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How do you pronounce gyrator in English (1 out of 25).

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Translation of gyrator

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IPA (International Phonetic Alphabet) of gyrator

The International Phonetic Alphabet (IPA) is an alphabetic system of phonetic notation based primarily on the Latin alphabet. With phonetic transcriptions, dictionarie tell you about the pronunciation of words, because the spelling of an English word does not tell you how you should pronounce it. Below is the phonetic transcription of gyrator:

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  1. a Gyrator, a Non-reciprocal element called a Gyrator. A property of a gyrator is gyrator
  2. in the other domain. Therefore, this equipment is a gyrator. So, that is a gyrator. But this
  3. So we have here basically the DC gen which is a gyrator. Now this gyrator has two ports
  4. A DC motor can be modelled as a gyrator; we will look at that shortly.
  5. an example of a gyrator in the two ports.
  6. value. Likewise, just as the E g we said that the DC generator is a gyrator wherein the
  7. by gyrator action the link is K into i this would be K into i minus B omega now all are
  8. So, in the DC motor the black box is still a gyrator in the DC motor also the black box
  9. is a gyrator like in the DC generator only difference is that you have the input port
  10. would be the gyrator link operation between the two. so this is where the DC motor will
  11. K phi is same for both the cases. So therefore this is a GYRATOR. We have already said that
  12. a GYRATOR and not a transformer.
  13. Gyration resistance and the usual symbol for a Gyrator is like this. This is the symbol
  14. for a gyrator with the gyration resistance denoted here exactly like a transformer you
  15. to this let me indicate why it is important? Why it is gyrator an important network. Zin
  16. impedance is that of an inductor and this is the major use of a Gyrator.
  17. 1 does is one simulates an inductor. The Gyrator can be can be made by op-amps
  18. and resistances, op-amps and resistances, and therefore if you terminate the Gyrator
  19. resistances alright this is the major views. Now, let us try to characterize a Gyrator
  20. 1 for a reciprocity and therefore, the Gyrator is a Non-reciprocal device alright. Question