zener diode


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ze·ner diode

or Ze·ner diode  (zē′nər)
n.
A silicon semiconductor device used as a voltage regulator because of its ability to maintain an almost constant voltage with a wide range of currents.

[After Clarence Melvin Zener (1905-1993), American physicist.]

Zener diode

(ˈziːnə)
n
(Electrical Engineering) a semiconductor diode that exhibits a sharp increase in reverse current at a well-defined reverse voltage: used as a voltage regulator
[C20: named after C. M. Zener (1905–93), US physicist]

ze′ner

(or Ze′ner) di`ode

(ˈzi nər)
n.
a semiconductor diode across which the reverse voltage remains almost constant over a wide range of currents, used esp. to regulate voltage.
[1955–60; after U.S. physicist Clarence Melvin Zener (born 1905)]
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An internal drain-to-gate zener diode provides the clamping protection for over-voltage.
1 (guided by Cahill's Figure 3 right hand side) I reconstructed the experimental electrical circuit diagrams of the inverted arrangement on a common plane formed by the electrical loops defined by the battery, Zener diode and resistor.
Transient voltage auppression (TVS) diodes, sometimes also referred to as tranzorbs, are a kind of zener diode that respond in nanoseconds to overvoltage.
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