AllSpiceMirrors/Tubii_Tk2
7
Fork 0
Files Issues Design Reviews Releases Activity
master
Tubii_Tk2/worklib/tubii/physical/interconn.iml
Eric Marzec 29b24ab778 Changed LVPECL pulldwn. Made much art-ty changes
2015-05-21 18:45:00 -04:00

371 lines
7.4 KiB
XML
Raw Permalink Blame History

("interconn.iml"
(Trace
(STL_1S_1R_1
(IDL ".subckt STL_1S_1R_1
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=50 botDist=0.0002032
*EMIinfo Dielectric Eps=4.5 Thick=3.048e-005
*EMIinfo Dielectric Eps=4.5 Thick=0.0002032
*EMIinfo Plane Z=0.00119888
.layerstack Layerstack6
+shield( 3.048e-005 1 0.035)
+dielectric( 0.0002032 4.5 0.035 )
+dielectric( 3.048e-005 4.5 0 )
.crosssection
+rectangle ( 5.959e+007 0 0.0002032 0.000127 0.00023368 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/QGPWIN~1/AppData/Local/Temp/#Taaaaah00624.in 0.00127
.rlgc RLGCSTL_1S_1R_1 ( Length=length N=1 )
.C 0
+ 8.112500e-011
.L 0
+ 4.626200e-007
.G 0
+ 0.000000e+000
.R 0
+ 4.335200e+000
.C INF
+ 8.112500e-011
.L INF
+ 4.626200e-007
.Td INF
+ 6.126200e-009
.Yc INF
+ 1.324200e-002
.Zc INF
+ 7.551500e+001
.endrlgc RLGCSTL_1S_1R_1
**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:
*Delay Matrix.
*Td 0 (n=1)
* 6.126200e-009
*Admittance Matrix.
*Y 0 (n=1)
* 1.324200e-002
*Impedance Matrix.
*Z 0 (n=1)
* 7.551500e+001
**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:
*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
* 0 (n=1)
* 6.016400e-001
.ends STL_1S_1R_1
" )
(KSPICE "DATAPOINTS RLGC STL_1S_1R_1
FREQUENCY=0
CMATRIX
8.112500e-011
LMATRIX
4.626200e-007
GMATRIX
0.000000e+000
RMATRIX
4.335200e+000
FREQUENCY=INF
CMATRIX
8.112500e-011
LMATRIX
4.626200e-007
END RLGC
" )
(Frequency 0 ) )
(STL_1S_1R_2
(IDL ".subckt STL_1S_1R_2
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00023368
*EMIinfo Dielectric Eps=4.5 Thick=0.0002032
*EMIinfo Dielectric Eps=4.5 Thick=3.048e-005
*EMIinfo Conductor Width=50 topDist=0.0002032
.layerstack Layerstack1
+dielectric( 3.048e-005 4.5 0 )
+dielectric( 0.0002032 4.5 0.035 )
+shield( 3.048e-005 1 0.035)
.crosssection
+rectangle ( 5.959e+007 0 0 0.000127 3.048e-005 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/QGPWIN~1/AppData/Local/Temp/#Taaaaai00624.in 0.00127
.rlgc RLGCSTL_1S_1R_2 ( Length=length N=1 )
.C 0
+ 8.112500e-011
.L 0
+ 4.626200e-007
.G 0
+ 0.000000e+000
.R 0
+ 4.335200e+000
.C INF
+ 8.112500e-011
.L INF
+ 4.626200e-007
.Td INF
+ 6.126200e-009
.Yc INF
+ 1.324200e-002
.Zc INF
+ 7.551500e+001
.endrlgc RLGCSTL_1S_1R_2
**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:
*Delay Matrix.
*Td 0 (n=1)
* 6.126200e-009
*Admittance Matrix.
*Y 0 (n=1)
* 1.324200e-002
*Impedance Matrix.
*Z 0 (n=1)
* 7.551500e+001
**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:
*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
* 0 (n=1)
* 6.016400e-001
.ends STL_1S_1R_2
" )
(KSPICE "DATAPOINTS RLGC STL_1S_1R_2
FREQUENCY=0
CMATRIX
8.112500e-011
LMATRIX
4.626200e-007
GMATRIX
0.000000e+000
RMATRIX
4.335200e+000
FREQUENCY=INF
CMATRIX
8.112500e-011
LMATRIX
4.626200e-007
END RLGC
" )
(Frequency 0 ) )
(STL_1S_1R_3
(IDL ".subckt STL_1S_1R_3
+X1 0
+X2 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=50 botDist=0
*EMIinfo Dielectric Eps=4.5 Thick=0.0002032
*EMIinfo Plane Z=0.00119888
.layerstack Layerstack6
+shield( 3.048e-005 1 0.035)
+dielectric( 0.0002032 4.5 0.035 )
.crosssection
+rectangle ( 5.8e+007 0 0.0002032 0.000127 0.0002032 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/QGPWIN~1/AppData/Local/Temp/#Taaaaaj00624.in 0.00127
.rlgc RLGCSTL_1S_1R_3 ( Length=length N=1 )
.C 0
+ 6.583000e-011
.L 0
+ 5.294100e-007
.G 0
+ 0.000000e+000
.R 0
+ 5.344800e+000
.C INF
+ 6.583000e-011
.L INF
+ 5.294100e-007
.Td INF
+ 5.903500e-009
.Yc INF
+ 1.115100e-002
.Zc INF
+ 8.967800e+001
.endrlgc RLGCSTL_1S_1R_3
**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:
*Delay Matrix.
*Td 0 (n=1)
* 5.903500e-009
*Admittance Matrix.
*Y 0 (n=1)
* 1.115100e-002
*Impedance Matrix.
*Z 0 (n=1)
* 8.967800e+001
**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:
*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
* 0 (n=1)
* 6.420300e-001
.ends STL_1S_1R_3
" )
(KSPICE "DATAPOINTS RLGC STL_1S_1R_3
FREQUENCY=0
CMATRIX
6.583000e-011
LMATRIX
5.294100e-007
GMATRIX
0.000000e+000
RMATRIX
5.344800e+000
FREQUENCY=INF
CMATRIX
6.583000e-011
LMATRIX
5.294100e-007
END RLGC
" )
(Frequency 0 ) ) )
(MultiTrace
(MTL_1S_6R_4
(IDL ".subckt MTL_1S_6R_4
+X1 X3 0
+X2 X4 0
*MaxTraceWidthLimit = 0
*MeshSize = 0.00127
*CutoffFrequency = 0
*Trapezoidal_Angle_in_Degree = 90.000000
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=50 botDist=0.0002032
*EMIinfo Dielectric Eps=4.5 Thick=3.048e-005
*EMIinfo Dielectric Eps=4.5 Thick=0.0002032
*EMIinfo Plane Z=0.00119888
.layerstack Layerstack6
+shield( 3.048e-005 1 0.035)
+dielectric( 0.0002032 4.5 0.035 )
+dielectric( 3.048e-005 4.5 0 )
.crosssection
+rectangle ( 5.959e+007 0 0.0002032 0.000127 0.00023368 )
+rectangle ( 5.959e+007 0.000254 0.0002032 0.000381 0.00023368 )
+Length=length
*FieldSolver: bem2d 0 C:/Users/QGPWIN~1/AppData/Local/Temp/#Taaaaae02080.in 0.00127
.rlgc RLGCMTL_1S_6R_4 ( Length=length N=2 )
.C 0
+ 8.855700e-011 -2.314800e-011
+ -2.314800e-011 8.855700e-011
.L 0
+ 4.559100e-007 1.448300e-007
+ 1.448300e-007 4.559100e-007
.G 0
+ 0.000000e+000 -0.000000e+000
+ -0.000000e+000 0.000000e+000
.R 0
+ 4.335200e+000 0.000000e+000
+ 0.000000e+000 4.335200e+000
.C INF
+ 8.855700e-011 -2.314800e-011
+ -2.314800e-011 8.855700e-011
.L INF
+ 4.559100e-007 1.448300e-007
+ 1.448300e-007 4.559100e-007
.Td INF
+ 6.268500e-009 0.000000e+000
+ 0.000000e+000 5.894800e-009
.Yc INF
+ 1.469200e-002 -4.257500e-003
+ -4.257500e-003 1.469200e-002
.Zc INF
+ 7.430300e+001 2.153200e+001
+ 2.153200e+001 7.430300e+001
.endrlgc RLGCMTL_1S_6R_4
**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:
*Delay Matrix.
*Td 0 (n=2)
* 6.268500e-009 0.000000e+000
* 0.000000e+000 5.894800e-009
*Admittance Matrix.
*Y 0 (n=2)
* 1.469200e-002 -4.257500e-003
* -4.257500e-003 1.469200e-002
*Impedance Matrix.
*Z 0 (n=2)
* 7.430300e+001 2.153200e+001
* 2.153200e+001 7.430300e+001
*Odd Mode Impedances, 2*(z11-z12).
* Z(odd) = 1.055400e+002
*Even Mode Impedances, (z11+z12)/2.
* Z(even) = 4.791800e+001
**The Near-End Crosstalk Coefficent of these Transmission
**Lines based on Near-End Resistance=50 ohm assumption:
*Near-End Crosstalk Coefficent Matrix, Z0*Inv(R+Z0).
* 0 (n=2)
* 5.853200e-001 7.183200e-002
* 7.183200e-002 5.853200e-001
.ends MTL_1S_6R_4
" )
(KSPICE "DATAPOINTS RLGC MTL_1S_6R_4
FREQUENCY=0
CMATRIX
8.855700e-011 -2.314800e-011
-2.314800e-011 8.855700e-011
LMATRIX
4.559100e-007 1.448300e-007
1.448300e-007 4.559100e-007
GMATRIX
0.000000e+000 -0.000000e+000
-0.000000e+000 0.000000e+000
RMATRIX
4.335200e+000 0.000000e+000
0.000000e+000 4.335200e+000
FREQUENCY=INF
CMATRIX
8.855700e-011 -2.314800e-011
-2.314800e-011 8.855700e-011
LMATRIX
4.559100e-007 1.448300e-007
1.448300e-007 4.559100e-007
END RLGC
" )
(Frequency 0 ) ) )
(LibraryVersion 136.2 ) )
Reference in New Issue View Git Blame Copy Permalink