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linear amplifier - перевод на русский
общая лексика
линейный усилитель
![voltage gain]]'' of 3; that is at any instant <math>v_o(t) = 3v_i(t)\,</math>](https://commons.wikimedia.org/wiki/Special:FilePath/Amplification2.svg?width=200 "voltage gain]]'' of 3; that is at any instant <math>v_o(t) = 3v_i(t)\,</math>")
![De Forest's prototype audio amplifier of 1914. The [[Audion]] (triode) vacuum tube had a voltage gain of about 5, providing a total gain of approximately 125 for this three-stage amplifier.](https://commons.wikimedia.org/wiki/Special:FilePath/First Audion amplifier 1914.jpg?width=200 "De Forest's prototype audio amplifier of 1914. The [[Audion]] (triode) vacuum tube had a voltage gain of about 5, providing a total gain of approximately 125 for this three-stage amplifier.")
![op-amp]]](https://commons.wikimedia.org/wiki/Special:FilePath/LM741CN.jpg?width=200 "op-amp]]")
![Power amplifier by [[Skyworks Solutions]] in a [[Smartphone]].](https://commons.wikimedia.org/wiki/Special:FilePath/Sagem VS4 - Skyworks SKY77328-13-9827.jpg?width=200 "Power amplifier by [[Skyworks Solutions]] in a [[Smartphone]].")
общая лексика
каскад усиления
Википедия
A linear amplifier is an electronic circuit whose output is proportional to its input, but capable of delivering more power into a load. The term usually refers to a type of radio-frequency (RF) power amplifier, some of which have output power measured in kilowatts, and are used in amateur radio. Other types of linear amplifier are used in audio and laboratory equipment. Linearity refers to the ability of the amplifier to produce signals that are accurate copies of the input. A linear amplifier responds to different frequency components independently, and tends not to generate harmonic distortion or intermodulation distortion. No amplifier can provide perfect linearity however, because the amplifying devices—transistors or vacuum tubes—follow nonlinear transfer function and rely on circuitry techniques to reduce those effects. There are a number of amplifier classes providing various trade-offs between implementation cost, efficiency, and signal accuracy.
