welding technology, etc.
• Pay attention to the latest technologies and developments in the field of PCB production, and continuously improve your professional level.

The above is a basic PCB home-made beginner's outline. You can adjust and expand it according to your own learning needs and interests. In the learning process, you should focus on combining theory with practice, constantly accumulate experience, and improve your skills. I wish you success in the field of PCB home-made!

如果可以

The following is a basic outline for learning PCB self-production:

Phase 1: Basics

1. Understanding PCB structure :

   • Learn the basic structure and composition of PCB, including hierarchy, layout, component installation location, etc.

2. Understanding PCB production process :

   • Understand the overall process of PCB production, including design, plate making, printing, drilling, welding and other steps.

3. Familiar with PCB design software :

   • Master a commonly used PCB design software, such as Altium Designer, KiCad, Eagle, etc.

Phase 2: Design and Layout

4. Circuit Design :

   • Learn how to design circuits, including component selection, wiring, layout, etc.

5. PCB Layout :

   • Master the basic principles of PCB layout, including the arrangement of signal lines, power lines, and ground lines.

6. Design Specifications :

   • Learn to meet design specifications such as impedance control, signal integrity, EMI/EMC, and more.

Stage 3: Production Process

7. PCB board manufacturing :

   • Learn how to make PCB boards, including design file generation, photoresist printing, photolithography, etching, etc.

8. Drilling and copper salts :

   • Master the drilling and copper salt treatment technology of PCB boards to ensure accurate hole positions and good conductivity.

9. Printing and welding :

   • Learn PCB board printing technology and component soldering methods to ensure reliable connections.

Phase 4: Testing and Validation

10. Connectivity Test :

    • Perform a connectivity test on the PCB board to ensure that the circuit is connected correctly.

11. function test :

    • Perform functional tests on PCB boards to verify whether the designed circuit functions normally.

Phase 5: Practice and Application

12. Project Practice :

    • Participate in PCB self-made projects to practice what you have learned and accumulate experience.

13. Problem Solving Skills :

    • Cultivate the ability to solve problems encountered during PCB production and improve self-production efficiency and quality.

Through the above learning outline, you can gradually master the basic principles, design techniques and production processes of PCB self-production, and lay a solid foundation for yourself in the field of PCB production.

否极泰来

The following is an introductory outline for learning PCB homebrew:

1. Learn basic electronics knowledge

• Master the basic knowledge of electronic components, including the characteristics and functions of resistors, capacitors, inductors, diodes, transistors, etc.
• Understand circuit principles, including basic concepts such as series connection, parallel connection, voltage, current, and power.

2. Familiar with PCB design software

• Learn to use common PCB design software such as Altium Designer, Cadence Allegro, KiCad, etc.
• Master the basic operations of PCB design software, including drawing lines, placing components, layout and routing, and other functions.

3. Learn PCB design principles

• Understand the basic principles of PCB design, including circuit layout, signal transmission, power distribution, etc.
• Learn design techniques such as PCB stack-up structure, regional division, and signal integrity.

4. Master PCB manufacturing process

• Understand common PCB manufacturing processes, including printed circuit board materials, process flow, board thickness control, etc.
• Learn the key steps in PCB manufacturing, such as photolithography, etching, drilling, soldering, etc.

5. Practice PCB design and manufacturing projects

• Participate in actual PCB design and manufacturing projects, and gradually accumulate experience from simple to complex.
• Practice using PCB design software to perform schematic design, layout and routing, and generate Gerber files.
• Communicate frequently with PCB manufacturers to understand their process requirements and technical specifications.

6. Study relevant literature and resources

• Read relevant PCB design and manufacturing books, tutorials, and technical documents to learn about industry standards and best practices.
• Enhance your knowledge and skills by attending training courses, seminars or online learning platforms related to PCB design and manufacturing.

Through the above learning outline, you can systematically learn the basic knowledge and skills of PCB self-production and gradually improve your design and manufacturing capabilities.