|
|
Àâòîðèçàöèÿ |
|
|
Ïîèñê ïî óêàçàòåëÿì |
|
|
|
|
|
|
|
|
|
|
Hendrik Wade Bode — Network Analysis and Feedback Amplifier Design |
|
|
Ïðåäìåòíûé óêàçàòåëü |
Equivalent for four-terminal interstage 432
Equivalent low-pass amplifier 210—211 288 298 469
Equivalent plate generator voltage 1 7
Equivalent T-network 229 459
Even and odd symmetry 106 120
Everitt, W.L. 1
Excess gain and phase margin computation and allocation 523—526
Excess phase frequency, 484
Excess phase in feedback loop 480
Excess phase margins 485
Excess phase, causes of 481—484
Excess phase, compensation for 484 486
Excess phase, maximum available feedback with 484—485
Exponential representation of physical sinusoids 19—22
External gain 35 86 290
External gain with feedback 80—81 86—87
External gain, characteristic 45 389—392 401
External gain, definition 387
External gain, requirement 463
External gain, voltage 389
Extraction of poles of driving-point impedance 175—176
Feedback 31—43 see
Feedback amplifier 31
Feedback amplifier, backward circuit see “-circuit”
Feedback amplifier, characteristic, active admittance 386
Feedback amplifier, characteristic, external gain 387
Feedback amplifier, characteristic, loop transmission 44 47 386 389
Feedback amplifier, characteristic, volume performance 387 389
Feedback amplifier, design 305
Feedback amplifier, design, single loop see “Single loop amplifiers”
Feedback amplifier, forward or -circuit see “Forward circuit”
Feedback amplifier, gain 245—246
Feedback amplifier, gain, input and output circuits 56
Feedback amplifier, gain, mathematical definition 44
Feedback amplifier, gain, reduction factor 44 46—47
Feedback amplifier, gain, representation of negative structure by 246
Feedback amplifier, gain, transconductance of tubes in 156—162
Feedback circuits, elementary theory of 31—35
Feedback circuits, general theorems for 66—102
Feedback circuits, ideal 60—61
Feedback circuits, regeneration and degeneration in general 285—286
Feedback circuits, types of see “Type of feedback circuit”
Feedback factor 32
Feedback for bilateral elements 71—73
Feedback for two elements 75—76
Feedback impedance 67—68 387 389 519
Feedback in band 457—458 474
Feedback limiting circuit 456
Feedback paths 45 60—61
Feedback, effect of, on input and output impedances of amplifiers 73—75
Feedback, envelope or voice-frequency 479—480 493—498 504
Feedback, external gain with 80—81 86—87
Feedback, individual 49
Feedback, loop asymptote 458—459
Feedback, loop asymptote, capacity potentiometer 459
Feedback, loop asymptote, characteristic see “Loop cut-off characteristic”
Feedback, loop asymptote, excess phase 480
Feedback, loop asymptote, principal and subsidiary 158 489
Feedback, maximum available see “Maximum available feedback”
Feedback, radio frequency 584
Feedback, reduction of distortion by 79—80
Feedback, reference, as a balanced bridge 83—84
Feedback, relation to stability 44
Feedback, residual 89
Figure of frequency 477—480 496
Figure of merit 457 477 485 518
Filter see “Wave filter”
Final gain characteristic 33—34
Finite line segments in attenuation-phase computations 338
Flat loop gain in useful band 455—456 486
Flat loop gain, advantage at edge of band of 455
Formulae for networks of lumped electrical elements extended to other systems 298—301
Formulae for physical network characteristics at real frequencies 291—302
Formulae involving A and B at finite points 296—298
Formulae involving coefficients of higher order terms in power series 291—293
Formulae involving integral of A and B over finite ranges 296—298
Formulae involving products of functions 293—294
Formulae involving products of functions with reversed symmetry 295—296
Formulae, tabulation of 301—302
Forward circuit 44—45 55 see
Forward circuit design 523
Forward circuit gain 45 490 492 499 501
Forward circuit impedance 519
Foster, R.M. 10 177 198 271
Four-terminal interstage network 427—431
Four-terminal interstage network of maximum constant gain 440—444
Four-terminal interstage network of symmetrical configuration 438
Four-terminal interstage network with ideal transformers 429
Four-terminal interstage network with restricted phase shift 433—435
Four-terminal interstage network, equivalent circuits 431—433 440 444
Four-terminal interstage network, filter types of 407 428—431
Four-terminal interstage network, gain, general limitations on 435—440
Four-terminal interstage network, positive and negative resistance integral relations in 434
Four-terminal interstage network, relation to two-terminal interstage 440 442
Four-terminal interstage network, separation of plate and grid capacities 428
Four-terminal network 31 228 236 see
Four-terminal network, parameters 201
Four-terminal network, representation by simple structures in tandem 201
Fractionated gain 81 87 386—387
Free oscillations 107
Frequency modulation receiver 489—493
Frequency transformations 196 208—210 218
Frequency transformations for dissipation 214—216
Frequency transformations for dissipation, parasitic 216—222
Frequency transformations for filters 210—211 214
Frequency transformations for networks of two kinds of elements 214—215
Frequency transformations in amplifier, design 210—211
Frequency, asymptotic crossover 465
Frequency, complex 23 28—30
Frequency, definition 22
Frequency, effective asymptotic 484
Frequency, figure of merit 477
Frequency, horizontal step 465—467
Frequency, ideal cut-off 455
Frequency, negative 24
Frequency, plane 24
Frequency, real 23
Frequency, transit time 484
Fry, T.C. 19
Gain 52—53 see
Gain area redistribution 407
Gain before feedback 81—82
Gain characteristics 498 ff
Gain characteristics of simple interstages 426—427
Gain in interstage 403—440
Gain in interstage, -circuit 283—284
Gain in interstage, local feedback circuit 284
Gain with reference 88—97
Gain, external, with feedback 32—33 80—82 87
Gain, fractionated 81
Gain, margin 453 466—467 479 492 495—496 505 523—529
Gain, reduction rate 454
Gardner, M.F. 13
Generator with zero or infinite internal impedance 12
Generator, current 12 14
Generator, equivalent cathode 6
Generator, equivalent plate 1 6—7 15
Generator, voltage 2 5
Generator, voltage, equivalent plate 6—7
Gewertz, C.M. 229 437
Goursat — Hedrick 137 300
Graphical computation of relations between real and imaginary components of network functions 337—345
grid 1 6 13
Grid-cathode impedance 6—7 284 457 see
Grid-leak combinations 510—511 514—516
Grid-plate coupling capacities 7 42 46 95 505
Guillemin, E.A. 1 13 83 197 231 326 373
Heaviside, O. 19
High frequency path see “Asymptotic characteristic”
Horizontal step for excess phase 484 485 507
| Horizontal step for ideal phase 465
Horizontal step in loop cut-off characteristic 471 505 513
Horizontal step with gain and phase margins 468
Hunting 43
Hybrid coil circuits 464
Hybrid coil feedback, high side 464
Hybrid coil feedback, low side 464 499
Ideal flat gain amplifier 244—245
Ideal non-dissipative transmission line 222
Ideal transformer 25 230—233
Ideal transformer for phase reversal 456
Ideal transformer in input and output circuits 363
Ideal transformer in interstage circuits 429 432
Ideal transmission characteristics 222
Image parameters 229
Imaginary component charts see “Charts I—XIV”
Immittance 15 see also
Impedance 8—9
Impedance coefficient, general 24...
Impedance expressions, choice of coefficients in 206—208
Impedance generator 7
Impedance level 388
Impedance measurements to determine feedback 75
Impedance of C for the given band width 363 372
Impedance with addition of active elements 66
Impedance with feedback 66—69
Impedance, active 66—71
Impedance, bilateral 9
Impedance, complex 22—24
Impedance, complex, self- and transfer 22
Impedance, coupling 4
Impedance, driving-point see “Driving-point impedance”
Impedance, energy relations at real frequencies 128-131
Impedance, general, partial fraction expansion of a 200—203
Impedance, grid 7
Impedance, input, of an ordinary feedback amplifier 66
Impedance, mutual or coupling 4
Impedance, mutual, between two meshes 11
Impedance, passive 51 56
Impedance, reconstruction of a, from aknowledge of either component 203
Impedance, self-, of a mesh 4
Impedance, transfer see “Transfer impedance”
Impedance, transimpedance or mutual, of a tube 6—7
Impedance, values at infinite frequency 298
Impedance, zeros and poles of 24—25
Index of stability 158
Indicial admittance 299—300
Inductance 5 13
Inductance, coupling 3
Inductance, distributed 1
Inductance, lumped 1
Inductance, mutual 3
Inductance, reciprocal 13
Input and output amplifier impedances with feedback 73—75
Input and output circuit design 372—378 383—388 392—402
Input and output circuit theorems 368—371
Input and output circuit, applications of general theorems to 360—402
Input and output circuit, impedance match with filter, ladder structure, or resistance-reactance combination 373—376
Input and output circuits 360—402 462—463 469 486
Input and output circuits and resistance 363—368
Input and output circuits for series feedback amplifier 392—399
Input and output circuits with varying gain characteristic 518
Input and output circuits, contribution of, to final gain 387
Input and output circuits, equivalent ideal transformer for 363
Input and output circuits, external gain characteristic of 387
Input and output circuits, filters as ideal designs for 369
Input and output circuits, illustrative reflection coefficient design of 378—383
Input and output circuits, reconstruction of the imaginary component as an aid to the design of 372—378
Input and output circuits, reflection coefficient theorem for 364
Input and output circuits, terminated in capacity 361—363
Input and output circuits, volume performance in 387 389
Input and output circuitsnumber of elements in the design of 370
Input or output transformer 360—362 463
Instability see “Stability”
Integration around a circle 141
Integration around a square 143
Integration in the complex plane 138 ff
Integration of 141
Integration of 140
Integration over very small or large paths 139—140
Interstage capacities 213 419 436 462 495 518
Interstage circuit see “Interstage network”
Interstage circuit gain 458 498
Interstage circuit impedance 32 47 511
Interstage network 48 230 469 486 see also
Interstage network design, application of general theorems to 403—444
Interstage network design, technique 377
Interstage network in a non-feedback video amplifier 305
Interstage phase 488
Introduction of surplus factors 258—260
Inverse network for active impedance 199
Inverse network for Wheatstone bridge 197
Inverse network relationship 231 233 241
Inverse network structures 13 see
Inverse network, analytic 198
Inverse network, definition 196
Inverse network, structural 197—198
Iterative parameters 229
Johnson, K.S. 122
Kendall, B.W. 499
Knopp, K. 441
Kreer, J.G. 151 489
Kva rating 182—185 382
Ladder circuits 243 326
Lattice network equalizer circuits 270—271
Lattice network equivalents 266—270
Lattice network filters 326
Lattice network for four-terminal interstages 440
Lattice network with ideal transformer 231
Lattice network, all-pass 237
Lattice network, bridged-T equivalent of 271
Lattice network, construction of branch impedances in 231—233
Lattice network, conversion to bridged-T 444
Lattice network, interchange of branches in 237
Lattice network, representation of transfer impedance by 230—235
Lattice network, symmetrical 231—233
Leakage inductance of hybrid coils 500
Leakage inductance of transformer 374—375 464
Lee, Y.W. 242 303
Linear phase shift systems, in general 322—327
Linear phase shift with prescribed discrimination 331—334
Linear phase shift with vestigial side-band 333
Linear phase shift, in useful range 310
Liouville’s theorem 200
Llewellyn, F.B. 158
Local feedback 41—42
Local feedback, cathode circuit 451
Local feedback, computation 95—99
Local feedback, parasitic capacity 283—285 291 451
Local feedback, paths 43 482 512
Local feedback, properties 99—102
Logarithmic derivative, integral of 147
Logarithmic frequency scale 287 338 344
Loop characteristic see “Loop cut-off characteristics”
Loop cut-off characteristics with maximum obtainable feedback 464—468
Loop cut-off characteristics with multiple paths 452
Loop cut-off characteristics, alternative high frequency 471—476
Loop cut-off characteristics, asymptotic 458—464
Loop cut-off characteristics, basic 410
Loop cut-off characteristics, contribution of tubes and circuits to 476—477
Loop cut-off characteristics, corrected vs uncorrected 468—471
Loop cut-off characteristics, cut-off interval in 453
Loop cut-off characteristics, excess phase compensation in 480—486
Loop cut-off characteristics, frequency ratios for ideal phase corresponding to 465 468 484
Loop cut-off characteristics, general design procedure for simulating 486—488
Loop cut-off characteristics, horizontal step 465
Loop cut-off characteristics, ideal 454—458 470—471 475 491—492 505 507
Loop cut-off characteristics, margins for 453
Loop cut-off characteristics, variable 456
Loop dimensions 481
|
|
|
Ðåêëàìà |
|
|
|