1, understand the basic knowledge of FPGA and circuit board design: First understand the working principle of FPGA, circuit board design methods and skills. You can learn by reading introductory books or online courses on FPGA and board design. Practice: Hands-on is the best way to learn FPGA and board design.The basis of chip design is circuit theory, so if you want to learn chip design well, you must master the basic circuit theory, including circuit elements, circuit topology, circuit theorem and so on. At the same time, it is also necessary to understand the difference between digital circuits and analog circuits as well as their characteristics and applications. 2, self-study chip design from the following aspects: master the basic circuit theory: the basis of chip design is the circuit theory, including circuit components, circuit topology and circuit theorems. Understand the difference between digital circuit and analog circuit and their respective characteristics and applications. Learn digital circuit design: Digital circuit is the core of chip designPoints.
3. Finally, improve your skills through practice. Practice is the most effective way to teach yourself computer chip level repair. This can be done by finding discarded electronics, participating in volunteer projects, or buying inexpensive parts. Start with simple maintenance tasks and gradually build up your skills and confidence. At the same time, be patient and experimental, and constantly challenge yourself to find ways to solve problems.
1In fact, this can be completed, as long as you have more than two degrees, self-learning is very possible, of course, if you are just a secondary school or junior college, it is recommended not to learn this, because the education is too low, after learning also can not find a job, like Hisilink, national technology, SMIC, Fudan micro, National chip micro, Shanghai micro, And so on chip design companies need at least a bachelor's degree or above, it is best to 985 this master and read the top students.
2, depending on how far you want to go. If you're talented and have a good grounding in math and physics. Three years of hard work, can get started. Downstairs said "Simulation cmoIC Design is the aspect of chip design that you don't necessarily have to learn that deeply. Higher mathematics will not be a stumbling block for the first three years or more.
3, starting from the most basic, first of all, the two basic courses of analog electricity should be learned, the reference book of analog electricity suggests Tong Shibai's Analog Circuit or Kang Huaguang's Digital Electronic Technology Foundation, and the reference book of digital electricity suggests Yan Shi's Digital Electronic Technology Foundation, followed by Liu Enke's Semiconductor Physics, there are three must-read Bibles for analog integrated circuit design. analysis and design of analog int by paul grayegrated ciucuits.
1, you need to have the basic knowledge of computer architecture, basic operating system, data structure and algorithm knowledge, as well as the domainknowledge of the chip you do, of course, this can be learned in the later work, such as some protocol knowledge. It is better if you have some knowledge of chip hardware related, true systemarchitectIt is necessary to have a solid knowledge of digital circuit hardware.
2, do chip science electronic engineering major. Learning chip design requires mastering the basic knowledge of electronic circuits, integrated circuit design technology, digital circuit design and other related professional knowledge. According to the actual needs and training goals of different disciplines, choose their own suitable majors. Electronic engineering is a discipline that studies the application and development of electronic technology, mainly including analog circuits, digital circuits, signal processing, embedded systems and other related courses.
3, microelectronics science and engineering: This major requires a certain amount of mathematics, physics, electronics and other studiesThe basic knowledge of the section, but also need to master some knowledge about technology, device analysis and design, such as micro electronic devices, integrated circuits and so on. Graduates can be engaged in scientific research, teaching research, scientific and technological development and manufacturing, engineering technology research, production management and operation during the electronic period.
4, chip design engineers should have RTL, circuit, silicon, heat, cost, performance, durability and software and other individual knowledge, as well as have many aspects of knowledge, have the strength to comprehensively consider these aspects.