silver? I can't think of any use. conductors on chip are usually aluminum, polycrystalline silicon, or copper. bond wires are usually aluminum or gold. gold bond wires on aluminum pads are sometimes unreliable because of formation of "purple plague" in the weld causing high resistance and sometimes intermittent connections.
silicon? that is the semiconductor used to construct all the components.
Silicon is a metalloid which mean that it contains some properties of metals and nonmetals. Silicon does not conduct heat very well (property of a nonmetal), it is solid at room temp (property of most metals), and has a high melting point so when computers and other electronics are being heavily used they stay together.
some first generation computers used germanium point contact diodes in their logic gates to reduce their vacuum tube parts count.second generation computers used discrete germanium or silicon transistors.third generation and later computers use silicon integrated circuits.
why we use silicon chips in computers?Silicon is cheap, it comes from sand.Silicon has a very wide operating junction temperature range (-55C to +150C).Silicon is very easy to process to make transistors and ICs.Silicon dioxide is an insulator, no other semiconductor has a solid insulating oxide.When circuits are built on a silicon chip they are either analog or digital building block circuits.The digital building blocks naturally build computers (especially now that we have building blocks as large as whole multi-core CPUs, etc.).Before semi-conductors were used in computers, they had to use vacuum tubes which cost a lot, took up a lot of space, burned out quickly and so were unreliable, and used a lot of electricity. We could not have the modern computer without chips.they are;small,compact and portable. Silicon is the easiest elemental semiconductor currently usable to make ICs with. One of its most important properties is its oxide and nitride are insoluble solid insulators, this is not true for either germanium or carbon the other elemental semiconductors. Also silicon has a good operating temperature range (junction temperature up to 150C), germanium has much lower range and although carbon (as diamond) has much higher range (junction temperature up to 600C) it is too brittle for current process machines. All other semiconductors are alloys and are tricker and more expensive to process than elemental ones. Most important silicon is almost free, it can be extracted from any sand, the parent rock of sand, and of course sandstone which is made of sand.
CMOS battery of your laptop maintains hard disk, time and date, and other drivers and configuration settings in a CMOS memory. You will see these tiny CMOS batteries connected directly to the laptop’s motherboard.
The first two computers to use monolithic IC chips were the Minuteman II guidance computer (1962 to 1970) and the Apollo Guidance Computer (1962 to 1975). At the time they were designed the price of the chips they used (which only contained 1 to 6 logic gates) was about $1000 per chip, by the time production of these computers was finished (roughly 1967) the price of the same chips had fallen to about $25 per chip due to improvements in fabrication methods driven by the demand of these two projects. The rapidly declining price of monolithic IC chips over the period of the 1960s allowed many companies to introduce commercially available computers using monolithic IC chips, The first computer to use microprocessor chips was the classified F-14 RADAR data processor in 1968 (this computer remained classified until sometime in the 1990s, so it does not appear in many books on computer history). The first commercially available computer to use microprocessor chips was the Busicom 141-PF calculator, using the Intel 4004 microprocessor in 1971.
A silicon chip is in a computer, and objects that you use in your kitchen, such as a blender, and a microwave!
silicon
microprocessor
Silicon is used to make many electronic devices,such as transistors, integrated circuits and computer chips.
all phones use computer chips and microprossers
its a type of semiconductor, it is cheap and plentiful (raw material is sand), it is easy to fabricate, it has reasonable temperature characteristics.
The percentage of chip that can be powered (within the power budget) is decreasing. That means even if we can pack a lot of transistors in a chip(Moore's law), not all of them can be powered at the same time due to power limitation. The area of the chip which can't be powered is known as "Dark Silicon". Studies reveal that the amount of dark silicon in 22nm technology as around 20% and it predicts it will be more than 50% at 8nm. The question is, what is the point in scaling down and increasing the number of transistors per chip if we can't use them?
A chip? If you mean a chip for a performance upgrade, then you should know that the Grand Prix does not use a chip. You have to get your PCM (Computer) reprogrammed. Check out zzperformance.com
No, You need to have a Bluetooth dongle or chip installed in your computer in order to enable Bluetooth.
Square centimetre.
Computer chips are green because of the chemicals they use to coat the chip. They chip is a plastic kind of base then coated with the green chemical to allow the circuits to be printed on. It does not conduct electricity at all.
Microchips in a computer large or small are just that - microscopic sized silicon.