Assertion: fet's terminal | /r/HasProperty | gate
Facets:
value: in fets
type: LOCATION
value: of collector
type: OTHER
value: of base
type: LOCATION
value: of emitter
type: OTHER
value: for a field-effect transistor
type: PURPOSE
Source sentences:
text: The three terminals of FET are Gate, Source and Drain.
text: Transistors have three terminals: the gate, the drain, and the source  (on a bipolar transistor, the wires can be called the emitter, the collector, and the base).
text: As shown in the figure, the three terminals of the JFET are called the source, drain, and gate.
text: For a field-effect transistor, the terminals are labeled gate, source, and drain, and a voltage at the gate can control a current between source and drain.
text: FET is designed in such a way there exist three terminals that are known as source, gate and the drain.
text: Instead of base, emitter, and collector, the terminals in a field-effect transistor are called the gate, drain, and source.
text: But these terminals are referred to as the source, drain, and gate.
text: Bipolar Junction Transistor Hardware Construction 3 terminals: Gate, source, drain with higher structure complexity 3 terminals:
text: The MOS transistor consists of three terminals: a gate , a source , and a drain .
text: A basic FET has three terminals, a source (the source of electrons), a gate (the control terminal), and a drain (where electrons leave the device).
text: This type of FET transistor has three terminals, which are source, drain, and gate.
text: It consists of three terminals that are gate, source and drain.
text: The three terminals in an FET are the drain, source and gate.
text: The three terminals of FET are the source, gate, and drain.
text: The MOSFET is a device that has 4 terminals (gate, drain, source and bulk), in which a voltage at the gate controls the current that flows between the drain and source.
text: Of course, if you know beforehand which terminals on the device are the gate, source, and drain, you may connect a jumper wire between gate and source to eliminate any stored charge and then proceed to test source-drain continuity with no problem.
text: Of course, if you know beforehand which terminals on the device are the gate, source, and drain, you may connect a jumper wire between gate and source to eliminate any stored charge and then proceed to test source-drain continuity with no problem.
text: In FETs, the three terminals are called gate (G), source (S) and drain (D) respectively, and it is the voltage applied to the gate terminal that modulates the current between source and drain.