Silicon Wafer Applications

 Chips made of silicon wafers are known as "God Operators", which have amazing computing power. No matter how complex mathematical problems, physical problems and engineering problems are, and no matter how much computing workload is, as long as the staff tell it the problem through the computer keyboard and issue the ideas and instructions for solving the problem, the computer can be used in a very short time. I will tell you the answer. In this way, problems that take years or decades to calculate manually may be solved by a computer in minutes. Even some questions that humans cannot calculate the result of, the computer can quickly tell you the answer.

The chip is again a modern miniature "knowledge base" that has the mythic

al storage capacity to fit a 24-volume Encyclopaedia Britannica on a pinpoint-sized silicon chip. Today, there are more than 30 million kinds of books and magazines in the world, and more than 500,000 kinds are added every year. German futurist Beinhauer pointed out: "Scientists today, even if they work all day and night, can only read 5% of all publications in their profession." What is the way out? The only way is for each library and information center to store all kinds of information in silicon memory and connect them into a network with communication lines. In this way, when scientific and technical personnel want to find some kind of information and data, as long as they sit in the office and operate the computer keyboard, the content to be queried will be displayed on the computer screen immediately.

Microelectronic chips have entered the field of medicine, rejuvenating the ancient medicine and creating brilliance for human health care.

The "magic" of the microelectronic chip is that it can restore sight to the blind, deaf and deaf, speech to the dumb, and motion of prosthetic limbs, bringing light and hope to tens of millions of disabled people around the world.

The power of microelectronics in aerospace, defense, and industrial automation is a well-known fact. Under the control of large electronic computers, unmanned aircraft can fly freely in the blue sky; artificial satellites, spacecraft, and space shuttles can accurately lift off, fly, locate, and automatically send back various information to the ground. Under the command of the electronic computer, artillery and missiles can be fired without missing a shot, hit the target accurately, and even hit the fast-moving target in the air, including the enemy's missile in flight. Computers and various sensing technologies are widely used in the industry, which can save manpower, improve the degree of automation and processing accuracy, and greatly improve labor productivity. Robots have appeared in many industrial fields. They not only work hard, but also work fast and with high precision. They can even charge into battle in some high-temperature, underwater and dangerous sections. As they move forward, intelligent robots have begun to show their extraordinary skills. Effective organization and strong shooting awareness are applauded. Beat the world's number one super chess master. Its wonderful performance shows that intelligent computer has developed to a new stage.