interconn.iml

Cadence16.2完全学习手册

("interconn.iml" 
 (Trace 
  (STL_1S_1R_1 
   (IDL ".subckt STL_1S_1R_1 
+X1 0
+X2 0
*MeshSize = 0.00127
*Trapezoidal_Angle_in_Degree = 90
*CutoffFrequency = 0
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=600 botDist=0.0002032
*EMIinfo Dielectric Eps=4.5 Thick=0.0002032
*EMIinfo Plane Z=0.00049784

.layerstack Layerstack3
+shield( 3.048e-005 1 0 )
+dielectric( 0.0002032 4.5 0.035 )
.crosssection
+rectangle ( 5.959e+007 0 0.0002032 0.0001524 0.00023368 )
+Length=length
*FieldSolver: bem2d 0 C:/DOCUME~1/ADMINI~1/LOCALS~1/Temp/#Taaaaaf00356.in 0.00127 
.rlgc RLGCSTL_1S_1R_1 ( Length=length N=1 )
.C 0
+ 7.575900e-011 
.L 0
+ 4.352200e-007 
.G 0
+ 0.000000e+000 
.R 0
+ 3.612700e+000 
.C INF
+ 7.575900e-011 
.L INF
+ 4.352200e-007 
.Td INF
+ 5.742100e-009 
.Yc INF
+ 1.319400e-002 
.Zc INF
+ 7.579400e+001 

.endrlgc RLGCSTL_1S_1R_1

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.742100e-009 

*Admittance Matrix.
*Y 0 (n=1)
* 1.319400e-002 

*Impedance Matrix.
*Z 0 (n=1)
*  7.579400e+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)
*  6.025300e-001 
.ends STL_1S_1R_1
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_1
FREQUENCY=0
CMATRIX
 7.575900e-011
LMATRIX
 4.352200e-007
GMATRIX
 0.000000e+000
RMATRIX
 3.612700e+000
FREQUENCY=INF
CMATRIX
 7.575900e-011
LMATRIX
 4.352200e-007
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_2 
   (IDL ".subckt STL_1S_1R_2 
+X1 0
+X2 0
*MeshSize = 0.00127
*Trapezoidal_Angle_in_Degree = 90
*CutoffFrequency = 0
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00023368
*EMIinfo Dielectric Eps=4.5 Thick=0.0002032
*EMIinfo Conductor Width=600 topDist=0.0002032

.layerstack Layerstack1
+dielectric( 0.0002032 4.5 0.035 )
+shield( 3.048e-005 1 0 )
.crosssection
+rectangle ( 5.959e+007 0 -3.048e-005 0.0001524 0 )
+Length=length
*FieldSolver: bem2d 0 C:/DOCUME~1/ADMINI~1/LOCALS~1/Temp/#Taaaaag00356.in 0.00127 
.rlgc RLGCSTL_1S_1R_2 ( Length=length N=1 )
.C 0
+ 7.575900e-011 
.L 0
+ 4.352200e-007 
.G 0
+ 0.000000e+000 
.R 0
+ 3.612700e+000 
.C INF
+ 7.575900e-011 
.L INF
+ 4.352200e-007 
.Td INF
+ 5.742100e-009 
.Yc INF
+ 1.319400e-002 
.Zc INF
+ 7.579400e+001 

.endrlgc RLGCSTL_1S_1R_2

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.742100e-009 

*Admittance Matrix.
*Y 0 (n=1)
* 1.319400e-002 

*Impedance Matrix.
*Z 0 (n=1)
*  7.579400e+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)
*  6.025300e-001 
.ends STL_1S_1R_2
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_2
FREQUENCY=0
CMATRIX
 7.575900e-011
LMATRIX
 4.352200e-007
GMATRIX
 0.000000e+000
RMATRIX
 3.612700e+000
FREQUENCY=INF
CMATRIX
 7.575900e-011
LMATRIX
 4.352200e-007
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_3 
   (IDL ".subckt STL_1S_1R_3 
+X1 0
+X2 0
*MeshSize = 0.00127
*Trapezoidal_Angle_in_Degree = 90
*CutoffFrequency = 0
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=1500 botDist=0.0002032
*EMIinfo Dielectric Eps=4.5 Thick=0.0002032
*EMIinfo Plane Z=0.00049784

.layerstack Layerstack3
+shield( 3.048e-005 1 0 )
+dielectric( 0.0002032 4.5 0.035 )
.crosssection
+rectangle ( 5.959e+007 0 0.0002032 0.000381 0.00023368 )
+Length=length
*FieldSolver: bem2d 0 C:/DOCUME~1/ADMINI~1/LOCALS~1/Temp/#Taaaaah00356.in 0.00127 
.rlgc RLGCSTL_1S_1R_3 ( Length=length N=1 )
.C 0
+ 1.240400e-010 
.L 0
+ 2.923700e-007 
.G 0
+ 0.000000e+000 
.R 0
+ 1.445100e+000 
.C INF
+ 1.240400e-010 
.L INF
+ 2.923700e-007 
.Td INF
+ 6.022100e-009 
.Yc INF
+ 2.059700e-002 
.Zc INF
+ 4.855000e+001 

.endrlgc RLGCSTL_1S_1R_3

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.022100e-009 

*Admittance Matrix.
*Y 0 (n=1)
* 2.059700e-002 

*Impedance Matrix.
*Z 0 (n=1)
*  4.855000e+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)
*  4.926400e-001 
.ends STL_1S_1R_3
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_3
FREQUENCY=0
CMATRIX
 1.240400e-010
LMATRIX
 2.923700e-007
GMATRIX
 0.000000e+000
RMATRIX
 1.445100e+000
FREQUENCY=INF
CMATRIX
 1.240400e-010
LMATRIX
 2.923700e-007
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_4 
   (IDL ".subckt STL_1S_1R_4 
+X1 0
+X2 0
*MeshSize = 0.00127
*Trapezoidal_Angle_in_Degree = 90
*CutoffFrequency = 0
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00023368
*EMIinfo Dielectric Eps=4.5 Thick=0.0002032
*EMIinfo Conductor Width=1500 topDist=0.0002032

.layerstack Layerstack1
+dielectric( 0.0002032 4.5 0.035 )
+shield( 3.048e-005 1 0 )
.crosssection
+rectangle ( 5.959e+007 0 -3.048e-005 0.000381 0 )
+Length=length
*FieldSolver: bem2d 0 C:/DOCUME~1/ADMINI~1/LOCALS~1/Temp/#Taaaaai00356.in 0.00127 
.rlgc RLGCSTL_1S_1R_4 ( Length=length N=1 )
.C 0
+ 1.240400e-010 
.L 0
+ 2.923700e-007 
.G 0
+ 0.000000e+000 
.R 0
+ 1.445100e+000 
.C INF
+ 1.240400e-010 
.L INF
+ 2.923700e-007 
.Td INF
+ 6.022100e-009 
.Yc INF
+ 2.059700e-002 
.Zc INF
+ 4.855000e+001 

.endrlgc RLGCSTL_1S_1R_4

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  6.022100e-009 

*Admittance Matrix.
*Y 0 (n=1)
* 2.059700e-002 

*Impedance Matrix.
*Z 0 (n=1)
*  4.855000e+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)
*  4.926400e-001 
.ends STL_1S_1R_4
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_4
FREQUENCY=0
CMATRIX
 1.240400e-010
LMATRIX
 2.923700e-007
GMATRIX
 0.000000e+000
RMATRIX
 1.445100e+000
FREQUENCY=INF
CMATRIX
 1.240400e-010
LMATRIX
 2.923700e-007
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_5 
   (IDL ".subckt STL_1S_1R_5 
+X1 0
+X2 0
*MeshSize = 0.00127
*Trapezoidal_Angle_in_Degree = 90
*CutoffFrequency = 0
*EMIinfo Type Top MicroStrip
*EMIinfo Conductor Width=800 botDist=0.0002032
*EMIinfo Dielectric Eps=4.5 Thick=0.0002032
*EMIinfo Plane Z=0.00049784

.layerstack Layerstack3
+shield( 3.048e-005 1 0 )
+dielectric( 0.0002032 4.5 0.035 )
.crosssection
+rectangle ( 5.959e+007 0 0.0002032 0.0002032 0.00023368 )
+Length=length
*FieldSolver: bem2d 0 C:/DOCUME~1/ADMINI~1/LOCALS~1/Temp/#Taaaaaj00356.in 0.00127 
.rlgc RLGCSTL_1S_1R_5 ( Length=length N=1 )
.C 0
+ 8.701100e-011 
.L 0
+ 3.901300e-007 
.G 0
+ 0.000000e+000 
.R 0
+ 2.709500e+000 
.C INF
+ 8.701100e-011 
.L INF
+ 3.901300e-007 
.Td INF
+ 5.826300e-009 
.Yc INF
+ 1.493400e-002 
.Zc INF
+ 6.696000e+001 

.endrlgc RLGCSTL_1S_1R_5

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.826300e-009 

*Admittance Matrix.
*Y 0 (n=1)
* 1.493400e-002 

*Impedance Matrix.
*Z 0 (n=1)
*  6.696000e+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)
*  5.725000e-001 
.ends STL_1S_1R_5
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_5
FREQUENCY=0
CMATRIX
 8.701100e-011
LMATRIX
 3.901300e-007
GMATRIX
 0.000000e+000
RMATRIX
 2.709500e+000
FREQUENCY=INF
CMATRIX
 8.701100e-011
LMATRIX
 3.901300e-007
END RLGC
" ) 
   (Frequency 0 ) ) 
  (STL_1S_1R_6 
   (IDL ".subckt STL_1S_1R_6 
+X1 0
+X2 0
*MeshSize = 0.00127
*Trapezoidal_Angle_in_Degree = 90
*CutoffFrequency = 0
*EMIinfo Type Bottom MicroStrip
*EMIinfo Plane Z=0.00023368
*EMIinfo Dielectric Eps=4.5 Thick=0.0002032
*EMIinfo Conductor Width=800 topDist=0.0002032

.layerstack Layerstack1
+dielectric( 0.0002032 4.5 0.035 )
+shield( 3.048e-005 1 0 )
.crosssection
+rectangle ( 5.959e+007 0 -3.048e-005 0.0002032 0 )
+Length=length
*FieldSolver: bem2d 0 C:/DOCUME~1/ADMINI~1/LOCALS~1/Temp/#Taaaaak00356.in 0.00127 
.rlgc RLGCSTL_1S_1R_6 ( Length=length N=1 )
.C 0
+ 8.701100e-011 
.L 0
+ 3.901300e-007 
.G 0
+ 0.000000e+000 
.R 0
+ 2.709500e+000 
.C INF
+ 8.701100e-011 
.L INF
+ 3.901300e-007 
.Td INF
+ 5.826300e-009 
.Yc INF
+ 1.493400e-002 
.Zc INF
+ 6.696000e+001 

.endrlgc RLGCSTL_1S_1R_6

**The Characteristic Modal Delay, Admittance and
**Impedance Matrices of these Transmission Lines:

*Delay Matrix.
*Td 0 (n=1)
*  5.826300e-009 

*Admittance Matrix.
*Y 0 (n=1)
* 1.493400e-002 

*Impedance Matrix.
*Z 0 (n=1)
*  6.696000e+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)
*  5.725000e-001 
.ends STL_1S_1R_6
" ) 
   (KSPICE "DATAPOINTS RLGC STL_1S_1R_6
FREQUENCY=0
CMATRIX
 8.701100e-011
LMATRIX
 3.901300e-007
GMATRIX
 0.000000e+000
RMATRIX
 2.709500e+000
FREQUENCY=INF
CMATRIX
 8.701100e-011
LMATRIX
 3.901300e-007
END RLGC
" ) 
   (Frequency 0 ) ) ) 
 (LibraryVersion 136.2 ) )