SMT hanging rack electronic factory hanging rack anti-static turnover car can be customized stainless steel tray box car

SMT hanging rack electronic factory hanging rack anti-static turnover car can be customized stainless steel tray box car Description:

SMT peripheral equipment mainly refers to: printing press, docking station, Mounter, reflow soldering, AOI, wave soldering and other equipment.

SMT peripheral technology is similar to the original hyper threading technology. Users who have experienced the Pentium four processor era must remember that there were several Pentium four processors with a technology called hyper threading. Today's SMT peripheral technology and the original hyper threading technology have the same thing.

Wave soldering SMT peripheral technology can use special hardware instructions to simulate each logical core in the processor core into two cores, so as to create more processor resources that can be used at the same time. The more core software you have, the more powerful it will be. For example, a Nehalem micro architecture processor with four physical cores can be automatically recognized as an eight core processor by the system after the SMT peripheral technology is turned on.

Although the use of SMT peripheral technology can make a four core processor into an eight core processor, it is not like the eight core processor, each core has its own resources. Once a core is monopolized by one software, the addition of additional software will definitely affect each other. In essence, SMT peripherals are only software level technology, which aims to make full use of the idle execution units of the processor, but it can not double the executable resources of the processor.

Therefore, we believe that the new generation of SMT peripheral equipment is developing in the direction of high speed, high precision and multi-function. There is also a problem of how to ensure SMT peripheral equipment with high precision and high quality. In order to ensure the high accuracy of Shenzhen SMT, measures should be taken to reduce the vibration and vibration of SMT, reduce the weight of the body and increase the rigidity of the equipment structure. In order to ensure high-quality chip placement, the inductive identification technology of the best part of components should be adopted to ensure no damage to the chip; the height distance of the suction nozzle, that is, the distance between the suction nozzle and the mounting circuit board, should be strictly controlled, and the errors of X and Y axes of the position of the suction nozzle should be strictly controlled