SMT chip refers to the abbreviation of a series of processing processes based on PCB. SMT is the surface mounted technology (abbreviation for Surface Mounted Technology), which is the most popular technology and process in the electronic assembly industry, and also the emerging industrial manufacturing technology and process.

The electronic components are quickly mounted on the PCB, thus realizing the automatic production with high efficiency, high density, high reliability and low cost. Here is a detailed analysis of the advantages of SMT patch and what benefits it can bring to enterprises.

The advantages of SMT patch are as follows:

1. Small size and light weight

The volume and weight of SMT components is only about 1/10 of that of traditional plug-in components, which is convenient for mounting. Generally, after SMT chip processing, the volume of electronic products can be reduced by 40% - 60%, and the weight can also be reduced by 60% - 80%.

2. Increased efficiency and reduced costs

SMT patch processing is easy to realize automation, improve production efficiency, save materials, energy, equipment, manpower, time, etc., and reduce costs by 30%~50%.

3. High reliability and strong seismic resistance

4. Good high-frequency characteristics, reducing electromagnetic and radio frequency interference

5. Low solder joint defect rate

6. High mounting density

With the gradual rise of labor costs and production costs, the competitive market is becoming increasingly fierce, and the survival space of enterprises is constantly squeezed. To survive and develop well, we must ensure that production efficiency and product quality are at the upstream level of the industry. Therefore, the SMT patch technology can effectively improve production efficiency, reduce costs, ensure quality, save raw materials, production energy, production equipment, labor costs, production time, etc., and improve the competitiveness of the industry. With the development of science and technology, the volume of electronic products is getting smaller and smaller, which puts forward higher requirements for SMT.