Методическое руководство по Micro-Cap 8
.pdf. . 03.03.2006 |
. 81 135 |
3.7.! (Active components)
.. MC8 6 3 : 60 ( / 0. . - 7 . 0 /) 1 . . 0 / . 6 / 52 , 0 .. PSpice [4]. ( 2 . 6 ; . 9 . 3. / 52
(/ 0 3 ; .6 5 / 5. 3 0 .), . 1 3 [4] ( 6 / . 3 5/) [6] ( 7 / . 3 5/, ; 7 ; . pdf). ( 3-
3 /1 ; . 6 / 7 [6], / 8 7 3 . 7 / 52 .
3.7.1. 2 (Bipolar transistor — BJT)
. 2 . MC8:
6 PART: <.3>
6 VALUE: [Area] [OFF] [IC=<Vbe>[,Vce]]
6 MODEL: [.3 .]
) 3 52 3
.MODEL <.3 .> NPN [(. 5 .)] n-p-n p-n-p
.MODEL <.3 .> PNP [(. 5 .)]
( . Area / 4;; 9 / 3 60 / 0 3 / / 2 -
52 (. 5 . 6. 1 3 3 3 4 6 - 0 6). ( . IC (Initial Conditions) 0 31 -4. Vbe / /-
-4. V 0 2 52 9, Transient Analysis Limits 5/ 0 9 3 Operating Point. / 0 / 0 OFF / 0
2 .5 7 9 0 1 . 3 .6 /6.
.. MC8 6 3 2 . . 8 3 3 -
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D:\ MC8\MC8_V1_2.DOC
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82
. . 03.03.2006 . 83 135
TRB1 |
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TRC2 |
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T_ABS |
3 . 6 |
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3 . 6 |
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T_REL_LOCAL |
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. 3.21. ) 3
3.7.2. -! ! (GaAsFET)
. 2 . MC8:
6 PART: <.3>
6 VALUE: [Area] [OFF] [IC=<Vds>[,Vgs]]
6 MODEL: [.3 .]
( . Area / 4;; 9 / 3 60 / 0 3 / / 2 -
52 (. 5 . 6. 1 3 3 3 4 6 - 0 6). ( . IC (Initial Conditions) 0 31 /-/ Vds -
/ Vgs 0 2 52 9, Transient Analysis Limits 5/ 0-
9 3 Operating Point. / 0 / 0 OFF / 0 2 .5
7 9 0 1 . 3 .6 /6. ) - 3 :
.MODEL <.3 .>GASFET [(. 5 .)]
83
D:\ MC8\MC8_V1_2.DOC
-5 5 5 (GaAsFET) 3 3 3 . / . n-
. ., 1 5 *6 . (Curtice), 47 . (Raytheon) TriQuint
.. ) *6 6 5 6 5 : 0 0 /
1 .. 5 . 1 . 0 / 2 / / -
. ( . 5 2 . . 0 / 2 .7 5 . 3.15.
9 3.15. ( . 5 . -
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LEVEL |
.: 1 — . *6, 2 — . 47, 3 |
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57 9 2 ' / - |
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0 |
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VTOTC |
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0 |
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0 |
%/° C |
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TRG1 |
7 57 . 6 57 / 4;; 9 RG |
0 |
1/° |
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TRD1 |
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1/° |
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TRS1 |
7 57 . 6 57 / 4;; 9 RS |
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1/° |
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KF |
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( / , 3 8 7 . /- |
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T_MEASURED |
. 6 . 3 |
— |
° |
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T_ABS |
3 . 6 |
— |
° |
84
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. . 03.03.2006 |
. 85 135 |
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T_REL_GLOBAL |
3 . 6 |
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. 1 6 . 6 7 .- |
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. 3.22. )
3.7.3.! (JFET)
. 2 . ):
6 PART: <.3>
6 VALUE: [Area] [OFF] [IC=<Vds>[,Vgs]]
6 MODEL: [.3 .]
( . Area / 4;; 9 / 3 60 / 0 3 / / 2 -
52 (. 5 . 6. 1 3 3 3 4 6 - 0 6). ( . IC 0 31 /-/ Vds -/ Vgs 0
2 52 9, Transient Analysis Limits 5/ 0 9 3 Operating Point. / 0 / 0 OFF / 0 2 .5 7
9 0 1 . 3 .6 /6. ) 3 :
.MODEL <.3 .> NJF [(. 5 .)]
.MODEL <.3 .> PJF [(. 5 .)]
( 5 5 6 3 8 . p-n-2 . 5 3 . ' 2.- -1, . 5 / 7 5 . 4.11.
9 3.16. ( . 5 .
0 |
( . |
! 0 |
9 |
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6. 0 |
. 3 |
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VTO |
( 31 |
–2 |
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BETA |
* 4;; 9 9 (6 3 0- |
1E-4 |
/ 2 |
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3 . |
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LAMBDA |
( . . 6 39 5 / |
0 |
1/ |
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IS |
/ 58 3 -n-2 -/ |
1E-14 |
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RD |
< . / |
0 |
. |
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RS |
< . / |
0 |
. |
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CGD |
./ 2 -/ 6 . . 8 |
0 |
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85
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CGS |
./ 2 -/ 6 . . 8 |
0 |
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M |
* 4;; 9 2 -/ |
0,5 |
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FC |
* 4;; 9 7 ./ 7 2 3- |
0,5 |
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. . . 8 |
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PB |
* / 3 9 -n-2 |
1 |
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VTOTC |
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0 |
/° |
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"3) ) 3 |
. 6 57 4/ 9 57 / 4;; 9 BETA |
0 |
%/° |
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XTI |
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3 |
— |
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KF |
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0 |
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( / , 3 8 7 . /- |
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T_MEASURED |
. 6 . 3 |
— |
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T_ABS |
3 . 6 |
— |
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T_REL_GLOBAL |
3 . 6 |
— |
° |
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T_REL_LOCAL |
. 1 6 . 6 7 .- |
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. 3.23. ) 6 3 8 . p-n 2 .
3.7.4.- (MOSFET)
. 2 . ):
6 PART: <.3>
6 VALUE:
[L=<0>] [W=<0>] [ D=<0>] n-ch p-ch [ S=<0>]
+[ D=<0>] [ S=<0>] [NRD=<0>] [NRS=<0>]
+[NRG=<0>] [NR =<0>] [OFF] [IC=< Vds>[, Vgs[, Vbs]]]
6 MODEL: [.3 .]
( . IC 0 31 /-/ Vds, -/ Vgs -
1/ Vbs 0 2 52 9, Transient Analysis Limits 5- / 0 9 3 Operating Point. / 0 / 0 OFF / 0 2-
.5 7 9 0 1 . 3 .6 /6. 3 5
86
. . 03.03.2006 |
. 87 135 |
. 5 5 . 4.9. ( . 5 L W . 6 5 5 . ) (- / .MODEL; / . , . 5 L, W, AD AS 6. 0
. 0 3, .5 . / Global Settings ( .. . 1.4.2. . 22).
9 3.17. /-0 / . 5 ) (-
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( 8 ;;6 7 / |
DEFAS |
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0 |
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PS |
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0 |
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NRD |
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1 |
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NRG |
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1/ |
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) ) (- 3 :
.MODEL <.3 .> NMOS[(. 5 .)]
.MODEL <.3 .>PMOS[(. 5 .)]
.. MC8 ) (-5 5 3 .3 5. . . 6 7, 5 / 52 3 3 . . LEVEL, . 8 . 0 3 1, 2 3. )
6 3 (LEVEL=1) 6 3 2 60 32, / <3 3 3 5 / -
3 / 0 . 3 -. 52 2 / / , 0,
. ) (- / / . 6 / . /.. ) (LEVEL=2)
(LEVEL=3) 6 7 60 5 / ; 0 / 4;; / 5. ( . 5 2
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9 3.18. ( . 5 . ) (-
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1-3 |
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1-3 |
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1-3 |
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WD |
1-3 |
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0 |
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1-3 |
( 31 6 . . 8 |
1 |
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1-3 |
( . 6 7 / 6 5 |
2E-5 |
/ 2 |
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1-3 |
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0 |
1/2 |
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31 |
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PHI |
1-3 |
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0,6 |
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1,2 |
( . . 6 39 5 / |
0 |
1/ |
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1-3 |
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RS |
1-3 |
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1-3 |
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0 |
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87
D:\ MC8\MC8_V1_2.DOC
RB |
1-3 |
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1-3 |
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1-3 |
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PBSW |
1-3 |
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N |
1-3 |
* 4;; 9 2 1/- |
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CBD |
1-3 |
./ 7 0 2 /-1/ |
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CBS |
1-3 |
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6 . . 8 |
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CJ |
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3 ./ 7 0 -n-2 / |
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1-3 |
(/)-1/ 6 . . 8 ( - |
0 |
/.2 |
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8 2) |
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3 ./ / 7 2 2 |
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CJSW |
1-3 |
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MJ |
1-3 |
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03.03.2006 |
. 89 135 |
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. 3.24. ) 5. . () (- ).
89
D:\ MC8\MC8_V1_2.DOC
3.7.5., ( # #)
. 2 . ):
6 PART: <.3> 6 MODEL: [.3 .]
.. MC8 . 3 . 9 52 6 7 2 :
LEVEL 1 — 7: 3 7 3 ., 3 8 3 7 0 / /, 6- 3 .57 31.. . / 0 52 / 0 2
(. . 5 5 3 61 / 0 / 2 ., / / / . -
5 / «.» 0 3 1 .), . 3.25, ;
LEVEL 2 — 1 3 7 3 ., 38 3 2 / / . 6 8 3
0 7 ;6 /9 , 0 / 3 52 31- 3, / 0 57 / 4;; 9 6 3 / 0 52 , . 3.25, ;
LEVEL 3 — 7 3 ., 0 3 7, 0 . 3 3 .. PSpice. 7 60 5 3 0 3 / 3 52 31 3, 0 3 5- 2 3 3 . . . /, / 31 . 8 3,
; 0 0 6 3, 8 6 3, / 4;; 9 3 - ; , 5 0 3 52 31 3 /, . 3.25, , .
. 1 5 2 ;; 9 / / ( 3 52 52
2).
. / 6 ; /6 .. 0 ..5 PSpice, / 7
. 5 3 / / / . / ., .. MC8 /1 6 3
5 . (LEVEL =1, 2, 3), 0 6 8 6 . 5: / .-
3. ) 3 /:
.MODEL <.3 .> ([/ .]) ( 0 . . . 3.19.
)
)
90