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TEST_CASES/FLEX_CABLE_DIELECTRIC_3_CONDUCTOR/flex_cable_3.cable_spec 2.45 KB
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886c558b   Steve Greedy   SACAMOS Public Re... 
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#MOD_cable_lib_dir
.
flex_cable
3		# number of conductors
44c11f06   Chris Smartt   Include software ... 
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10		# number of parameters
5.0e-3          # parameter 1: dielectric width (x dimension)
1.25e-3  	# parameter 2: dielectric height (y dimension)
1               # parameter 3: number of rows of conductors
0.0e-3  	# parameter 4: row 1 centre offset x
0.0e-3  	# parameter 5: row 1 centre offset y
1.0e-3          # parameter 6: row 1 conductor width (x dimension)
0.25e-3         # parameter 7: row 1 conductor height (y dimension)
0.5e-3          # parameter 8: row 1 conductor separation
3               # parameter 9: row 1 number of conductors
0.0  	        # parameter 10: conductivity
1		# number of frequency dependent parameters
# dielectric relative permittivity model follows
   1E9        # w normalisation constant
           0   # a order, a coefficients follow below:
  2.2         
           0   # b order, b coefficients follow below:
  1.0      




#MOD_cable_lib_dir
.
flex_cable
3		# number of conductors
886c558b   Steve Greedy   SACAMOS Public Re... 
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6		# number of parameters
1.0e-3  	# parameter 1: conductor width (x dimension)
0.25e-3  	# parameter 2: conductor height (y dimension)
0.5e-3  	# parameter 3: conductor separation (x dimension)
0.5e-3  	# parameter 4: dielectric offset x
0.5e-3  	# parameter 5: dielectric offset y
0.0  	        # parameter 6: conductivity
1		# number of frequency dependent parameters
# dielectric relative permittivity model follows
   1E9        # w normalisation constant
           0   # a order, a coefficients follow below:
  2.2         
           0   # b order, b coefficients follow below:
  1.0
44c11f06   Chris Smartt   Include software ... 
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#MOD_cable_lib_dir
.
ML_flex_cable
3		# number of conductors
10		# number of parameters
5.0e-3          # parameter 1: dielectric width (x dimension)
1.25e-3  	# parameter 2: dielectric height (y dimension)
1               # parameter 3: number of rows of conductors
0.0e-3  	# parameter 4: row 1 centre offset x
0.0e-3  	# parameter 5: row 1 centre offset y
1.0e-3          # parameter 6: row 1 conductor width (x dimension)
0.25e-3         # parameter 7: row 1 conductor height (y dimension)
0.5e-3          # parameter 8: row 1 conductor separation
3               # parameter 9: row 1 number of conductors
0.0  	        # parameter 10: conductivity
1		# number of frequency dependent parameters
# dielectric relative permittivity model follows
   1E9        # w normalisation constant
           0   # a order, a coefficients follow below:
  2.2         
           0   # b order, b coefficients follow below:
  1.0