* This is the RFModule technology file describing circuit parasitics
*for a given process (CMOS, Bipolar, etc)

# Possible devices: resistor, capacitor and inductor.
#CSMD#
Device:capacitor
Terminal:IN OUT
CSMD (IN 1  ) capacitor c=C
RSMD ( 1 2  ) resistor r=R
LSMD ( 2 OUT) inductor l=L
#

# At this momment, the first device in each line
# must be R for a resistor, C for a capacitor and
# L for an inductor. Furthermore, the values in the
# first column must be in ascending order, otherwise...
#300f340f#
C=300f R=1m L=0.01n
C=320f R=2m L=0.01n
C=340f R=3m L=0.01n
#

#1p5p#
C=1p R=1m L=0.01n
C=5p R=3m L=0.01n
#

#50p80p#
C=50p R=5m L=0.010n
C=70p R=7m L=0.015n
C=80p R=8m L=0.020n
#




#C#
Device:capacitor
Terminal:IN OUT
Cpar (IN OUT) capacitor c=C
#

#1p5p#
C=1p
C=5p
#




#CFLUX#
Device:capacitor
Terminal:IN OUT
CFLUX (IN  1  ) capacitor c=C
RFLUX ( 1  OUT) resistor r=R
#

#1p5p#
C=1p R=1.1m
C=5p R=5.5m
#




*-----------------------------------------------------------------------
#LBOND#
Device:inductor
Terminal:IN OUT
LBOND (IN  1  ) inductor l=LS
RBOND (1   OUT) resistor r=RS
#

#350p450p#
LS=350p RS=0.0042
LS=450p RS=0.0054
#

#60n100n#
LS=60n  RS=0.718
LS=100n RS=1.196
#




#LSPIRAL#
Device:inductor
Terminal:IN OUT
LS (IN   1  ) inductor l=LS
RS (1    OUT) resistor r=RS
CS1 (IN  11 ) capacitor c=CS1
RS1 (11  0  ) resistor r=RS1
CS2 (OUT 22 ) capacitor c=CS2
RS2 (22  0  ) resistor r=RS2
#

#1n5n#
LS=1n RS=0.135 CS1=1f RS1=1m CS2=1f RS2=1m
LS=5n RS=0.675 CS1=1f RS1=1m CS2=1f RS2=1m
#

#5n15n#
LS=5n RS=0.650 CS1=1f RS1=1m CS2=1f RS2=1m
LS=15n RS=2.025 CS1=1f RS1=1m CS2=1f RS2=1m
#