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Question
The general form of amplitude modulation of a signal \(s(t)\) is: [...]
Answer

\(\displaystyle s_{HF}(t) = (A + \gamma s(t)) \cos(\omega_{c}t)\)

where \(A\) is the DC offset, \(\gamma\) is the AM sensitivity factor and \(\omega_{c}\) is the carrier angular frequency.


Question
The general form of amplitude modulation of a signal \(s(t)\) is: [...]
Answer
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Question
The general form of amplitude modulation of a signal \(s(t)\) is: [...]
Answer

\(\displaystyle s_{HF}(t) = (A + \gamma s(t)) \cos(\omega_{c}t)\)

where \(A\) is the DC offset, \(\gamma\) is the AM sensitivity factor and \(\omega_{c}\) is the carrier angular frequency.

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General Form for Amplitude Modulation
The general form of amplitude modulation of a signal \(s(t)\) is: \(\displaystyle s_{HF}(t) = (A + \gamma s(t)) \cos(\omega_{c}t)\) where \(A\) is the DC offset, \(\gamma\) is the AM sensitivity factor and \(\omega_{c}\) is the carrier angular frequency.

Summary

statusnot learnedmeasured difficulty37% [default]last interval [days]               
repetition number in this series0memorised on               scheduled repetition               
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