The mid-band gain of the amplifier below is Av=100. Rs=6000, R-68kN, R=22kN, Rc=2.7kQ, R1=330, RE2=1.5k, RL=3.2k2,...

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The mid-band gain of the amplifier below is Av=100. Rs=6000, R₁-68kN, R₂=22kN, Rc=2.7kQ, R£1=330, RE2=1.5k, RL=3.2k2, C₁=0.2µF, C₂-82μF, C3-0.27μF Assume B=116 and r'e=12 a) Calculate the critical frequencies [fallinput), falloutput), fcl(bypass)] b) Express the voltage gain in decibels and draw the Bode plot showing each of the lower critical frequencies. You can use the provided semi-log graph template below but please ensure you mark your data points and specify axis titles and values. Rs www 15 www 1₁ R₁ R₂ Vcc +15 V O www www ₁ Rc 2N3904 REI RE2 V out RL The mid-band gain of the amplifier below is Av=100. Rs=6000, R₁-68kN, R₂=22kN, Rc=2.7kQ, R£1=330, RE2=1.5k, RL=3.2k2, C₁=0.2µF, C₂-82μF, C3-0.27μF Assume B=116 and r'e=12 a) Calculate the critical frequencies [fallinput), falloutput), fcl(bypass)] b) Express the voltage gain in decibels and draw the Bode plot showing each of the lower critical frequencies. You can use the provided semi-log graph template below but please ensure you mark your data points and specify axis titles and values. Rs www 15 www 1₁ R₁ R₂ Vcc +15 V O www www ₁ Rc 2N3904 REI RE2 V out RL

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Calculating Critical Frequencies Based on the component values and transistor parameters provided he... View the full answer