Accelerate the localization of the chip

With the official launch of the National Outline for the Development of the Integrated Circuit Industry and the establishment of a multibillion-dollar investment fund, localization of chips has accelerated, and domestic IC companies have also welcomed rare opportunities for development. Although the national policy dividend can create a good development environment, it also puts higher requirements on the creativity of the company. Coupled with the rapid changes in the electronics industry and the rapid advancements in science and technology, the life cycle of products is constantly being shortened, and shortening the development cycle is particularly important. As we all know, home appliances, electronic products are inseparable from the development of electronic systems, and the development of electronic systems can not be separated from the PCB design, so the design of the PCB will directly affect the product development cycle, but also brings challenges for the circuit design engineer .

First, improve efficiency and save costs

Even the best hardware design engineers can't design and shape a product at one time. After many tests, it is possible to develop a market-approved product. Such repeated argumentation and amendment will inevitably cause the waste of manpower, material resources, and time. In addition, if the sample circuit board production cycle is too long, the progress of the project cannot be controlled, and even the production schedule may be affected. Therefore, the speed of sample circuit board production has become one of the key links in the decision-making process. How to control costs and improve efficiency has become a major problem faced by electronic design engineers.

Second, innovative methods to reform technology

With the rapid development of semiconductors and its packaging technology, the packaging of electronic components is becoming more and more compact, and IC pin density is getting higher and higher; while the increase in the frequency of electronic communication, the demand for PCB circuit accuracy is also increasing; integration And the improvement of precision will inevitably lead to more and more designers' design difficulties. As a result, traditional circuit board design methods and manufacturing tools cannot meet the circuit designer's design requirements. In addition to summing up experience, innovative methods, and improving levels, new processing technologies and tools are also urgently needed by designers.

Third, focus on the details of environmental protection

The R&D and design of circuits should not only focus on economical efficiency, but also increase consumer awareness of low-carbon environmental protection. Electronic products must be safe, controllable, environmentally-friendly, and sustainable from R&D to production. The traditional electroless copper plating process is not only inefficient, has poor process stability, but is also very environmentally unfriendly. At the same time, dust generation is also inevitable in traditional design methods. This requires the circuit designer to use the most advanced direct electroplating process currently used in the PCB industry in Europe, America and Japan as much as possible to create a good environment without dust and ensure product safety and environmental protection.

Opportunities always coexist with challenges. Don't lose at the starting line. This requires companies to start with product development and sample production. Efficiency, economy, innovation, and environmental protection are requirements for circuit designers.