TK!2
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#1
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b
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          *** MESH.TK ***
#2
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******  MESH CURRENT ANALYSIS  ******
#3
:n
V1
:v
5
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i
:c
Source Voltage 1: Real Part
#4
:n
jV1
:v
0
:s
i
:c
Source Voltage 1: Imaginary Part
#5
:n
V2
:v
3
:s
i
:c
Source Voltage 2: Real Part
#6
:n
jV2
:v
0
:s
i
:c
Source Voltage 2: Imaginary Part
#7
:n
I1
:s
b
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Current 1: Real Part
#8
:n
jI1
:s
b
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Current 1: Imaginary Part
#9
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I2
:s
b
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Current 2: Real Part
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1
#10
:n
jI2
:s
b
:c
Current 2: Imaginary Part
:f
2
#11
:n
Z1
:v
3
:s
i
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Impedance 1: Real Part
#12
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jZ1
:v
4
:s
i
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Impedance 1: Imaginary Part
#13
:n
Z2
:v
6
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i
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Impedance 2: Real Part
#14
:n
jZ2
:v
-6
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i
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Impedance 2: Imaginary Part
#15
:n
Z3
:v
0
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i
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Impedance 3: Real Part
#16
:n
jZ3
:v
-5
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i
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Impedance 3: Imaginary Part
=u
#1
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degrees
:m
.01745333333333333
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radians
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#1
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"                   MESH.TK
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C
#2
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(V1,jV1) = (I1,jI1)*(Z1,jZ1) + ((I1,jI1)-(I2,jI2))*(Z2,jZ2)
#3
:r
(V2,jV2) = (I2,jI2)*(Z3,jZ3) + ((I2,jI2)-(I1,jI1))*(Z2,jZ2)
#4
:r
"                                          ÚÄÄÄÄ¿           ÚÄÄÄÄ¿
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C
#5
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"                                    ÚÄÄÄÄÄ´ Z1 ÃÄÄÄÄÄÂÄÄÄÄÄ´ Z3 ÃÄÄÄÄÄ¿
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C
#6
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"                               + ÚÄÄÁÄ¿   ÀÄÄÄÄÙ  ÚÄÄÁÄ¿   ÀÄÄÄÄÙ  ÚÄÄÁÄ¿ +
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C
#7
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"                                 ³ V1 ³  ÄÄÄÄÄÄ¿  ³ Z2 ³  ÄÄÄÄÄÄ¿  ³ V2 ³
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C
#8
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"                               - ÀÄÄÂÄÙ     I1 ³  ÀÄÄÂÄÙ     I2 ³  ÀÄÄÂÄÙ -
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C
#9
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"                                    ³      <ÄÄÄÙ     ³      <ÄÄÄÙ     ³
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C
#10
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"                                    ÀÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÁÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÙ
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C
#11
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" This model calculates the currents I1 and I2 flowing in the two loops of
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C
#12
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" the mesh shown in the diagram.
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C
#13
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" The value of the impedances, Zi, can be any sum of resistive (real)
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C
#14
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" and reactive (imaginary) values.  For a discrete element, the real part of
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C
#15
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" its Zi equals the sum of its resistances, while the imaginary part is the
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C
#16
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" sum of its inductive and capacitive impedances, 2ãjL and 1/(2ãjC). 
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#17
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" (In these two expressions ONLY, j stands for (0,1), the imaginary unit).
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#18
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" The polarities and the directions of the currents have been assumed to be
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#19
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" as shown.  Negative values should then be interpreted to mean currents
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C
#20
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" "in the opposite sense", or voltages "with the opposite polarity".
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C
=p
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#1
:c
.000001
:i
10
:v
Yes
:l
60
:f
66
:m
0
:w
80
:b
Yes
:a
Yes
:r
Yes
:h
No
:t
1
:n
Yes
:d
LPT1
%Tr,f,0,1,0,1,0
