Ãëàâíàÿ    Ex Libris    Êíèãè    Æóðíàëû    Ñòàòüè    Ñåðèè    Êàòàëîã    Wanted    Çàãðóçêà    ÕóäËèò    Ñïðàâêà    Ïîèñê ïî èíäåêñàì    Ïîèñê    Ôîðóì   
blank
Àâòîðèçàöèÿ

       
blank
Ïîèñê ïî óêàçàòåëÿì

blank
blank
blank
Êðàñîòà
blank
Lee T.H. — Design of CMOS Radio-Frequency Integrated Circuits
Lee T.H. — Design of CMOS Radio-Frequency Integrated Circuits



Îáñóäèòå êíèãó íà íàó÷íîì ôîðóìå



Íàøëè îïå÷àòêó?
Âûäåëèòå åå ìûøêîé è íàæìèòå Ctrl+Enter


Íàçâàíèå: Design of CMOS Radio-Frequency Integrated Circuits

Àâòîð: Lee T.H.

Àííîòàöèÿ:

The book is packed with physical insights and design tips, and it includes a historical overview that sets the whole field in context. It contains hundreds of circuit diagrams and many homework problems. This is an ideal textbook for students taking course on RF design and a valuable reference for practicing engineers.


ßçûê: en

Ðóáðèêà: Òåõíîëîãèÿ/

Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö

ed2k: ed2k stats

Ãîä èçäàíèÿ: 1998

Êîëè÷åñòâî ñòðàíèö: 598

Äîáàâëåíà â êàòàëîã: 14.03.2006

Îïåðàöèè: Ïîëîæèòü íà ïîëêó | Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
blank
Ïðåäìåòíûé óêàçàòåëü
Intercept point, third order(IP3)      312 342
Intercept point, third order(IP3), estimation of      297—300 324
Intercept point, third order(IP3), in single-stage LNAs      301 302
Interconnect      34 37 38 117
Interconnect in power amplifiers      367
Interconnect, capacitance of      41—47 184
Interconnect, problems on      59 60
Interference from superregenerators      19
Interference, reduction of      6 7 14
Intermediate frequency (IF) signal      14—15 308 309
Intermediate frequency (IF) signal, mixing down to      308 309 312
Intermodulation (IM) product      296 297 299 302
Intermodulation (IM) product, derivation of      314—315
Intermodulation (IM) product, third-order      313
Internal flux, contribution to total inductance      53
International Business Machines (IBM)      580
Inversion layer, induction of      64
Inverting amplifier      406 407 424
Inverting amplifier with lag compensator      427
Inverting amplifier with lead compensator      430
Inverting amplifier with reduced-gain compensation      425
Ion implantation, source-drain diffusions defined by      35
ISF      see "Impulse sensitivity function"
Iterated structures, driving-point impedance of      117—119
Jasberg, J.H.      214
JFETs      64
JFETs, describing function transconductance for      489 490
Jitter noise      448 466
Jitter peaking, in second-order phase-locked loops      446—447
Johnson noise      see "Thermal noise"
Johnson, J.B.      243
Junction capacitance      40—41
Junction capacitors      59—60
Junction capacitors in oscillator tuning      513
Junctions      20
Junctions, flicker noise in      255
Kennedy, J.F.      308
Kirchhoff's current law (KCL)      115 116 347 489
Kirchhoff's laws      114
Kirchhoff's voltage law (KVL)      115 116 229
L-match attempt      104—105
L-match circuit(s)      94—95 109 196 368
L-match circuit(s), $\pi$-match circuit as cascade of      96
Ladder networks      117 118 175
Ladder networks, input impedance of      127
Lag compensation in feedback systems      426—429
Lag compensation, drawback of      428
Laplace transform      429 447
Large-signal performance, in low-noise amplifiers      295—301
Lateral flux capacitor      38—39
Latour, Marius      17
LC circuits      89
LC circuits in crystal radios      5 7
LC circuits, use to change local oscillator frequencies      308
LC oscillator, impulse sensitivity function      537 538
LC oscillator, waveforms for      537
Lead compensation, in feedback systems      429—432
LEDs, discovery of      1 9 14
LEDs, GaN blue type      9 20
Leeson model, for phase noise      535 536 541 547
Levy, Lucien      308
Lewis, Tom      22
Light, frequency of      247
Lightly doped drain (LDD) structure, in MOS devices      76
Lilienfeld, Julius      62
Linear time-invariant (LTI) noise analysis      537 539 542 544
Linear time-varying (LTV) noise model      541 542 544 545
Linear-envelope operation, of power amplitiers      344
Linearity in low-noise amplifiers      295—301
Linearity, assumption of      308
Linearization, in frequency domain      485
Liquid barretter      8
Lithium niobate, use in resonators and filters      504
LM309 5-V regulator IC      227
LNA      see "Low-noise amplifier"
Local oscillator (LO) for homodyne receiver      438
Local oscillator (LO), amplitude of      309
Local oscillator (LO), frequency choice for      555
Local oscillator (LO), harmonics of      332 341
Local oscillator (LO), LC combination to change frequency of      308
Local oscillator (LO), noise figure and IP3 of      334
Local oscillator (LO), power transfer from      310
Local oscillator (LO), radiation from      564
Local oscillator (LO), RF signal mixing with      320
Local oscillator (LO), signal power of      313 316 317
Lodge, Oliver      3 7
Loebner, E.      22
Loktals      32
Long-channel limit, technology scaling in      72
Loop filters in phase-locked loops      463—468 475—476
Loop filters, ripple components in      466—468
Loop transmissions, clutches and      407—408
Loops, inductance of      56
Losev crystadyne receiver      21
Losev, Oleg      1 20—21 22
Lossy transmission lines, lumped model for      119—122
Low-frequency gain, of shunt-series amplifiers      193—195
Low-headroom cascade      239 240
Low-noise amplifier (LNA) with inductive source degeneration      283
Low-noise amplifier (LNA), design of      260 272—307
Low-noise amplifier (LNA), differential type      292—295
Low-noise amplifier (LNA), front-end type      564
Low-noise amplifier (LNA), linearity and large-signal performance in      295—301
Low-noise amplifier (LNA), mixer noise and      311 336—337
Low-noise amplifier (LNA), performance parameters for      298
Low-noise amplifier (LNA), power match vs.noise match in      277—284
Low-noise amplifier (LNA), problem set for      304—307
Low-noise amplifier (LNA), silicon RF bipolar type, noise figures of      264
Low-noise amplifier (LNA), single-ended type      288—292
Low-noise amplifier (LNA), spurious-free dynamic range in      302—303
Low-pass filter (LPF), noise bandwidth of      247
LTV      see "Linear time-varying (LTV) noise model"
Luminance signal, in color television      440
Lumped model, for lossy transmission line      119—120
Lumped RLC model, of transmission-line segment      119
Lumped systems      114—133
Lumped systems, characteristic impedance of      88 89
Lumped systems, cutoff frequency of      128—129
Lumped systems, distributed systems link to      116—117 131
Lumped systems, termination of      129—130
m-derived half-sections      130—131
Magic box, in phase noise      530 548 549
Magnesium getter, in vacuum tube      25
Manhattan stairstep jogs      47
Marconi, Guglielmo      2 4 5 7 22
Massachusetts Institute of Technology (MIT)      147
Maximum      93—94 106
Maximum power transfer theorem      93—94 344 375
Maxwell program      46 47
Maxwell's equations      2 116
Maxwell's equations in differential form      114—115
Maxwell's equations, vector calculus applied to      124
Maxwell, James Clerk      1—2 385
McCandless, W.      11
Meijs — Fokkema equation and method      43
MESFETs, describing functions for      490
Meta-Software Corporation      325
Metal interconnet, as small resistor      36
Microhenries, inductance given in      55
Microstrip lines      133
Microwave circuits and systems      134
Microwave diodes, for radar      337
Microwave radiation, in universe      248
Military applications, of direct digital synthesizer      523
Miller effect      29 30 155 156 176 192 195 196 202 204 291 392 506 577
Mirror galvanometer, in Fleming valve      10 11
Mirrors, in PMOS      226—227 236 238
mixers      308—343
Mixers, conversion gain of      310
Mixers, diode-ring mixers      337—340
Mixers, double-balanced mixers      322—329 331—335
Mixers, fundamentals of      309—313
Mixers, intercept point 3 of      324
Mixers, isolation and      311—313
Mixers, linear, nonlinear systems as      314
Mixers, linearity parameters of      311—313
Mixers, linearization techniques for      325—329
Mixers, multiplier-based mixers      318—335
Mixers, noise in      272
Mixers, potentiometric mixers      329—331
Mixers, problem set for      340—343
Mixers, RF transconductors for      321
Mixers, single-balanced mixers      319—322
Mixers, square-law mixer      315—318
Mixers, subsampling mixers      335—337
Mixers, three-port mixer      314
Mixers, two-port mixer      314
Mixing function, definition for      333
Mobility degradation, in MOS devices      79
MOS capacitor      39
MOS devices, breakdown phenomena in      372—373 374
MOS devices, describing functions for      488—491
MOS devices, history of      62—63
MOS devices, mobility degradation in      79
MOS devices, noise model for      266
MOS devices, operation in weak inversion      72—73
MOS devices, physics of      62—85
MOS devices, problem set for      81—85
MOS devices, RF applications of      76
MOS devices, substrate current in      76
MOS devices, temperature variation in      78
MOS devices, thermal runaway in      375
MOS devices, threshold reduction in      76
MOS devices, transit time effects in      79—80
MOS devices, velocity saturation effects on      75—76
MOS transistor, use as a resistor      35—36
MOSFETs in short-channel regime      73—77
MOSFETs, accumulation-mode type      39
MOSFETs, back-gate bias in      77—78
MOSFETs, bandwidth estimation for      152
MOSFETs, capacitances of      67—70
MOSFETs, cross-quad      326 340
MOSFETs, describing functions for      489 490 498
MOSFETs, diode-connected      227
MOSFETs, drain current noise in      542
MOSFETs, flicker noise in      254—255
MOSFETs, gate structure of      280
MOSFETs, input impedance in      280 281
MOSFETs, instability of      372
MOSFETs, long-channel type      72 316
MOSFETs, mixing by      330
MOSFETs, operation in weak inversion      72—73
MOSFETs, parasitic capacitances of      217
MOSFETs, physics of      64—72
MOSFETs, principles of      63
MOSFETs, shot noise in      251
MOSFETs, thermal noise in      248—250
MOSFETs, triode region in      65 66
MOSFETs, two-port noise parameters of      273—277
Mth-order (intermodulation) distortion product      552—553
Multi-tanh transconductor      329 343
Multiplier-based mixers      318—335
Multipliers as phase detectors      450
Multipliers, commutating multipliers      451—453
Mutual conductance      see "Transconductance"
n-channel junction FET      63
n-channel MOSFET      64 65
Narrowband amplifiers      179
National Semiconductor Corp.      227
National Television Standards Committee (NTSC)      440
Negative feedback systems, desensitivity of      391—395
Negative feedback systems, disconnected      396
Negative feedback systems, noise and      393—394
Negative feedback, for broadband amplifiers      191
Negative impedance converter (NIC)      510
Negative resistance oscillators      509—514
Network energy, of parallel RLC tank      88
Neutralization, of amplifiers      203—206
Neutrodyne amplifier      16
New York Herald      7
NIC      see "Negative impedance converter"
Nichrome resistors      36
Nielsen's equation      267
NMOS devices, current mirrors of      81
NMOS devices, high-field effects of      76
NMOS devices, mirrors      469
NMOS devices, noise in      255
NMOS devices, transconductance in      83
NMOS devices, upward threshold shifts in      77
NMOS transistors, device threshold of      373
Nobel Prize winners      5 63 248
Noe, J.D.      214
Noise      243—271
Noise factor      261
Noise factor, derivation of      256—260
Noise figure (NF)      260 261 291
Noise figure (NF) of cascaded systems      267 551—552
Noise figure (NF) of Gilbert mixers      323—324
Noise figure (NF), computation of      267 310 323 551
Noise figure (NF), single-sideband vs. double-sideband      310—311
Noise from DC devices      564
Noise models      265—266
Noise temperature      260 261
Noise, bandwidth for      246
Noise, calculations of      260—263
Noise, cyclostationary sources of      542
noise, definition of      243
Noise, drain current noise      248—249
Noise, evolution of      541
Noise, flicker noise      252—253
Noise, gale noise      249—250
Noise, input into phase-locked loops      447—450
Noise, jitter noise      448
Noise, limits of optimization of      260
Noise, linear time-varying model for      541
Noise, negative feedhack and      393—394
Noise, noise performance      264—265
Noise, parameters for      272
Noise, popcorn noise      255—256
Noise, power-constrained optimization of      284—288
Noise, problem set for      266—271
Noise, processing cleanliness to avoid      256
Noise, shot noise      250—252 542
Noise, thermal noise      243—250 532
Noise, two-port theory of      256—260
Noise, unit for      141
Noise, upconversion of      540
Noise-to-phase-error transfer function      447
Noisy resistive network      261 262
Noninverting amplifiers      405
Nonlinear systems, as linear mixers      314—318
Nonlinearization, describing functions for      484 485—500
Normalized power output capability, as type of efficiency      348
Norris, Jerry      580 583
Norton equivalent model, noise in      245—246
Norton form      533
Nuvistor, as apex of vacuum tube evolution      33
Nyquisl, H.      243
Nyquist noise      see "Thermal noise"
Nyquist stability test      396 397 404 423 565
Occam's razor, "duck test" version of      116
Octagonal spirals      47
Offset synthesizer      521 567 569
Ohm's law      244
On-chip inductors      49—50 57
OP-27 device (Analog Devices), noise performance of      264
Op-amp circuit, in negative impedance converter      510
Op-amp follower      408
Op-amp loop filters      468
Open circuits, terminating pons in      139
1 2 3 4 5
blank
Ðåêëàìà
blank
blank
HR
@Mail.ru
       © Ýëåêòðîííàÿ áèáëèîòåêà ïîïå÷èòåëüñêîãî ñîâåòà ìåõìàòà ÌÃÓ, 2004-2024
Ýëåêòðîííàÿ áèáëèîòåêà ìåõìàòà ÌÃÓ | Valid HTML 4.01! | Valid CSS! Î ïðîåêòå