Use pole splitting and add a compensation capacitor Cc to the previous

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Use pole splitting and add a compensation capacitor Cc to the previous amplifier so that it provides a phase margin of 30∘. a) Draw the simplified equivalent circuit including Cc. b) Find ωP2. c) Choose phase margin ( 30∘ in this case). d) Find ω at which angle = (−180∘+ phase margin ). e) Make gain = 0 dB in magnitude plot at ω found in d) f) Find ωP1. g) Calculate Cc. h) Draw the new Bode magnitude and phase plots indicating the phase margin.

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Use pole splitting and add a compensation capacitor $C c$ to the previous amplifier so that it provides a phase margin of $30^{\circ}$ . a) Draw the simplified equivalent circuit including Cc. b) Find $ω_{P 2}$ . c) Choose phase margin ( $30^{\circ}$ in this case). d) Find $ω$ at which angle $= (- 180^{\circ} +$ phase margin $)$ . e) Make gain $= 0 d B$ in magnitude plot at $ω$ found in $d$ ) f) Find $ω_{P 1}$ . g) Calculate Cc. h) Draw the new Bode magnitude and phase plots indicating the phase margin.