Noun Phrase
/ɡeɪt rɪˈzɪstəns/
"Gate resistance" refers to a parameter in electronics and semiconductor physics that describes the resistance encountered by an electric current in relation to the gate terminal of a field-effect transistor (FET). This term is primarily used in technical and scientific discussions related to circuit design, semiconductor devices, and the performance characteristics of transistors.
The frequency of use for "gate resistance" is primarily in written contexts, such as technical papers, textbooks, and electronic component datasheets, rather than in everyday spoken language.
Gate resistance can significantly affect the switching speed of a MOSFET.
La resistencia de puerta puede afectar significativamente la velocidad de conmutación de un MOSFET.
Engineers must carefully account for gate resistance when designing low-power circuits.
Los ingenieros deben tener en cuenta cuidadosamente la resistencia de puerta al diseñar circuitos de bajo consumo.
The testing results indicated a lower than expected gate resistance in the new transistor model.
Los resultados de la prueba indicaron una resistencia de puerta más baja de lo esperado en el nuevo modelo de transistor.
While "gate resistance" is not typically part of idiomatic expressions in English, it may occur within technical contexts. However, the broader concept of "gate" can be linked to a few idioms involving gates or barriers.
To close the gate after the horse has bolted is useless advice.
Cerrar la puerta después de que el caballo ya se ha escapado es un consejo inútil.
(Meaning: Acting too late to prevent a problem.)
Don't let the gate hit you on the way out.
No dejes que la puerta te golpee al salir.
(Meaning: An expression used when someone is leaving in an unfriendly manner.)
She was left at the gate after everyone else had entered.
Ella fue dejada en la puerta después de que los demás entraron.
(Meaning: To be excluded from a group or opportunity.)
The term "gate" comes from the Old English word gæt, which referred to a place of entrance or an opening, while "resistance" originates from the Latin resistentia, meaning to withstand or oppose. In the context of electronics, "gate resistance" combines these concepts, referring to the opposition encountered at the gate of a semiconductor device.
Synonyms: - Gate impedance - Threshold resistance (context-dependent)
Antonyms: - Gate conductance (the ability to allow current through the gate) - Enhanced switching speed (not directly opposite, as it refers more to performance rather than resistance, but indicates opposing outcomes of low gate resistance).
In summary, "gate resistance" is a technical term primarily used in electronics, conveying important information on device performance, particularly for transistors. It is essential in the design and application of electronic circuits.