The common name is electronics or microelectronics. These resistors, diodes, capacitors, and integrated circuits (chips) are typically mounted on cards or a "motherboard."
The silicon is a semiconductor and can be doped to control its conductivity and create the junctions needed to make diodes and transistors. These diodes and transistors can act as switches and logic gates in properly designed circuits. Silicon can also be easily oxidized to become a robust waterproof insulator to passivate and protect the circuits and components beneath it. The aluminium and/or copper are just good conductors used to "wire" the silicon components together and provide pads that can be used to attach wires or metal beads so that the chip can be connected to external circuits.
The silicon is a semiconductor and can be doped to control its conductivity and create the junctions needed to make diodes and transistors. These diodes and transistors can act as switches and logic gates in properly designed circuits. Silicon can also be easily oxidized to become a robust waterproof insulator to passivate and protect the circuits and components beneath it. The aluminium and/or copper are just good conductors used to "wire" the silicon components together and provide pads that can be used to attach wires or metal beads so that the chip can be connected to external circuits.
Wireless networking.
IC stands for integrated circuits. They help to reduce the size of the computer because it is simply a small chip that is embedded with all the information needed. Because the chip is so small, the sizes of computers can be reduced.
The first CPU did not have transistors. They were not yet invented. The first computers used the electronic components available at that time. They included resisters, capacitors, diodes, and vacuum tubes (and wires). A vacuum tubes was a glass container with a wire assembly inside in a vacuum. It has a glowing filament (similar to that of an incandescent light bulb) that generated heat to make the tube function. Tubes would be replaced when the filament burns out after a while and their were many of these tubes in a computer generating a lot of heat. Vacuum tubes were later replaced by transistors when the technology became available. Transistors used much lower voltage and less electricity. Much of the wires were replaced with printed circuit boards where the wires were printed, painted, or etched on a board. The wire connectors of transistors, diodes, capacitors and resistors were attached to the board circuitry. Scientists later learned that they can eliminate the casing and wire leads of components and embed them directly into a circuit boards making everything smaller. They put components on both sides of a board, They used components instead of wiring through a hole in the board to connect the top to the bottom of a board. Circuit board layouts were redesigned eliminating wiring between connecting components. That with the technology to have thinner wiring and smaller components led to ability to put the parts of a cpu into its own sealed board small enough to be called a computer chip. The first CPU chips were only CPUs with much supporting circuitry around it. Today much of the supporting circuitry has been incorporated into the CPU chip and the instruction set supported by the CPU has been greatly enhanced requiring even more components. A current CPU has millions of transistors and other components incorporated into a single chip and a CPU chip can have multiple CPUs in it.
The wires and cables in a computer are often, collectively called "innards" or "guts."
This is made possible by the computer's electronic hardware components such as wires, transistors, and circuits which are essential in running the digital instruction and data.
Lots of things go into making of a computer. Silicon chips, LCD'S , Transistors, Wires, etc
The final category is Computer ScienceThe clue was: John Turkey coined the this compound word in 1958 saying it was as important as "tubes, transistors, wires, tapes..."The answer was: What is SoftwareWrong - The answer was: What is HARDWARE (valerielynne)=No The correct answer was What is Software. Hardware is the Tubes, Transistors, wires,Tapes... and Software was what was as important as the Hardware.You can also see the answer at the related link for the Jeopardy ArchiveJanuary 12 2011The final category is Computer ScienceThe clue was: John Turkey coined the this compound word in 1958 saying it was as important as "tubes, transistors, wires, tapes..."The answer was: What is SoftwareJanuary 12 2011The final category is Computer ScienceThe clue was: John Turkey coined the this compound word in 1958 saying it was as important as "tubes, transistors, wires, tapes..."The answer was: What is SoftwareThe final category is Computer ScienceThe clue was: John Turkey coined the this compound word in 1958 saying it was as important as "tubes, transistors, wires, tapes..."The answer was: What is SoftwareJanuary 12 2011The final category is Computer ScienceThe clue was: John Turkey coined the this compound word in 1958 saying it was as important as "tubes, transistors, wires, tapes..."The answer was: What is Software
The silicon is a semiconductor and can be doped to control its conductivity and create the junctions needed to make diodes and transistors. These diodes and transistors can act as switches and logic gates in properly designed circuits. Silicon can also be easily oxidized to become a robust waterproof insulator to passivate and protect the circuits and components beneath it. The aluminium and/or copper are just good conductors used to "wire" the silicon components together and provide pads that can be used to attach wires or metal beads so that the chip can be connected to external circuits.
The silicon is a semiconductor and can be doped to control its conductivity and create the junctions needed to make diodes and transistors. These diodes and transistors can act as switches and logic gates in properly designed circuits. Silicon can also be easily oxidized to become a robust waterproof insulator to passivate and protect the circuits and components beneath it. The aluminium and/or copper are just good conductors used to "wire" the silicon components together and provide pads that can be used to attach wires or metal beads so that the chip can be connected to external circuits.
The silicon is a semiconductor and can be doped to control its conductivity and create the junctions needed to make diodes and transistors. These diodes and transistors can act as switches and logic gates in properly designed circuits. Silicon can also be easily oxidized to become a robust waterproof insulator to passivate and protect the circuits and components beneath it. The aluminium and/or copper are just good conductors used to "wire" the silicon components together and provide pads that can be used to attach wires or metal beads so that the chip can be connected to external circuits.
The silicon is a semiconductor and can be doped to control its conductivity and create the junctions needed to make diodes and transistors. These diodes and transistors can act as switches and logic gates in properly designed circuits. Silicon can also be easily oxidized to become a robust waterproof insulator to passivate and protect the circuits and components beneath it. The aluminium and/or copper are just good conductors used to "wire" the silicon components together and provide pads that can be used to attach wires or metal beads so that the chip can be connected to external circuits.
The silicon is a semiconductor and can be doped to control its conductivity and create the junctions needed to make diodes and transistors. These diodes and transistors can act as switches and logic gates in properly designed circuits. Silicon can also be easily oxidized to become a robust waterproof insulator to passivate and protect the circuits and components beneath it. The aluminium and/or copper are just good conductors used to "wire" the silicon components together and provide pads that can be used to attach wires or metal beads so that the chip can be connected to external circuits.
The silicon is a semiconductor and can be doped to control its conductivity and create the junctions needed to make diodes and transistors. These diodes and transistors can act as switches and logic gates in properly designed circuits. Silicon can also be easily oxidized to become a robust waterproof insulator to passivate and protect the circuits and components beneath it. The aluminium and/or copper are just good conductors used to "wire" the silicon components together and provide pads that can be used to attach wires or metal beads so that the chip can be connected to external circuits.
The silicon is a semiconductor and can be doped to control its conductivity and create the junctions needed to make diodes and transistors. These diodes and transistors can act as switches and logic gates in properly designed circuits. Silicon can also be easily oxidized to become a robust waterproof insulator to passivate and protect the circuits and components beneath it. The aluminium and/or copper are just good conductors used to "wire" the silicon components together and provide pads that can be used to attach wires or metal beads so that the chip can be connected to external circuits.
The silicon is a semiconductor and can be doped to control its conductivity and create the junctions needed to make diodes and transistors. These diodes and transistors can act as switches and logic gates in properly designed circuits. Silicon can also be easily oxidized to become a robust waterproof insulator to passivate and protect the circuits and components beneath it. The aluminium and/or copper are just good conductors used to "wire" the silicon components together and provide pads that can be used to attach wires or metal beads so that the chip can be connected to external circuits.