tnt-mmtl/calcCAP/tests/dmy.result

2002 10 10 10:46:23 zahn NMMTL_2DLF

File = /sppdg/software/src/tnt/calcCAP/tests/dmy
Number of Signal Lines  =   2
Number of Ground Planes =   1
Number of Ground Wires  =   0
Coupling Length =   0.02540 meters
Rise Time =  1000.0000 picoseconds
Contour (conductor) segments [cseg] = 10
Ground Plane/Dielectric segments [dseg] = 10
Conductivity Rect2R1 = 3 siemens/meter
Conductivity Rect2R0 = 3 siemens/meter
Note: minimum frequency for surface current assumptions is 9 MHz.
Mutual and Self Electrostatic Induction:
B(Active Signal , Passive Signal) Farads/Meter
B( ::Rect2R1 , ::Rect2R1 )=   1.2112143e-10
B( ::Rect2R1 , ::Rect2R0 )=  -6.6519686e-11
B( ::Rect2R0 , ::Rect2R1 )=  -6.6535805e-11
B( ::Rect2R0 , ::Rect2R0 )=   1.2112186e-10

Mutual and Self Inductance:
L(Active Signal , Passive Signal) Henrys/Meter
L( ::Rect2R1 , ::Rect2R1 )=   5.2066576e-07
L( ::Rect2R1 , ::Rect2R0 )=   2.7070251e-07
L( ::Rect2R0 , ::Rect2R1 )=   2.7074952e-07
L( ::Rect2R0 , ::Rect2R0 )=   5.2066366e-07

Asymmetry Ratios:

  Asymmetry ratio for inductance matrix:
     0.017366% (max), 0.017366% (average)

  Asymmetry ratio for electrostatic induction matrix:
     0.024232% (max), 0.024232% (average).


Characteristic Impedance (Ohms):
For Signal Line ::Rect2R1= 65.5645
For Signal Line ::Rect2R0= 65.5643

Characteristic Impedance Odd/Even (Ohms):
  odd= 36.4984
 even= 120.389

Effective Dielectric Constant:
For Signal Line ::Rect2R1= 4.14124
For Signal Line ::Rect2R0= 4.14124

Propagation Velocity (meters/second):
For Signal Line ::Rect2R1=   1.4731787e+08
For Signal Line ::Rect2R0=   1.4731790e+08

Propagation Velocity Odd/Even (meters/second):
  odd= 1.46015e+08
 even= 1.52127e+08

Propagation Delay (seconds/meter):
For Signal Line ::Rect2R1=   6.7880427e-09
For Signal Line ::Rect2R0=   6.7880412e-09

Propagation Delay Odd/Even (seconds/meter):
  odd= 6.8486e-09
 even= 6.57344e-09

Rdc:
Rdc(Active Signal , Passive Signal) Ohms/Meter
Rdc( ::Rect2R1 , ::Rect2R1 )=   1.5873017e-02
Rdc( ::Rect2R1 , ::Rect2R0 )=   0.0000000e+00
Rdc( ::Rect2R0 , ::Rect2R1 )=   0.0000000e+00
Rdc( ::Rect2R0 , ::Rect2R0 )=   1.5873017e-02

Far-End (Forward) Cross Talk:
FXT(Active Signal, Passive Signal)
FXT( ::Rect2R1 , ::Rect2R0 )= 2.95733e-03 =   -50.58200 dB

Near-End (Backward) Cross Talk:
BXT(Active Signal, Passive Signal)
BXT( ::Rect2R1 , ::Rect2R0 )= 9.21856e-02 =   -20.70674 dB

NOTE: Cross talk results assume there are no reflections.