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Τι (ποιος) είναι OHMIC - ορισμός
Ohmic contact
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NON-RECTIFYING ELECTRICAL JUNCTION: A JUNCTION BETWEEN TWO CONDUCTORS THAT HAS A LINEAR CURRENT–VOLTAGE (I-V) CURVE AS WITH OHM'S LAW
Ohmic device; Nonrectifying junction; Ohmic conductor; Non-rectifying junction
An ohmic contact is a non-rectifying electrical junction: a junction between two conductors that has a linear current–voltage (I–V) curve as with Ohm's law. Low-resistance ohmic contacts are used to allow charge to flow easily in both directions between the two conductors, without blocking due to rectification or excess power dissipation due to voltage thresholds.
Resistor
![An assortment of small through-hole potentiometers designed for mounting on [[printed circuit board]]s.](https://commons.wikimedia.org/wiki/Special:FilePath/12 board mounted potentiometers.jpg?width=200 "An assortment of small through-hole potentiometers designed for mounting on [[printed circuit board]]s.")
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 2.1.1.b.svg?width=200 "100px")
![High-power wire wound resistors used for [[dynamic braking]] on an electric railway car. Such resistors may dissipate many kilowatts for an extended length of time.](https://commons.wikimedia.org/wiki/Special:FilePath/KTSU resistors.jpg?width=200 "High-power wire wound resistors used for [[dynamic braking]] on an electric railway car. Such resistors may dissipate many kilowatts for an extended length of time.")
![Resistance decade box, made in former [[East Germany]].](https://commons.wikimedia.org/wiki/Special:FilePath/Odporová dekáda KURBELWIDERSTAND (A).jpg?width=200 "Resistance decade box, made in former [[East Germany]].")
![valve]] (vacuum tube) radio](https://commons.wikimedia.org/wiki/Special:FilePath/Old Radio Resistors.jpg?width=200 "valve]] (vacuum tube) radio")
![Carbon resistors (black rectangles) printed directly onto the SMD pads on the PCB of a [[Psion Organiser]] II from 1989](https://commons.wikimedia.org/wiki/Special:FilePath/PCB Carbon Printed Resistor.jpg?width=200 "Carbon resistors (black rectangles) printed directly onto the SMD pads on the PCB of a [[Psion Organiser]] II from 1989")
![RMA]] Resistor Color Code guide. Circa 1945–1950.](https://commons.wikimedia.org/wiki/Special:FilePath/ResistorColorCodeGuide.jpg?width=200 "RMA]] Resistor Color Code guide. Circa 1945–1950.")
![Ayrton–Perry]]}}](https://commons.wikimedia.org/wiki/Special:FilePath/Types of winding by Zureks.png?width=200 "Ayrton–Perry]]}}")
![This image shows four surface-mount resistors (the component at the upper left is a [[capacitor]]) including two [[zero-ohm resistor]]s. Zero-ohm links are often used instead of wire links, so that they can be inserted by a resistor-inserting machine. Their resistance is negligible.](https://commons.wikimedia.org/wiki/Special:FilePath/Zero ohm resistors cropped.jpg?width=200 "This image shows four surface-mount resistors (the component at the upper left is a [[capacitor]]) including two [[zero-ohm resistor]]s. Zero-ohm links are often used instead of wire links, so that they can be inserted by a resistor-inserting machine. Their resistance is negligible.")
![[[ANSI]]-style: (a) resistor, (b) rheostat (variable resistor), and (c) potentiometer](https://commons.wikimedia.org/wiki/Special:FilePath/Resistor, Rheostat (variable resistor), and Potentiometer symbols.svg?width=200 "[[ANSI]]-style: (a) resistor, (b) rheostat (variable resistor), and (c) potentiometer")
![IEC]] resistor symbol](https://commons.wikimedia.org/wiki/Special:FilePath/Resistor_symbol_IEC.svg?width=200 "IEC]] resistor symbol")
PASSIVE ELECTRONIC COMPONENT USED FOR ITS RESISTANCE
Resistors; Electrical resistor; The Resistor; Parallel resistors; Resistors in parallel; Resistors in series; Grid resistor; Current sensing resistor; Wire wound resistors; Film resistors; Radial-lead resistor; Resistor topology; Foil resistors; Carbon film resistor; High resistance; Wire-wound resistor; Resistive dissipation; Ideal resistor; Real resistor; Non-ideal resistor; Carbon transducer; Carbon-pile pressure transducer; Power resistor; Wire resistor; Metal film; Metal Film; Through hole resistor; Fixed resistor; Adjustable resistors; Special three-character code system for resistors; Three-character code system for resistors; Special 3-character code system for resistors; 3-character code system for resistors; Special three-character code for resistors; Special 3-character code for resistors; 3-character resistor marking code; Three-character resistor marking code; 3-character code for resistors; 3-character resistor code; Three-character resistor code; Three-character code for resistors; Special three-character marking code for resistors; Special 3-character marking code for resistors; Three-character marking code for resistors; 3-character marking code for resistors; Special three-character resistor marking code; Special 3-character resistor marking code
A resistor is a passive two-terminal electrical component that implements electrical resistance as a circuit element. In electronic circuits, resistors are used to reduce current flow, adjust signal levels, to divide voltages, bias active elements, and terminate transmission lines, among other uses.
resistor
PASSIVE ELECTRONIC COMPONENT USED FOR ITS RESISTANCE
Resistors; Electrical resistor; The Resistor; Parallel resistors; Resistors in parallel; Resistors in series; Grid resistor; Current sensing resistor; Wire wound resistors; Film resistors; Radial-lead resistor; Resistor topology; Foil resistors; Carbon film resistor; High resistance; Wire-wound resistor; Resistive dissipation; Ideal resistor; Real resistor; Non-ideal resistor; Carbon transducer; Carbon-pile pressure transducer; Power resistor; Wire resistor; Metal film; Metal Film; Through hole resistor; Fixed resistor; Adjustable resistors; Special three-character code system for resistors; Three-character code system for resistors; Special 3-character code system for resistors; 3-character code system for resistors; Special three-character code for resistors; Special 3-character code for resistors; 3-character resistor marking code; Three-character resistor marking code; 3-character code for resistors; 3-character resistor code; Three-character resistor code; Three-character code for resistors; Special three-character marking code for resistors; Special 3-character marking code for resistors; Three-character marking code for resistors; 3-character marking code for resistors; Special three-character resistor marking code; Special 3-character resistor marking code
(resistors)
A resistor is a device which is designed to increase the ability of an electric circuit to stop the flow of an electric current through it. (TECHNICAL)
N-COUNT
