
Электромагнитная совместимость.-1
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,V0 I0
(1.21) (1.22)
( 1.4.3),
(1.34)–(1.37),
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1.4.3. |
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Vr=Vi+Vs. |
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(1.29) |
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(1.27), |
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x=0 |
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x=l |
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V |
(0) |
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V (0) |
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(1.30) |
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Vr |
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SV E(l)SV |
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Vi (l) |
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Z I |
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(x ) |
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(1.31) |
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(l x ) |
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E(l)=diag{exp(γ1l), …, exp(γNl)},
E(xs)=diag{exp(γ1xs), …, exp(γNxs)}
E(l–xs)=diag{exp(γ1(l–xs)), …, exp(l–xs)},
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x=xs. |
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(x=0) |
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(x=l) |
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V(0) |
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SV |
SV |
C1 |
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(1.32) |
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V(l) |
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SV E(l) |
SV E(l) |
C2 |
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I(0) |
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SI |
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C1 |
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(1.33) |
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I(l) |
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SI E(l) |
SI E(l) |
C2 |
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2, |
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V(0)=SV(C1+E(l)C2); |
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(1.34) |
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V(l)=SV(E(l)C1+C2); |
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(1.35) |
I(0)=YCSV(C1–E(l)C2); |
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(1.36) |
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I(l)=YCSV(E(l)C1–C2). |
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(1.37) |
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1, 2 (1.32) |
(1.33) |
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I(0) |
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V(0) |
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I(l) |
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SI E(l) |
SI E(l) |
SV E(l) |
SV E(l) |
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V(l) |
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I(l) |
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I(l) |
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SI E2SV |
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SI E1SV |
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V(l) |
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Y21 |
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e |
2 kl |
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…, N. |
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E1 diag |
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; E2 |
diag |
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, k=1, 2, |
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e 2 kl |
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e kl |
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1.4.3), |
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1.4.3 |
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1.4.2, |
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S. |
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ρ Z ZC Z ZC 1 , |
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Z – |
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BLT |
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S 1E(l)S 1 |
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V(0) |
U ρ1 |
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ρ1 |
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Vs ; |
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ρ2 S E(l)S |
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ρ2 |
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(1.38)
ё,
(1.39)
(1.40)
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S
(1.41)
(1.42)
(1.43)
(1.44)
22
CV – |
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1}, |
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PV+QI=E, |
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(1.45) |
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X X, E – |
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P=U, Q=Z E=V0, |
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: P=Y, Q=U E=I0, |
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I0 – |
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(1.45) |
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), (1.45) |
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I. |
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C1 C2, |
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(1.45) |
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(1.34), (1.35), |
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(1.36), |
(1.37) |
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C2 (1.34)–(1.37) |
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C1 |
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23 |

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sW H |
DkYkDk V E , |
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k 1 |
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s=jω; W, H – |
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A A, |
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(A – |
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di, j {0, 1}, |
i{1, …, A}, j{1,…, |
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mk=2Nk |
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(1.39); |
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1.4.4 |
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R() R( ) |
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ω0=2π f0, f0 – |
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R(ω0), / . |
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(L, |
/ ) |
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L( ) L R( ) .
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G( ) G( ) |
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ω0=2πf0, f0 – |
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G(ω0), / . |
(1.46)
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(1.47)
(1.48)
(1.49)
24

1.5 |
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TALGAT |
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1.5.1 |
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. 1.6) |
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TALGAT, |
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: (w=0,5 , s=1 |
, d=3w, t=105 |
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1.6 – |
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(1, 2 – |
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TALGAT, |
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RLC- |
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. 1.7. |
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TLCORE. |
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: MOM2D – |
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MOM3D – |
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; RESPONSE – |
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; MOMW – |
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: ES – |
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GA – |
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TALGAT_Script, |
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25

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QtClient.exe |
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BasiClient.exe |
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ES.tlm |
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GA.tlm |
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TLCORE.dll |
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UTIL.tlm |
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MATRIX.tlm |
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MOM2D.tlm |
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MOMW.tlm |
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INFIX.tlm |
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GRAPH.tlm |
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MOM3D.tlm |
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RESPONSE.tlm |
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TLGPU.tlm |
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TLPCB.tlm |
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1.7 – |
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TALGAT |
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UTIL ( |
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. .), MATRIX |
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MOM2D. |
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INCLUDE " |
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INCLUDE "UTIL" |
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INCLUDE "MATRIX" |
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INCLUDE "MOM2D". |
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(0) |
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(1), |
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SET_INFINITE_GROUND |
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SET_INFINITE_GROUND 1 |
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( |
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t, |
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h |
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TALGAT |
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SET " |
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SET "t" 105e-6. |
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d |
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MUL: |
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SET “d” MUL 3. t |
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(DIELECTRIC). |
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(CONDUCTOR), |
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( |
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). |
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CONDUCTOR |
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( |
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LINE |
LINETO. |
LINE (x,y) (x1,y1), |
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, x1,y1 – |
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26 |

. |
LINETO |
LINE |
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LINE ( . . |
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LINETO (x2,y2), |
x2,y2 – |
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. 1.8). |
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Y |
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-(d, h+t) |
(d+w, h+t) |
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1 |
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-(d, h) |
(d+w, h) |
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(0, 0) |
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1.8 – |
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a+b |
PLUS a b; |
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a+b+c |
PLUS a PLUS b c |
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PLUS PLUS a b c. |
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(MUL), |
(DIV), |
(MINUS) |
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. 1.8 |
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DIELECTRIC |
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CONDUCTOR. |
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// ( |
ctrl + k). |
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SET " |
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" GET_CONFIGURATION_2D |
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DRAW_CONFIGURATION " |
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F5 |
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( |
. 1.9). |
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27

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1.9 – |
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TALGAT |
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( . 1.10). |
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εr=1 |
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w |
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d |
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t |
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1 |
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εr=4,5 |
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h |
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1.10 – |
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ё |
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SET_AUTO_SEGMENT_LENGTH |
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SET_AUTO_SEGMENT_LENGTH DIV t 2. |
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.) |
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SET_ER_PLUS |
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SET_ER_MINUS |
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SET_ER_PLUS. |
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( |
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SET_ER_PLUS SET_ER_MINUS). |
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SET_ER_MINUS (1) |
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SET_ER_PLUS |
(5) |
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. 1.11. |
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, SET_ER_MINUS |
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1.11 –
28

E.
:
DIELECTRIC SET_ER_PLUS 5. SET_ER_MINUS 1. LINE 0. h MUL 3. w h
LINE MUL 4. w h PLUS s MUL 4. w h
LINE PLUS s MUL 5. w h PLUS MUL 8. w s h
.
,
. 1.12.
1.12 – |
TALGAT |
, |
, |
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l. |
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: |
ECHO Cmn
SET "smn" SMN_C conf_ig
ECHO TO_STRING CALCULATE_C smn conf_ig
ECHO Lmn
SET "smn" SMN_L conf_ig
ECHO TO_STRING CALCULATE_L smn conf_ig
L C ( . 1.13).
1.13 –
. |
, |
.
, |
1 |
( . 1.14). |
29

1.14 –
.
,
, |
. |
. 1.15. |
1.15 – |
« |
» |
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, |
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, |
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( |
. 1.16). |
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1.16 –
,
.
TALGAT
30