Silicon wafers are an essential part of modern-day technology. If you have used a computer or smartphone, you have benefitted from the manufacturing of silicon wafers. This article will explain the importance of silicon wafers and give a brief overview of how they are manufactured.
The Properties of Silicon
Silicon is a precious material. Not only is it highly conductible, but silicon is also incredibly abundant. Silicon is the second most abundant element in the known world. It is so valuable, specifically in electronic devices, because of its mobility at high temperatures and room temperature and its ability to conduct electricity quickly and efficiently. Silicon wafers are such good conductors because they are very pure, allowing electricity to pass without other micro-particles blocking their path.
How It Is Processed
Not all silicon needs to be completely pure, however. Wafer dicing services might prefer a slightly modified silicon depending on how much conducting ability an application needs. In the manufacturing process, dopants can be added to alter the utility of silicon wafers. Of course, it is much easier to add the doping material than it is to take out, which is why pure materials are always better for semiconductor manufacturing.
Utility in Modern Devices
Silicon wafers do not produce any electricity themselves. They act as the go-between for electrical components in modern electronic devices. They allow batteries to power the various mechanical and digital functions without the need for complicated wiring or more extensive conductive materials. Silicon wafers allow modern technology to get smaller and smaller because they are so thin. Currently, the only thing limiting the shrinking of the electronic gadget is the components that need silicon wafers to conduct power.
The manufacturing and use of silicon wafers is a revolutionary process in modern life. Without the discovery of silicon, many things you take for granted would not be possible. Though they do not produce any power themselves, silicon’s conductivity and purity are vital components of all modern technology.
