微波理论里的公式

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【文件名】:06117@52RD_RFformulas.rar
【格　式】:rar
【大　小】:259K
【简　介】:微波理论里的公式，很全的
【目　录】:
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admittance ...........................4
AM....................................20
Ampere's law.......................8
an parameter.......................15
anisotropic .........................21
attenuation constant.............6
B magnetic flux density .....8
B susceptance .....................4
beta ......................................2
bn parameter.......................15
capacitance ..........................4
carrier ..................................7
CDMA...............................20
cellular...............................20
characteristic admittance .....3
characteristic impedance .2, 3
circulator ...........................16
communications frequencies
.........................................20
complex permittivity ...12, 21
complex propagation
constant........................6, 10
conductivity.......................12
conductor loss factor .........13
copper cladding .................13
cosmic rays........................20
coupling factor...................16
D electric flux density ........8
dB......................................16
dBm...................................18
del......................................18
dielectric............................21
dielectric constant..............12
dielectric loss factor...........13
dielectric relaxation
frequency...........................8
directional coupler.............16
directivity ..........................16
div......................................18
divergence .........................18
E electric field ....................8
effective permittivity .........13
EHF...................................20
electric conductivity ..........12
electric permittivity ...........12
electromagnetic spectrum..20
ELF....................................20
empirical............................21
envelope ..............................7
evanescent ...................17, 21
excitation port..............14, 16
Faraday's law.......................8
Fourier series .......................3
frequency domain ................8
frequency spectrum ...........20
gamma rays .......................20
Gauss' law ...........................8
general math......................18
glossary .............................21
grad operator .....................18
gradient .............................18
graphing ............................19
group velocity......................7
GSM..................................20
H magnetic field .................8
HF .....................................20
high frequency.....................9
high frequency resistance ..11
hybrid ring.........................15
hyperbolic functions..........19
impedance ...........................6
intrinsic......................10
waves.........................10
incident wave amplitude....15
internally matched .............14
intrinsic impedance ...........10
isotropic.............................21
j 18
J current density.................8
k wave number .................10
k of a dielectric ..................12
lambda.................................6
Laplacian...........................19
LF......................................20
light ...................................20
linear .................................21
loss tangent..........................9
complex .....................12
lossless network ................15
low frequency......................8
magnetic permeability.......11
Maxwell's equations............8
MF.....................................20
microstrip conductors........13
mode number.....................17
modulated wave ..................7
nabla operator....................18
network theory ..................14
normalize.............................4
observation port...........14, 16
omega-beta graph ................7
overdamped.......................21
parallel plate capacitance.....4
PCS ...................................20
permeability ......................11
permittivity........................12
complex .....................12
effective .....................13
relative.......................12
phase constant .......2, 6, 8, 10
phase velocity................ 2, 10
phasor notation..................18
plane waves.......................10
polar notation ....................18
power .......................... 12, 18
network......................15
propagation constant
complex .................6, 10
quarter-wave section ...........6
quasi-static ..........................9
radar ..................................20
rat race...............................15
reciprocity .........................15
reflected wave amplitude ..15
reflection coefficient ..... 3, 10
relative permittivity...........12
resistance
high frequency............11
resistivity...........................12
scattering matrix.......... 14, 16
scattering parameter ... 14, 15,
16
self-matched......................14
separation of variables.......17
series stub............................5
sheet resistance..................11
SHF...................................20
shunt stub ............................5
signs ....................................2
Sij scattering parameter.....14
single-stub tuning................5
skin depth ............................7
SLF ...................................20
Smith chart ...................... 4, 5
space derivative.................18
spectrum............................20
square root of j ..................18
stripline conductor.............13
stub length...........................5
susceptance .........................4
tan d.....................................9
Taylor series......................19
TE waves...........................17
telegrapher's equations ........2
TEM assumptions ...............9
TEM waves.........................9
thermal speed ....................12
time domain ........................8
time of flight .......................3
time variable......................21
time-harmonic .....................8
TM waves .........................17
transmission coefficient ......3
transmission lines................2
transverse ..........................21
transverse electromagnetic
waves ................................ 9
transverse plane................. 17
TV..................................... 20
UHF .................................. 20
ULF................................... 20
ultraviolet.......................... 20
underdamped..................... 21
uniform plane waves ........... 9
unitary matrix.................... 15
vector differential equation18
velocity of propagation . 2, 10
vg group velocity ................ 7
VHF.................................. 20
VLF................................... 20
vp velocity of propagation .. 2
wave analogies.................. 10
wave equation ............... 2, 17
wave impedance................ 10
wave input impedance....... 11
wave number............... 10, 21
wavelength.......................... 6
Wheeler's equation............ 14
X-ray................................. 20
Y admittance....................... 4
y0 characteristic admittance 3
Z0 characteristic impedance 3
a attenuation constant........ 6
ac conductor loss factor ... 13
ad dielectric loss factor .... 13
b phase constant................. 6
d loss tangent ..................... 9
d skin depth........................ 7
e permittivity.................... 12
ec complex permittivity.... 12
er relative permittivity...... 12
g complex propagation
constant ............................. 6
h intrinsic wave impedance
........................................ 10
l wavelength...................... 6
l/4....................................... 6
m permeability.................. 11
r reflection coefficient ....... 3
rn volume charge density... 8
s conductivity .................. 12
t transmission coefficient... 3
Ñ del ................................ 18
Ñ divergence .................... 18
Ñ gradient ........................ 18
Ñ2 Laplacian .................... 19
Ñ2 Laplacian .................... 17

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