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Fourier transformer - translation to russian
медицина
преобразователь Фурье
![chord]]. The first three peaks on the left correspond to the frequencies of the [[fundamental frequency]] of the chord (C, E, G). The remaining smaller peaks are higher-frequency [[overtone]]s of the fundamental pitches. A [[pitch detection algorithm]] could use the relative intensity of these peaks to infer which notes the pianist pressed.](https://commons.wikimedia.org/wiki/Special:FilePath/CQT-piano-chord.png?width=200 "chord]]. The first three peaks on the left correspond to the frequencies of the [[fundamental frequency]] of the chord (C, E, G). The remaining smaller peaks are higher-frequency [[overtone]]s of the fundamental pitches. A [[pitch detection algorithm]] could use the relative intensity of these peaks to infer which notes the pianist pressed.")
![Animation showing the Fourier Transform of a time shifted signal. [Top] the original signal (yellow), is continuously time shifted (blue). [Bottom] The resultant Fourier Transform of the time shifted signal. Note how the higher frequency components revolve in complex plane faster than the lower frequency components.](https://commons.wikimedia.org/wiki/Special:FilePath/Fourier transform - time shifted signal.gif?width=200 "Animation showing the Fourier Transform of a time shifted signal. [Top] the original signal (yellow), is continuously time shifted (blue). [Bottom] The resultant Fourier Transform of the time shifted signal. Note how the higher frequency components revolve in complex plane faster than the lower frequency components.")
![The [[rectangular function]] is [[Lebesgue integrable]].](https://commons.wikimedia.org/wiki/Special:FilePath/Rectangular function.svg?width=200 "The [[rectangular function]] is [[Lebesgue integrable]].")
![The [[sinc function]], which is the Fourier transform of the rectangular function, is bounded and continuous, but not Lebesgue integrable.](https://commons.wikimedia.org/wiki/Special:FilePath/Sinc function (normalized).svg?width=200 "The [[sinc function]], which is the Fourier transform of the rectangular function, is bounded and continuous, but not Lebesgue integrable.")
медицина
преобразование Фурье
![Camouflaged]] transformer in [[Langley City]]](https://commons.wikimedia.org/wiki/Special:FilePath/Camoflaged Transformer Langley City.jpg?width=200 "Camouflaged]] transformer in [[Langley City]]")
![An [[electrical substation]] in [[Melbourne]], [[Australia]]
showing three of five 220 kV – 66 kV transformers, each with a capacity of 150 MVA](https://commons.wikimedia.org/wiki/Special:FilePath/Melbourne Terminal Station.JPG?width=200 "An [[electrical substation]] in [[Melbourne]], [[Australia]]
showing three of five 220 kV – 66 kV transformers, each with a capacity of 150 MVA")
![Transformer at the [[Limestone Generating Station]] in [[Manitoba]], Canada](https://commons.wikimedia.org/wiki/Special:FilePath/Transformer-Limestone-Generating-Station.JPG?width=200 "Transformer at the [[Limestone Generating Station]] in [[Manitoba]], Canada")
Definition
Wikipedia
A hybrid coil (or bridge transformer, or sometimes hybrid) is a transformer that has three windings, and which is designed to be configured as a circuit having four ports that are conjugate in pairs.
A signal arriving at one port is divided equally between the two adjacent ports but does not appear at the opposite port. In the schematic diagram, the signal into W splits between X and Z, and no signal passes to Y. Similarly, signals into X split to W and Y with none to Z, etc.
Correct operation requires matched characteristic impedance at all four ports. Hybrids are a class of directional coupler in which the input port power is split equally between the two output ports. Forms of hybrid other than transformer coils are possible; any format of directional coupler can be designed to be a hybrid. These formats include transmission lines and waveguides.
