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The quantity which make rotating amplifier applicable in large power levels is/are
- a)high power gain and favourable transient conditions
- b)favourable transient conditions
- c)high power gain
- d)favourable steady state conditions
Correct answer is option 'A'. Can you explain this answer?
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Verified Answer
The quantity which make rotating amplifier applicable in large power l...
The rotating amplifiers have stable transient conditions, which makes them favourable to use in high power sectors.
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The quantity which make rotating amplifier applicable in large power l...
High Power Gain and Favorable Transient Conditions
The key factor that makes rotating amplifiers applicable in large power levels is the combination of high power gain and favorable transient conditions. Let's break down why this is the case:
High Power Gain:
- Rotating amplifiers are known for their ability to provide high power gain, which allows them to efficiently amplify signals to large power levels. This high power gain is crucial in applications where large power levels are required, such as in industrial settings or power systems.
Favorable Transient Conditions:
- In addition to high power gain, rotating amplifiers also offer favorable transient conditions. This means that they are able to handle sudden changes in input signals or load conditions without significant distortion or instability. This is important in applications where rapid changes in power levels occur, as rotating amplifiers can adapt quickly and maintain stability.
By combining high power gain with favorable transient conditions, rotating amplifiers become a reliable and efficient choice for large power level applications. Their ability to amplify signals effectively and handle dynamic changes in conditions makes them well-suited for demanding power systems and industrial settings.
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The quantity which make rotating amplifier applicable in large power levels is/area)high power gain and favourable transient conditionsb)favourable transient conditionsc)high power gaind)favourable steady state conditionsCorrect answer is option 'A'. Can you explain this answer?
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