Precision PCB Fabrication, High-Frequency PCB, High-Speed PCB, Standard PCB, Multilayer PCB and PCB Assembly.
The most reliable PCB & PCBA custom service factory.
PCB News

PCB News - PCB manufacturers: the importance of electronic assembly technology

PCB News

PCB News - PCB manufacturers: the importance of electronic assembly technology

PCB manufacturers: the importance of electronic assembly technology

2021-09-27
View:602
Author:Aure

PCB manufacturers: the importance of electronic assembly technology



It is not the craftsmanship and manufacturing that have the most quality problems and the highest cost of electronic products, but the design! Especially circuit design! A modern electronics research institute or high-level management staff of an electronics factory cannot sustain themselves if they only understand design, but do not understand what is process and what is production.

To do a good job of Denso process, we must first understand what is Denso and what is Denso process.

Denso is the abbreviation for electronic assembly and refers to the process of assembly and electrical connection used in the formation of electronic and electrical products. The meaning of Denso technology is that modern enterprises organize large-scale scientific research and production, and organize many people together to jointly and systematically carry out the assembly and electrical connection of electronic and electrical products. It is necessary to design and formulate common electronic assembly regulations to be complied with. This kind of regulation is Denso Process Technology, referred to as Denso Process.



PCB manufacturers: the importance of electronic assembly technology

In the 1990s, the "concurrent engineering" carried out by developed capitalist countries such as the United States and Japan was a revolution in the design thinking of electronic equipment. Its basic meaning was that the electronic assembly work must be participated from the demonstration of the product plan. The overall design and the design and decision-making of the whole process of research and development, production of electronic products. This is the IPD-product development model, concept and method with "asynchronous development model" (concurrent engineering) and "reusability" (common basic module-CBB) as the core concepts that many companies have vigorously promoted in the past ten years.

In the design, development and production of modern electronic products, the role of electronic assembly technology has undergone a fundamental change. It is the prerequisite and reliance for overall plan designers and corporate decision makers to achieve product functional indicators. The reliability of electronic assembly is the main problem of the reliability of electronic equipment, and the technology of electronic assembly is the basic technology for the design and manufacture of modern electronic equipment.

Circuit, structure, and technology are the three major technical elements that constitute electronic products. The three are indispensable and complement each other. An advanced and perfect electronic product must not only have a technologically advanced and economically reasonable circuit plan and structural design, but also The need for advanced process technology, the final realization of the product and whether it has market vitality, to a large extent depends on the advanced level of process technology.

For electronic products, the function of circuit design product, the form of structure design product, and the process of process design product.


iPCB is a high-tech manufacturing enterprise focusing on the development and production of high-precision PCBs. iPCB is happy to be your business partner. Our business goal is to become the most professional prototyping PCB manufacturer in the world. Mainly focus on microwave high frequency PCB, high frequency mixed pressure, ultra-high multi-layer IC testing, from 1+ to 6+ HDI, Anylayer HDI, IC Substrate, IC test board, rigid flexible PCB, ordinary multi-layer FR4 PCB, etc. Products are widely used in industry 4.0, communications, industrial control, digital, power, computers, automobiles, medical, aerospace, instrumentation, Internet of Things and other fields.