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I -2Electronics, Power Electronics, Optoelectronics, Microwaves, Electromagnetics, and Radar12 Digital and Analog Electronic Design Automation A. Dewey .......................................... 12-1* * * * * *Introduction Design Entry Synthesis Verification Physical Design Test Summary13 Electronic Data Analysis Using PSPICE and MATLAB J.O. Attia................................... 13-1* * *PSPICE Fundamentals Control Statements MATLAB Fundamentals Interfacing SPICE*to MATLAB Conclusions
Page 2: The Electrical Engineering Handbook
Page 8: The Electrical Engineering Handbook
Page 12: Published in 2006 byCRC PressTaylor
Page 16: with the structure, organization, a
Page 22: Advisory BoardFrank BarnesUniversit
Page 28: E.J. KennedyUniversity of Tennessee
Page 34: ContentsSECTION IElectronics1 Semic
Page 38: 18 Microwave Devices18.1 Passive Mi
Page 46: 1SemiconductorsGennady Sh. Gildenbl
Page 50: Semiconductors1 -3FIGURE 1.2Band di
Page 54: Semiconductors1 -5p ffiffiffiffiffi
Page 58: Semiconductors1 -7FIGURE 1.6 Experi
Page 62: Semiconductors1 -9An alternative br
Page 66: Semiconductors1 -11FIGURE 1.8 Exper
Page 70: Semiconductors1 -13pn-Junction Diod
Page 74: Semiconductors1 -15we obtainI n ¼
Page 78: Semiconductors1 -17FIGURE 1.11 (a)
Page 82: Semiconductors1 -19FIGURE 1.16 (a)
Page 86: Semiconductors1 -21and from Equatio
Page 90: Semiconductors1 -23If during the in
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Semiconductors1 -25Diffusion: Movem
Page 98:
Semiconductors1 -27FIGURE 1.23High-
Page 102:
Semiconductors1 -29FIGURE 1.26Low-f
Page 106:
Semiconductors1 -31FIGURE 1.31Low-f
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Semiconductors1 -33FIGURE 1.34Commo
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Semiconductors1 -35neutrality condi
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Semiconductors1 -37andZJ p ¼þq vf
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Semiconductors1 -39T. Toyabe, H. Ma
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2-2 Electronics, Power Electronics,
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2-10 Electronics, Power Electronics
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Semiconductor Manufacturing2-53FIGU
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Semiconductor Manufacturing2-55opti
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Semiconductor Manufacturing2-57Phot
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Semiconductor Manufacturing2-59wher
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Semiconductor Manufacturing2-61Star
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Semiconductor Manufacturing2-65It i
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Semiconductor Manufacturing2-6928.
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3 -2 Electronics, Power Electronics
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3 -10 Electronics, Power Electronic
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7AmplifiersGordon L. CarpenterCalif
Page 570:
Amplifiers7 -3equations:V BB ¼ V T
Page 574:
Amplifiers7 -5FIGURE 7.8 Complement
Page 578:
Amplifiers7 -7ReferencesP.R. Gray a
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Amplifiers7 -9FIGURE 7.12 (a) Schem
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Amplifiers7 -11FIGURE 7.13The hybri
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Amplifiers7 -13andR CO ¼ R LTð 7
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Amplifiers7 -15appreciable load on
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Amplifiers7 -17whereR C p ¼R p jj
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Amplifiers7 -19With R o ignored:R C
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8Active FiltersJohn E. AyersUnivers
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Active Filters8 -3TABLE 8.1Butterwo
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Active Filters8 -5TABLE 8.2 Chebysh
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Active Filters8 -7TABLE 8.4Chebyshe
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Active Filters8 -9TABLE 8.6Bessel P
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Active Filters8 -11TABLE 8.8Ellipti
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Active Filters8 -13Fifth-Order Cheb
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Active Filters8 -15If the section o
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Active Filters8 -17Now that the pro
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Active Filters8 -198.2 RealizationJ
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Active Filters8 -21functions, ladde
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Active Filters8 -23As in the case o
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Active FiltersT ð s Þ¼H ð s 2
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9Power ElectronicsAndrew MarshallTe
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Power Electronics9 -3bypassing carr
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Power Electronics9 -5Some Darlingto
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Power Electronics9 -7The most commo
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Power Electronics9 -9T1Load Voltage
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Power Electronics9 -11Cycloconverte
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Power Electronics9 -13FIGURE 9.15Th
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Power Electronics9 -15FIGURE 9.18dc
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Power Electronics9 -17P.C. Sen, Thy
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Power Electronics9 -19FIGURE 9.20 P
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Power Electronics9 -21FIGURE 9.24(a
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Power Electronics9 -23FIGURE 9.28Fu
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Power Electronics9 -25FIGURE 9.32 (
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Power Electronics9 -27FIGURE 9.34 T
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Power Electronics9 -31frequency cha
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Power Electronics9 -33with zero-cur
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Power Electronics9 -3515. G. Hua, C
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Power Electronics9 -37Q 4 —choppi
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Power Electronics9 -39FIGURE 9.47Fo
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Power Electronics9 -41FIGURE 9.50Sl
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Power Electronics9 -43Defining Term
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Power Electronics9 -45Current filam
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Power Electronics9 -47where t L is
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Power Electronics9 -49FIGURE 9.55 T
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Power Electronics9 -51primarily in
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Power Electronics9 -55GateLight tri
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Power Electronics9 -57FIGURE 9.64An
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Power Electronics9 -5911. A. Rosen
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Power Electronics9 -61FIGURE 9.65Ap
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Power Electronics9 -63FIGURE 9.68Ga
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Power Electronics9 -65v ai loadv bv
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Power Electronics9 -67FIGURE 9.72 C
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Power Electronics9 -69FIGURE 9.74 S
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Power Electronics9 -7124. P. Mattav
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Power Electronics9 -73UPS systems a
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Power Electronics9 -75ACMainsStatic
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Power Electronics9 -77ACMainsACDCDC
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Power Electronics9 -79ACMainsStatic
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Power Electronics9 -81Static Switch
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Power Electronics9 -83in many circu
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Power Electronics9 -85V ref+−Erro
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10OptoelectronicsJeff HechtLaser Fo
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Optoelectronics10-3FIGURE 10.1 Simp
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Optoelectronics10-5despite their lo
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Optoelectronics10-7where e is the d
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Optoelectronics10-9FIGURE 10.4 (a)
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Optoelectronics10-11Twomethods are
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Optoelectronics10-13Higher luminanc
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Optoelectronics10-15where u is the
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Optoelectronics10-17The output curr
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Optoelectronics10-19FIGURE 10.13The
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Optoelectronics10-21Light falling o
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Optoelectronics10-23Defining TermsC
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Optoelectronics10-25integrated on t
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Optoelectronics10-27FIGURE 10.21Ele
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Optoelectronics10-29FIGURE 10.24Dir
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Optoelectronics10-31FIGURE 10.27Pro
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Optoelectronics10-33ApplicationsMan
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Optoelectronics10-35Further Informa
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11-10 Electronics, Power Electronic
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12Digital and AnalogElectronic Desi
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Digital and Analog Electronic Desig
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14Electromagnetic FieldsBanmali S.R
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Electromagnetic Fields14-3d E nd E
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Electromagnetic Fields14-5The term
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Electromagnetic Fields14-7For apoin
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Electromagnetic Fields14-9Ampere’
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Electromagnetic Fields14-11Magnetic
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Electromagnetic Fields14-13If we co
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16Wave PropagationMatthew N.O. Sadi
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Wave Propagation16-3where g ¼ a þ
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Wave Propagation16-5TABLE 16.1Atten
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Wave Propagation16-7a correction fa
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Wave Propagation16-9FIGURE 16.5Geom
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Wave Propagation16-11FIGURE 16.6 Ro
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Wave Propagation16-13The cumulative
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Wave Propagation16-15TM modes:EH mo
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Wave Propagation16-17surfaces form
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Wave Propagation16-19FIGURE 16.11Ac
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Wave Propagation16-21TABLE 16.5Stan
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Wave Propagation16-23FIGURE 16.15 V
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Wave Propagation16-25FIGURE 16.18 C
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18Microwave DevicesMichael B.SteerN
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Microwave Devices18-3Using travelin
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Microwave Devices18-5Most passive d
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Microwave Devices18-7FIGURE 18.5 Te
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Microwave Devices18-9provide anumbe
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Microwave Devices18-11transmission
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Microwave Devices18-13FIGURE 18.11
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Microwave Devices18-15maximum RF vo
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Microwave Devices18-21Comparison of
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19CompatibilityLeland H. HemmingMcD
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Compatibility19-3Cable shield groun
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Compatibility19-5TABLE 19.1 Absorpt
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Compatibility19-7FIGURE 19.6Methods
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Compatibility19-9Shield Seams. All
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Compatibility19-11FIGURE 19.11chara
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Compatibility19-13TEMPEST: Acode wo
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Compatibility19-15Spectrum Specific
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Compatibility19-17ySourcezElectricF
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Compatibility19-19TABLE 19.4 Exampl
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Compatibility19-21guidelines in con
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Compatibility19-23the standards and
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Compatibility19-25TABLE 19.13The CI
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Compatibility19-27H. Eren, Electron
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Compatibility19-29Commonly used rel
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Compatibility19-31FIGURE 19.20 Meas
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Compatibility19-33Modeling the Retu
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Compatibility19-35corona envelope w
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Compatibility19-37FIGURE 19.23 Exam
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Compatibility19-39FIGURE 19.25 Meas
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Compatibility19-41Y.T. Lin, M.A. Um
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20RadarMelvin L. BelcherGeorgia Tec
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Radar20-3techniques. As defined in
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Radar20-5TABLE 20.2 Median Target R
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Radar20-7pulse integration over agi
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Radar20-9TABLE 20.4Typical Microwav
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Radar20-11TABLE 20.6Selected Wavefo
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Radar20-13textbook detection curves
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Radar20-15Tracking Filter Performan
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Radar20-17FIGURE 20.7 Waveforms for
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Radar20-19mixer.After mixing with t
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Radar20-21and for atriangle wave th
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Radar20-23derivedfrom the returned
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Radar20-25FIGURE 20.11 Honeywell 35
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Radar20-27TABLE 20.13 PILOT Mk3 FMC
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Radar20-29Collins (Rockwell Interna
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23ComputationalElectromagneticsMatt
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Computational Electromagnetics23-3X
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Computational Electromagnetics23-5t
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Computational Electromagnetics23-7F
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Computational Electromagnetics23-9w
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Computational Electromagnetics23-11
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IIIElectrical Effectsand Devices24
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TABLE 29.2MaterialElectrical and Ph
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IV-2Mathematics, Symbols, and Physi
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IV-10Mathematics, Symbols, and Phys
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Author IndexAAgbo, Samuel O., Light
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Author IndexA -3WWait, John V., Ide
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S -2Electronics, Power Electronics,
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S -10Electronics, Power Electronics
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