Calculate the overall voltage gain (Vo/Vi) of five stages of an amplifier, each having the following:- Stage one: Av(dB) = 16 dB, Low-Cutoff frequency = 168 Hz, High-Cutoff frequency = 1.2 %3D %3D MHz. Stage tow: Av(dB) = 8 dB, Low-Cutoff frequency = 320 Hz, High-Cutoff frequency = 2.6 %3D MHz. Stage three: Av(dB) = 12 dB, Low-Cutoff frequency = 64 Hz, High-Cutoff frequency = 1.6 %3D %3D

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Calculate the overall voltage gain (Vo/Vi) of five stages of an amplifier, each having the
following:-
Stage one: Av(dB) = 16 dB, Low-Cutoff frequency = 168 Hz, High-Cutoff frequency = 1.26
MHz.
Stage tow: Av(dB) = 8 dB, Low-Cutoff frequency = 320 Hz, High-Cutoff frequency = 2.6
MHz.
Stage three: Av(dB) = 12 dB, Low-Cutoff frequency = 64 Hz, High-Cutoff frequency = 1.6
%3D
%3D
MHz.
Stage four: Av(dB) = 6 dB, Low-Cutoff frequency = 12 Hz, High-Cutoff frequency = 1.8 MHz.
%3D
Stage five: Av(dB) = 2.4 dB, Low-Cutoff frequency = 224 Hz, High-Cutoff frequency = 1.5
%3D
MHz.
Determine the Low-Cutoff frequncy and High-Cutoff frequency of the overall amplifier?
What is the gain-bandwidth product of the amplifier?
Transcribed Image Text:Calculate the overall voltage gain (Vo/Vi) of five stages of an amplifier, each having the following:- Stage one: Av(dB) = 16 dB, Low-Cutoff frequency = 168 Hz, High-Cutoff frequency = 1.26 MHz. Stage tow: Av(dB) = 8 dB, Low-Cutoff frequency = 320 Hz, High-Cutoff frequency = 2.6 MHz. Stage three: Av(dB) = 12 dB, Low-Cutoff frequency = 64 Hz, High-Cutoff frequency = 1.6 %3D %3D MHz. Stage four: Av(dB) = 6 dB, Low-Cutoff frequency = 12 Hz, High-Cutoff frequency = 1.8 MHz. %3D Stage five: Av(dB) = 2.4 dB, Low-Cutoff frequency = 224 Hz, High-Cutoff frequency = 1.5 %3D MHz. Determine the Low-Cutoff frequncy and High-Cutoff frequency of the overall amplifier? What is the gain-bandwidth product of the amplifier?
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