|
Download
|
|
Source circuit |
Reduced circuit |
|||
- |
3*10-5 |
10-5 |
5*10-6 |
|
Number of nodes |
101 |
5 |
12 |
24 |
Number of elements |
314 |
14 |
38 |
76 |
Node reduction, % |
- |
95.0495 |
88.1188 |
76.2376 |
Element reduction, % |
- |
95.5414 |
87.8981 |
75.7962 |
1 peak, Hz |
1336.3 |
1328 |
1334.5 |
1336.1 |
2 peak, Hz |
4009.3 |
3662.2 |
3982.7 |
4005.0 |
3 peak, Hz |
6683.2 |
5607.9 |
6608.4 |
6661.0 |
4 peak, Hz |
9358.8 |
8110.8 |
9345.3 |
9349.4 |
Maximal error, % |
- |
16.09 |
1.12 |
0.33 |
Configuration file looks like:
MAX_TAU 3e-5
KEEP 0
KEEP 100
Simulation file for =3*10-5 looks like:
Task
Option 47, 48;
&&
Object
Circuit Beam;
J1(100,0) = -100;
C_1(82,100) = -0.116667;
L_10(100,0) = -34161.8;
L_11(23,50) = 1.35e-10;
L_12(23,0) = 1.15e-10;
L_13(50,0) = -16435.9;
L_14(50,82) = 1.6e-10;
C_2(100,0) = 6.3;
C_3(23,50) = -0.116667;
C_4(23,0) = 17.3833;
C_5(50,82) = -0.116667;
C_6(0,50) = 20.65;
C_7(0,82) = 17.5;
L_8(82,100) = 9e-11;
L_9(82,0) = -580750;
&&
task
dc;
ac;
tf K1 = UJ1/IJ1;
lplot db.K1, ph.K1(1000);
const lfreq = 100, ufreq = 10000;
&&
end
Table 2. Reduced circuit descriptions in NetALLTED input language
= 3E-5 |
= 1E-5 |
= 5E-6 |
C_1(82,100) = -0.116667; L_10(100,0) = -34161.8; L_11(23,50) = 1.35e-10; L_12(23,0) = 1.15e-10; L_13(50,0) = -16435.9; L_14(50,82) = 1.6e-10; C_2(100,0) = 6.3; C_3(23,50) = -0.116667; C_4(23,0) = 17.3833; C_5(50,82) = -0.116667; C_6(0,50) = 20.65; C_7(0,82) = 17.5; L_8(82,100) = 9e-11; L_9(82,0) = -580750; | C_1(23,31) = -0.116667; C_10(0,74) = 5.6; C_11(82,90) = -0.116667; C_12(0,82) = 5.6; C_13(90,100) = -0.116667; C_14(90,0) = 6.3; C_15(100,0) = 3.5; C_16(50,39) = -0.116667; C_17(50,0) = 6.65; C_18(39,0) = 6.65; C_19(8,23) = -0.116667; C_2(31,39) = -0.116667; C_20(8,0) = 7.93333; C_21(23,0) = 8.05; L_22(23,31) = 4e-11; L_23(31,0) = -1.78957e+08; L_24(31,39) = 4e-11; L_25(50,58) = 4e-11; L_26(58,66) = 4e-11; L_27(66,74) = 4e-11; L_28(82,74) = 4e-11; L_29(82,90) = 4e-11; C_3(0,31) = 5.6; L_30(90,100) = 5e-11; L_31(90,0) = -322639; L_32(100,0) = -35848.8; L_33(50,39) = 5.5e-11; L_34(50,0) = -16900.1; L_35(39,0) = -354903; L_36(8,23) = 7.5e-11; L_37(8,0) = 4e-11; L_38(23,0) = -90611.1; C_4(50,58) = -0.116667; C_5(58,66) = -0.116667; C_6(0,58) = 5.6; C_7(66,74) = -0.116667; C_8(0,66) = 5.6; C_9(82,74) = -0.116667; |
C_1(15,19) = -0.116667; C_10(35,39) = -0.116667; C_11(0,35) = 2.8; C_12(43,39) = -0.116667; C_13(0,39) = 2.8; C_14(50,54) = -0.116667; C_15(54,58) = -0.116667; C_16(0,54) = 2.8; C_17(58,62) = -0.116667; C_18(0,58) = 2.8; C_19(62,66) = -0.116667; C_2(23,19) = -0.116667; C_20(0,62) = 2.8; C_21(66,70) = -0.116667; C_22(0,66) = 2.8; C_23(4,8) = -0.116667; C_24(4,0) = 2.68333; C_25(70,74) = -0.116667; C_26(0,70) = 2.8; C_27(74,78) = -0.116667; C_28(0,74) = 2.8; C_29(82,78) = -0.116667; C_3(0,19) = 2.8; C_30(0,78) = 2.8; C_31(82,86) = -0.116667; C_32(0,82) = 2.8; C_33(86,90) = -0.116667; C_34(0,86) = 2.8; C_35(90,94) = -0.116667; C_36(0,90) = 2.8; C_37(94,100) = -0.116667; C_38(94,0) = 3.5; C_39(100,0) = 2.1; C_4(23,27) = -0.116667; C_40(15,8) = -0.116667; C_41(15,0) = 3.85; C_42(8,0) = 3.85; C_43(43,50) = -0.116667; C_44(43,0) = 3.85; C_45(50,0) = 3.85; L_46(4,0) = 2e-11; L_47(70,74) = 2e-11; L_48(74,78) = 2e-11; L_49(82,78) = 2e-11; C_5(23,0) = 2.8; L_50(82,86) = 2e-11; L_51(86,90) = 2e-11; L_52(90,94) = 2e-11; L_53(94,100) = 3e-11; L_54(94,0) = -193583; L_55(100,0) = -38716.7; L_56(15,8) = 3.5e-11; L_57(15,0) = -42378.2; L_58(8,0) = -85171.3; L_59(43,50) = 3.5e-11; C_6(27,31) = -0.116667; L_60(43,0) = -225847; L_61(50,0) = -17372.9; L_62(15,19) = 2e-11; L_63(23,19) = 2e-11; L_64(23,27) = 2e-11; L_65(23,0) = -5.36871e+07; L_66(27,0) = -8.94785e+07; L_67(27,31) = 2e-11; L_68(31,35) = 2e-11; L_69(35,39) = 2e-11; C_7(0,27) = 2.8; L_70(43,39) = 2e-11; L_71(50,54) = 2e-11; L_72(54,58) = 2e-11; L_73(58,62) = 2e-11; L_74(62,66) = 2e-11; L_75(66,70) = 2e-11; L_76(4,8) = 2e-11; C_8(31,35) = -0.116667; C_9(0,31) = 2.8; |