With the development of semiconductor and packaging technology rapid development, more and more small package of electronic components, the IC pin density increasing; and improvement in the frequency of electronic communication, similarly to the PCB line high accuracy requirement; improve the integration and precision, the difficulty of design will lead to more and more design division. In this way, the traditional circuit board design methods and manufacturing tools can't meet the design requirement of the circuit designer.
With the establishment of a national "officially issued the outline for promoting the development of the integrated circuit industry" and hundreds of billions of dollars of investment funds, domestic chip accelerated, domestic IC enterprises have also ushered in a rare development opportunity. Although the national dividend policy can create a good environment for the development of enterprises, but also the creativity has put forward higher requirements. Coupled with changes in the electronics industry rapidly, science and technology change rapidly, the product life cycle to shorten constantly, it is particularly important to shorten the development cycle. As everyone knows, electronic products, household appliances, all cannot do without the electronic system and electronic system development, development of core and cannot do without the PCB design, so the PCB design will affect the product development cycle directly, it also brings challenge to the corresponding circuit design engineer.
One, improve efficiency and save cost
Hardware design engineer again good also not a finalize the design of a product, must after many tests, it may develop the market acceptance of products. Repeatedly demonstrated such changes will cause human, material resources and waste of time. In addition, if the sample circuit board production cycle is too long, the progress of the project can not control, and even affect the production schedule. Therefore the sample circuit board production speed has become one of the key link to decide development process, how to control the cost and improve the efficiency becomes the most important problem facing the electronic design engineer.
Technical reform and innovation method two
With the development of semiconductor and packaging technology rapid development, more and more small package of electronic components, the IC pin density increasing; and the electronic communication frequency increases, the same line of PCB high accuracy requirement; improve the integration and precision, it will inevitably lead to the difficulty of designers design more and more. In this way, the traditional circuit board design methods and manufacturing tools can't meet the design requirement of the circuit designer. In addition to sum up experience and innovative method, improve the level of the urgent need for a new processing technology and tools is also the designer of the.
Three, attention to detail and pay attention to environmental protection
Research and design of the circuit, not only pay attention to economic efficiency, consumers of low carbon environmental protection awareness raising requirements of electronic products from development to production must be safe and controllable, environmental protection and sustainable. The traditional chemical copper plating process is not only the process stability of low efficiency, poor, and very not environmental protection, at the same time, the traditional design method, the generation of dust is inevitable. This requires the circuit designers in the process of development, as far as possible the direct electroplating technology the most advanced at present widely used in Europe and America, the Japanese PCB industry, to create a good environment without dust, ensuring product safety and environmental protection.
There is always opportunity and challenge coexist, don't lose in the starting line, this request enterprise must from product development and sample production picked up, and efficient, economy, innovation and environmental protection is on the circuit designer requirements.
