Semiconductor wafer is nothing but a silicon wafer, which is invisible in our daily lives, but it exists in each electronic device we use.
It is a round piece of Silicon-containing a silicone dies designed to have a precise performance. It is easy to recall from school that the molecular number of Silicon in the periodic table is 14, and its molecular weight is just over 28.
1.Silicon Wafers are also called semiconductors. They are the hybrid of both insulators and metals that can be electrically operated or not. But these semiconductors do not rely on Silicon alone, not. Other elements include Germanium, Sapphire, Indium Phosphide, and Quartz.
2. Silicon wafers come in a variety of shapes and sizes. The first semiconductor wafer, made in the U.S. in 1960, was about an inch [3 cm] wide. In the modern era, conventional wafers rise from 12 inches to 18 inches.
3. Silicon wafers used for integrated circuits should simplify for dominant and high-quality purity (% 99.99), a sequence that may require repeated use of simplifying technology.
4. United States leads market share for Silicon wafer, owning 51% of global shares alone than all other countries. It is because the United States has a developing and industrialized economy that far exceeds opposing overseas factories. Silicon wafers, then distributed worldwide in countries such as Japan, Germany, and Russia for branding.
5. The manufacturing process of silicon wafers is fascinating. It goes under the process of melting and solidifying with 100% purity. The earliest method which we used to purify the Silicon is, crushing the metallurgical grade silicon and dissolving it in acid. This results in the silicon-defined impurities taking up its impartiality and more purified.
6. Silicon, a semiconductor wafer made from it, discovered by Jacob Berzelius, a Swedish chemist, in 1824, by heating the potassium chips contained in silica flasks and carefully rinsing all the remaining products. In today’s scientific, practical world, we heat sand with carbon to about 2,500 degrees Celsius to produce Silicon.
7. Water is a crucial component of silicon wafers. It is a primary solvent for all substances, including Silicon. A large production facility uses about 4.8 million gallons of water per day to supply Silicon wafers for production and supply needs.
8. Silicon Wafers included in the Integrated circuit’s life span in the generation of computers, which are still used today in the modern era. Vacuum tubes are alternatives that invented, and used 50 years ago, but abolished for integrated circuits are much more reliable and compact compared to the old and bulky 1950’s vacuum tubes.
9. Silicon, used as semiconductor wafers in technology worldwide because it lasts longer and works at higher temperatures, especially inside processing units and mobile devices.
10. Industries spend nearly $ 1 billion on water to supply silicon wafers. Through the reduction process, the recycling and re-use of water in factories and power plants alone provides a clear indication of how the semiconductor business is really on top, as one of the best and most profitable business in the ranking.
Contact Tier1silicon.com or call at 408.963.6608 to order a wide range of semiconductor products. We offer a wide variety of quality wafers at affordable prices for both large and small users of silicon products.! Contact us today and get your quote!