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Rosenstark S. — Feedback Amplifier Principles
Rosenstark S. — Feedback Amplifier Principles



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Название: Feedback Amplifier Principles

Автор: Rosenstark S.

Аннотация:

This book is intended for the electrical engineer interested in obtaining a background in the area of feedback amplifiers. A suitable text for self-study or formal course work, the entire book can be covered in one semester at the senior undergraduate level or at the first-year graduate level.


Язык: en

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 1st edition

Год издания: 1986

Количество страниц: 224

Добавлена в каталог: 19.03.2011

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Asymptotic gain      16
Asymptotic gain formula      16
Asymptotic gain formula, caution      20
Asymptotic gain, example      17 18
Bandwidth-gain trading      7
Bipolar transistor, equivalent circuit      155
Bipolar transistor, equivalent circuit, transformations      157
Bipolar transistor, high-frequency model      57
Black, H.S.      9
Blackman's impedance formula      20
Blackman's impedance formula, caution      23
Blackman's impedance formula, example      22
Blackman, R.B.      1 9 24
Bode, H.W.      1 9
Brown, J.W.      176
Cascode amplifier      165
Characteristic equation      81
Cheng, D.K.      92 176
Churchill, R.V.      176
Cochrun, B.L.      77
Colpitis oscillator      139 141
Compensated attenuator compensation      109
Compensation by narrowbanding      102
Compensation by narrowbanding, example      103
Compensation, compensated attenuator method      109
Compensation, compensated attenuator method, example      111
Compensation, lag-lead method      105
Compensation, lag-lead method, example      108
Compensation, phantom zero method      112
Compensation, phantom zero method, example      115
Complex variables      173
Complex variables, analyticity      173
Complex variables, residue theorem      175
Complex variables, residues      174
Crystals, quartz      144
Direct transmission term      16
Direct transmission term, example      17
Distortion      5
Encirclement theorem      84
Equivalent circuit, bipolar transistor      155
Equivalent circuit, bipolar transistor, transformations      157
Equivalent circuit, FET      160
Equivalent circuit, FET, transformations      160
Equivalent circuit, high-frequency models      57
Feedback amplifier, bridge feedback      32
Feedback amplifier, bridge feedback, example      34
Feedback amplifier, series-series      29 31
Feedback amplifier, series-shunt      29 31
Feedback amplifier, shunt-series      28 30
Feedback amplifier, shunt-shunt      28 30
Feedback, degenerative      3
Feedback, negative      3
Feedback, positive      3
Feedback, regenerative      3
FET, equivalent circuit      160
FET, equivalent circuit, transformations      160
FET, high-frequency model      57
Gain crossover      89
Gantmacher, F.R.      92
Grabel, A.      77
Guillemin, E.A.      153
Halkias, C.C.      165
Hartley oscillator      139 143
Hayt, W.H.      77
High-frequency models for bipolar transistors and FETs      57
Impedances      9 see
Impulse response      168
Lag-lead compensation      105
Laplace transform      168
Loop gain      2 11
Loop gain, high-frequency analysis      56 see
Loop gain, high-frequency analysis, 2-transistor example      69
Loop gain, high-frequency analysis, 3-transistor example      71
Loop gain, high-frequency analysis, by Cochrun and Grabel method      67
Loop gain, high-frequency analysis, by using CORNAP      58
Loop gain, high-frequency analysis, zeros      61
Loop gain, measurement      38
Loop gain, measurement, breaking the loop, using inductor      44
Loop gain, measurement, combined voltage and current ratio      41
Loop gain, measurement, current ratio, branch injection      48
Loop gain, measurement, exact method      49
Loop gain, measurement, terminating the cut, using iteration      43
Loop gain, measurement, using current ratio      40
Loop gain, measurement, using voltage ratio      38
Loop gain, measurement, voltage ratio, node injection      47
Loop gain, related to sensitivity      127 129
Middlebrook, R.D.      9 53
Miller (effect) approximation      56 64
Miller, J.M.      77
Millman, J.      165
Narrowbanding      102
Neudeck, G.W.      77
Noise in feedback amplifiers      7
Nyquist criterion      87
Nyquist, H.      92
Oscillation, conditions of      134
Oscillation, minimum condition      134
Oscillator, Colpitis      139 141
Oscillator, crystal control      144
Oscillator, Hartley      139 143
Oscillator, phase shift      145
Oscillator, twin-T      147
Oscillator, Wien-bridge      149
Phantom zero compensation      112
Phase crossover      89
Phase-shift oscillator      145
Poles of stable systems      173
Reference-controlled source      12
Residue theorem      175
Residues      174
Resonant circuit, parallel tuned      135
Resonant circuit, parallel tuned, series loss      136
Resonant circuit, transformerlike      138
Response of second-order feedback amplifier      99
Response of second-order systems      95
Response to unit step      98
Return difference      3
Return ratio      2 11 see
Return ratio, definition      12
Return ratio, example      12 14
Rosenstark, S.      9 53 77
Routh — Hurwitz criterion      82
Routh — Hurwitz criterion, degenerate cases      83
Second-order feedback amplifier response      99
Second-order system response      95
Second-order system response to unit step      98
Sensitivity      4 124 see
Sensitivity related to loop gain      127
Singularities      174
Stability      80
Stability margins      88
Stability, characteristic equation      81
Stability, encirclement theorem      84
Stability, gain crossover      89
Stability, Nyquist criterion      87
Stability, phase crossover      89
Thomas, D.E.      12 24
Transformations, equivalent circuit, bipolar transistor      157
Transformations, equivalent circuit, FET      160
Transistor, bipolar, equivalent circuit      155
Transistor, bipolar, transformations      157
Transistor, FET, equivalent circuit      160
Transistor, FET, transformations      160
Transistor, high-frequency models      57
Twin-T oscillator      147
Van Valkenburg, M.E.      92 176
Wien-bridge oscillator      149
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