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ContentsPreface Introduction 1 Circuits and their Polynomials 2 Bandwidth from OCTCs of Real Poles 5 Bandwidth from Quadratic Pole Approximation 7 Risetime 11 Pole Separation 12 Stage Interaction 13 Textbook CE Stage 22 General Single-Stage BJT OCTCs 23 Base-Emitter Open-Circuit Resistance 24 Base-Collector Open-Circuit Resistance 27 General Single-Stage CE Gain 30 Single-Stage BJT OCTC Bandwidth 33 OCTCs and the Base Node Time Constant 35 Generalized Single-Stage Amplifier 37 Frequency-Dependent Miller’s Theorem 43 The Inverse Miller-Effect Paradox 45 Cochrun-Grabel Method 48 Cochrun-Grabel Method Applied to Textbook CE Stage 50 Cascaded CE Stages 51 Extra Element Theorem (EET) 55 EET Example: Single CB Stage Cc 58 EET Example: Single CE Stage Cc 60 Impedance EET (ZEET) 61 Blackman’s Impedance Theorem (BZT) 64 n Extra Element Theorem (nEET) 66 Design-Oriented Pole-Zero Determination 67 The β Transform 68 The μ Transform 69 β(s) Transform 71 Equivalence of Hybrid-π and T BJT Models 74 Base-Emitter OCTC in the High-Frequency Region 76 The μ(s) Transform? 80
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