Silicon is used for making most semiconductor devices today, so it is used for making microprocessors too. It is the only inexpensive, easy to process semiconductor material currently available to use in making integrated circuits.
Germanium is not practical to make any type of integrated circuit for several reasons.
Gallium arsenide can be used to make integrated circuits, but is too expensive and difficult to process for devices as complicated as microprocessors. Also there is the issue of arsenic toxicity during processing.
Diamond offers possibilities as a semiconductor for very high temperature operation, but processing issues have yet to be worked out.
Carbon nanotubes also offer possibilities for making semiconductor devices, but use in microprocessors is in the far distant future (if ever).
An alloy of silicon and germanium offers many of the advantages of gallium arsenide but without the toxicity issue, but again many processing issues need to be worked out before it is practical to use.
The same properties that make it useful in other integrated circuit chips (e.g. operational amplifiers, timers, voltage regulators, diode arrays, darlington arrays) and discrete transistors.
Computers and microprocessors are manufactured in "Silicon Valley" in the state of A. New York. B. Illinois. C. Florida. D. California.
Different cars use different microprocessors, and as cars get more sophisticated, they have more types of microprocessors. The original Prius had more computing power in it than was used, in space and on Earth combined, for the first mission to put people on the moon, I am told. That car had multiple computers for multiple jobs, and they did not all use the same processor.
One element that is semiconducter is Silicon. 2nd answer: One common element used to manufacture a semiconductor is silicon. Germanium has also been widely used, and is more sensitive to tiny voltage changes than silicon. The compound gallium arsenide is very common in the manufacture of semiconductor material, as well.
Commonly doped silicon is used to make semiconductors, but advancements in organic electronics now mean that semiconductors can be made from molecules made from elements such as carbon, hydrogen, oxygen, sulphur, nitrogen and a few others.
Manufacture can be used as a verb and a noun. There is also the gerund manufacturing.
I used to work in Silicon Valley. Microprocessors rely on silicon.
Silicon is used in the manufacture of computer chips.
California
Microprocessors, glass, breast implants, silicon rubber, silicone adhesive.
Silicon is used in computer chips.
SiCl4
One element that is semiconducter is Silicon. 2nd answer: One common element used to manufacture a semiconductor is silicon. Germanium has also been widely used, and is more sensitive to tiny voltage changes than silicon. The compound gallium arsenide is very common in the manufacture of semiconductor material, as well.
Computers and microprocessors are manufactured in "Silicon Valley" in the state of A. New York. B. Illinois. C. Florida. D. California.
A computer is one such device.
DNA provides many potential computing advantages compared to silicon. First, silicon is a limited resource, whereas DNA will be in constant supply as long as cellular organisms exist. Because DNA is readily available, it's cheap compared to silicon. Next, "biochips" made of DNA are eco-friendly, compared to the toxic materials required to manufacture silicon microprocessors. Finally, DNA computers would be much smaller than current computers.
Silicon is an element, On the periodic table it is located in group 14, period 3 and has the symbol, Si. Silicon has many uses, some of which are: 1. Silicon is used as a semiconductor. Silicon parts are used in computers, transistors, solar cells, LCD screens and other semiconductor devices. 2. Silicon is used to manufacture aluminum-silicon alloys to produce cast parts. 3. Silicon carbide is a very important abrasive. 4. Silicates can be used to make both pottery and enamel. 5. Sand, which contains silicon, is a very important component of glass. 6. Medically, silicon (and its compounds) can be used for the treatment of weak bones (osteoporosis), heart disease and stroke (cardiovascular disease), Alzheimer's disease, hair loss, and improving hair and nail quality. It is also used for improving skin healing; and for treating sprains and strains, as well as digestive system disorders. 7. Silicon plays an important role in the photovoltaic industries in the manufacture of solar cells.
Silicon Ingot:A large, cylindrical, single crystal made from purified silicon. The cylinder is sliced into thin wafers which are used for making computer chips. Silicon Wafer:Intel uses wafers of pure silicon cut from a silicon ingot to make microprocessors. Silicon, the primary ingredient of beach sand, is a semiconductor of electricity. Semiconductors are materials that can be altered to be either a conductor or an insulator.