## Design of Feedback Amplifies for prescribed closed-loop characteristics |

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all-pole functions amplifier interstage amplifier of Fig amplifier with transformer bandwidth degradation capacitance closed-loop function closed-loop transfer function coefficient collection of poles compensating networks complex plane COMPLEX POLES complex-conjugate poles coupling and by-pass coupling circuit degraded stage degrading function design methods Design/1 Chapter equation l3 fay-pass capacitor feedback amplifier four-pole function func half-power high-frequency pole load log-frequency plot low frequencies low-frequency stabilization low-frequency zero low-pass maximally-flat closed-loop negative real axis number of poles number of zeros Nyquist plot one-pole bandwidth open-loop function open-loop transfer function phase shift pole positions pole-zero poles and zeros poles at Pi poles of equation PRESCRIBED CLOSED-LOOP R-C interstage radian REAL FEEDBACK real poles realized resistor resonant circuit saturation problems screen by-pass networks shown in Fig shunt-peaked circuit signal frequencies simple one-pole function simple R-C circuit technique Theory and Design/1 tion transformer magnetizing inductance transformer output stage voltage divider written KG zeros by unity