fsl_pkg_netlists.net

ADS_FSL_LIBRARY

	Lg1=Lg1 Qg1=Qg1 RDCG1=RDCG1 \
	Ld1=Ld1 Qd1=Qd1 RDCD1=RDCD1 \
	Lg2=Lg2 Qg2=Qg2 RDCG2=RDCG2 \
	Lg3=Lg3 Qg3=Qg3 RDCG3=RDCG3 \
	Ld2=Ld2 Qd2=Qd2 RDCD2=RDCD2 \
	Cin1=Cin1 Cin2=Cin2 Cout=Cout \
	KMUT1=KMUT1 KMUT2=KMUT2 Kcoup=Kcoup 
   model HPFETM_X HP_FET File=File
   HPFETM_X:HPFET_1 _net20 _net10 n3 Wtot=Periphery N=int(Fingers)
;
end FSL_ROOT_MODEL_top_3in_2out
;****************************************************************
define FSL_ROOT_MODEL_push_pull_185 (n1 n2 n3 n4 n5)
parameters File="test" Periphery=10 mm Fingers=10 \
	Fo=1.0 CGPAD=0.0 CDPAD=0.0 \
	Cpad=0.0 Lpad=0.0 Rpad=0.0 Ccoup=0.0 \
	Lg1=0.0 Qg1=1000 RDCG1=0.0 \
	Ld1=0.0 Qd1=1000 RDCD1=0.0 \
	Lg2=0.0 Qg2=1000 RDCG2=0.0 \
	Lg3=0.0 Qg3=1000 RDCG3=0.0 \
	Ld2=0.0 Qd2=1000 RDCD2=0.0 \
	Cin1=0.0 Cin2=0.0 Cout=0.0 \
	KMUT1=0.0 KMUT2=0.0 Kcoup=0.0 
; options block for easier DC convergence
	Options:Options_MRF1  Temp=25 TopologyCheck=no \
		ForceS_Params=no MaxSpectralSize=512 \
	     	V_RelTol=1e-6 V_AbsTol=1e-6 \
	     	I_RelTol=1e-8 I_AbsTol=1e-8 \
	    	GiveAllWarnings=no MaxWarnings=10 \
	    	ForceM_Params=yes

  push_pull_185:PKG1 n1 n2 n3 n4 n5 _net10 _net20 _net15 _net25 \
	Fo=Fo CGPAD=CGPAD CDPAD=CDPAD \
	Cpad=Cpad Lpad=Lpad Rpad=Rpad Ccoup=Ccoup \
	Lg1=Lg1 Qg1=Qg1 RDCG1=RDCG1 \
	Ld1=Ld1 Qd1=Qd1 RDCD1=RDCD1 \
	Lg2=Lg2 Qg2=Qg2 RDCG2=RDCG2 \
	Lg3=Lg3 Qg3=Qg3 RDCG3=RDCG3 \
	Ld2=Ld2 Qd2=Qd2 RDCD2=RDCD2 \
	Cin1=Cin1 Cin2=Cin2 Cout=Cout \
	KMUT1=KMUT1 KMUT2=KMUT2 Kcoup=Kcoup 
   model HPFETM_X HP_FET File=File
   HPFETM_X:HPFET_1 _net20 _net10 n5 Wtot=Periphery N=int(Fingers)
   HPFETM_X:HPFET_2 _net25 _net15 n5 Wtot=Periphery N=int(Fingers)
;
end FSL_ROOT_MODEL_push_pull_185
;****************************************************************
define FSL_ROOT_MODEL_push_pull_9180 (n1 n2 n3 n4 n5)
parameters File="test" Periphery=10 mm Fingers=10 \
	Fo=1.0 CGPAD=0.0 CDPAD=0.0 \
	Cpad=0.0 Lpad=0.0 Rpad=0.0 Ccoup=0.0 \
	Lg1=0.0 Qg1=1000 RDCG1=0.0 \
	Ld1=0.0 Qd1=1000 RDCD1=0.0 \
	Lg2=0.0 Qg2=1000 RDCG2=0.0 \
	Lg3=0.0 Qg3=1000 RDCG3=0.0 \
	Ld2=0.0 Qd2=1000 RDCD2=0.0 \
	Cin1=0.0 Cin2=0.0 Cout=0.0 \
	KMUT1=0.0 KMUT2=0.0 Kcoup=0.0 
; options block for easier DC convergence
	Options:Options_MRF1  Temp=25 TopologyCheck=no \
		ForceS_Params=no MaxSpectralSize=512 \
	     	V_RelTol=1e-6 V_AbsTol=1e-6 \
	     	I_RelTol=1e-8 I_AbsTol=1e-8 \
	    	GiveAllWarnings=no MaxWarnings=10 \
	    	ForceM_Params=yes

  push_pull_9180:PKG1 n1 n2 n3 n4 n5 _net10 _net20 _net15 _net25 \
	Fo=Fo CGPAD=CGPAD CDPAD=CDPAD \
	Cpad=Cpad Lpad=Lpad Rpad=Rpad Ccoup=Ccoup \
	Lg1=Lg1 Qg1=Qg1 RDCG1=RDCG1 \
	Ld1=Ld1 Qd1=Qd1 RDCD1=RDCD1 \
	Lg2=Lg2 Qg2=Qg2 RDCG2=RDCG2 \
	Lg3=Lg3 Qg3=Qg3 RDCG3=RDCG3 \
	Ld2=Ld2 Qd2=Qd2 RDCD2=RDCD2 \
	Cin1=Cin1 Cin2=Cin2 Cout=Cout \
	KMUT1=KMUT1 KMUT2=KMUT2 Kcoup=Kcoup 
   model HPFETM_X HP_FET File=File
   HPFETM_X:HPFET_1 _net20 _net10 n5 Wtot=Periphery N=int(Fingers)
   HPFETM_X:HPFET_2 _net25 _net15 n5 Wtot=Periphery N=int(Fingers)
;
end FSL_ROOT_MODEL_push_pull_9180
;****************************************************************
define FSL_ROOT_MODEL_push_pull_120 (n1 n2 n3 n4 n5)
parameters File="test" Periphery=10 mm Fingers=10 \
	Fo=1.0 CGPAD=0.0 CDPAD=0.0 \
	Cpad=0.0 Lpad=0.0 Rpad=0.0 Ccoup=0.0 \
	Lg1=0.0 Qg1=1000 RDCG1=0.0 \
	Ld1=0.0 Qd1=1000 RDCD1=0.0 \
	Lg2=0.0 Qg2=1000 RDCG2=0.0 \
	Lg3=0.0 Qg3=1000 RDCG3=0.0 \
	Ld2=0.0 Qd2=1000 RDCD2=0.0 \
	Cin1=0.0 Cin2=0.0 Cout=0.0 \
	KMUT1=0.0 KMUT2=0.0 Kcoup=0.0 
; options block for easier DC convergence
	Options:Options_MRF1  Temp=25 TopologyCheck=no \
		ForceS_Params=no MaxSpectralSize=512 \
	     	V_RelTol=1e-6 V_AbsTol=1e-6 \
	     	I_RelTol=1e-8 I_AbsTol=1e-8 \
	    	GiveAllWarnings=no MaxWarnings=10 \
	    	ForceM_Params=yes

  push_pull_120:PKG1 n1 n2 n3 n4 n5 _net10 _net20 _net15 _net25 \
	Fo=Fo CGPAD=CGPAD CDPAD=CDPAD \
	Cpad=Cpad Lpad=Lpad Rpad=Rpad Ccoup=Ccoup \
	Lg1=Lg1 Qg1=Qg1 RDCG1=RDCG1 \
	Ld1=Ld1 Qd1=Qd1 RDCD1=RDCD1 \
	Lg2=Lg2 Qg2=Qg2 RDCG2=RDCG2 \
	Lg3=Lg3 Qg3=Qg3 RDCG3=RDCG3 \
	Ld2=Ld2 Qd2=Qd2 RDCD2=RDCD2 \
	Cin1=Cin1 Cin2=Cin2 Cout=Cout \
	KMUT1=KMUT1 KMUT2=KMUT2 Kcoup=Kcoup 
   model HPFETM_X HP_FET File=File
   HPFETM_X:HPFET_1 _net20 _net10 n5 Wtot=Periphery N=int(Fingers)
   HPFETM_X:HPFET_2 _net25 _net15 n5 Wtot=Periphery N=int(Fingers)
;
end FSL_ROOT_MODEL_push_pull_120
;****************************************************************
;****************************************************************
define pkg_style1 (n1	n2	n3	n4	n5)
parameters 	Fo=1.0 CGPAD=0.0 CDPAD=0.0 \
	Cpad=0.0 Lpad=0.0 Rpad=0.0 Ccoup=0.0 \
	Lg1=0.0 Qg1=1000 RDCG1=0.0 \
	Ld1=0.0 Qd1=1000 RDCD1=0.0 \
	Lg2=0.0 Qg2=1000 RDCG2=0.0 \
	Lg3=0.0 Qg3=1000 RDCG3=0.0 \
	Ld2=0.0 Qd2=1000 RDCD2=0.0 \
	Cin1=0.0 Cin2=0.0 Cout=0.0 \
	KMUT1=0.0 KMUT2=0.0 Kcoup=0.0 

;
Short:IG n1 _net30 Mode=0
Short:ID n2 _net40 Mode=0
C:XCGPAD n4 n3 C=CGPAD pF
C:XCDPAD n5 n3 C=CDPAD pF
L:Lead_g _net30 _net6 L=Lpad pH R=Rpad Ohm
L:Lead_d _net40 _net5 L=Lpad pH R=Rpad Ohm
C:Clead_CPL _net5 _net6 C=Ccoup pF
C:Cpad_d _net5 n3 C=Cpad pF
C:Cpad_g _net6 n3 C=Cpad pF
INDQ:Lbondg _net15 _net6 L=Lg1 pH Q=Qg1 F=Fo GHz Mode=2 Rdc=RDCG1 Ohm
INDQ:Lbondd _net25 _net5 L=Ld1 pH Q=Qd1 F=Fo GHz Mode=2 Rdc=RDCD1 Ohm
L:Ldrain n5 _net25 L=Ld2 pH R=RDCD2 Ohm
L:Lgate n4 _net15 L=Lg2 pH R=RDCG2 Ohm
Mutual:Mutual K=KMUT1 Inductor1="Lgate" Inductor2="Ldrain" 
;
end pkg_style1
;***************************************************************
;***************************************************************
define pkg_style2 (	n1	n2	n3	n4	n5)
parameters  	Fo=1.0 CGPAD=0.0 CDPAD=0.0 \
	Cpad=0.0 Lpad=0.0 Rpad=0.0 Ccoup=0.0 \
	Lg1=0.0 Qg1=1000 RDCG1=0.0 \
	Ld1=0.0 Qd1=1000 RDCD1=0.0 \
	Lg2=0.0 Qg2=1000 RDCG2=0.0 \
	Lg3=0.0 Qg3=1000 RDCG3=0.0 \
	Ld2=0.0 Qd2=1000 RDCD2=0.0 \
	Cin1=0.0 Cin2=0.0 Cout=0.0 \
	KMUT1=0.0 KMUT2=0.0 Kcoup=0.0 

Short:IG n1 _net1 Mode=0
Short:ID n2 _net2 Mode=0
C:XCGPAD n4 n3 C=CGPAD pF
C:XCDPAD n5 n3 C=CDPAD pF
C:Clead_CPL _net1 _net2 C=Ccoup pF
C:Cpad_g _net1 n3 C=Cpad pF
C:Cpad_d _net2 n3 C=Cpad pF
INDQ:Lbondg2 _net1 _net16 L=Lg2 pH Q=Qg2 F=Fo GHz Mode=2 Rdc=RDCG2 Ohm
C:Cin _net16 n3 C=Cin1 pF
INDQ:Lbondg _net16 _net15 L=Lg1 pH Q=Qg1 F=Fo GHz Mode=2 Rdc=RDCG1 Ohm
INDQ:Lbondd _net5 _net2 L=Ld1 pH Q=Qd1 F=Fo GHz Mode=2 Rdc=RDCD1 Ohm
L:INDUC2 n5 _net5 L=Ld1 pH R=RDCD1 Ohm
L:INDUC1 n4 _net15 L=Lg1 pH R=RDCG1 Ohm
Mutual:Mutual K=KMUT1 Inductor1="INDUC1" Inductor2="INDUC2"

end pkg_style2
;***************************************************************
;****************************************************************
define pkg_style3 (n1	n2	n3	n4	n5)
parameters 	Fo=1.0 CGPAD=0.0 CDPAD=0.0 \
	Cpad=0.0 Lpad=0.0 Rpad=0.0 Ccoup=0.0 \
	Lg1=0.0 Qg1=1000 RDCG1=0.0 \
	Ld1=0.0 Qd1=1000 RDCD1=0.0 \
	Lg2=0.0 Qg2=1000 RDCG2=0.0 \
	Lg3=0.0 Qg3=1000 RDCG3=0.0 \
	Ld2=0.0 Qd2=1000 RDCD2=0.0 \
	Cin1=0.0 Cin2=0.0 Cout=0.0 \
	KMUT1=0.0 KMUT2=0.0 Kcoup=0.0 

;
Short:IG n1 _net30 Mode=0
Short:ID n2 _net40 Mode=0
C:XCGPAD n4 n3 C=CGPAD pF
C:XCDPAD n5 n3 C=CDPAD pF
L:Lead_g _net30 _net6 L=Lpad pH R=Rpad Ohm
L:Lead_d _net40 _net5 L=Lpad pH R=Rpad Ohm
C:Clead_CPL _net30 _net40 C=Ccoup pF
C:Cpad_d _net5 n3 C=Cpad pF
C:Cpad_g _net6 n3 C=Cpad pF
L:Ldrain n5 _net5 L=Ld1 pH R=RDCD1 Ohm
L:Lgate n4 _net6 L=Lg1 pH R=RDCG1 Ohm
Mutual:Mutual K=KMUT1 Inductor1="Lgate" Inductor2="Ldrain" 
;
end pkg_style3
;***************************************************************
;***************************************************************
define top_1in_1out (	n1	n2	n3	n4	n5)
parameters  	Fo=1.0 CGPAD=0.0 CDPAD=0.0 \
	Cpad=0.0 Lpad=0.0 Rpad=0.0 Ccoup=0.0 \
	Lg1=0.0 Qg1=1000 RDCG1=0.0 \
	Ld1=0.0 Qd1=1000 RDCD1=0.0 \
	Lg2=0.0 Qg2=1000 RDCG2=0.0 \
	Lg3=0.0 Qg3=1000 RDCG3=0.0 \
	Ld2=0.0 Qd2=1000 RDCD2=0.0 \
	Cin1=0.0 Cin2=0.0 Cout=0.0 \
	KMUT1=0.0 KMUT2=0.0 Kcoup=0.0 

Short:IG n1 _net30 Mode=0
Short:ID n2 _net40 Mode=0
C:XCGPAD n4 n3 C=CGPAD pF
C:XCDPAD n5 n3 C=CDPAD pF
C:Cpad_d _net5 n3 C=Cpad pF
C:Cpad_g _net6 n3 C=Cpad pF
L:Lead_g _net30 _net6 L=Lpad pH R=Rpad Ohm
L:Lead_d _net40 _net5 L=Lpad pH R=Rpad Ohm
C:Clead_CPL _net5 _net6 C=Ccoup pF
MUC2_FSL_ext:MUC2_FSL n4 n5 _net6 _net5 \
		L1=Lg1 pH L2=Ld1 pH K12=KMUT1 Q1=Qg1 Q2=Qd1 \
		RDC1=RDCG1 Ohm RDC2=RDCD1 Ohm F=Fo GHz Mode=1 Ver="1.0a"
end top_1in_1out
;***************************************************************
;***************************************************************
define top_2in_1out (	n1	n2	n3	n4	n5)
parameters  	Fo=1.0 CGPAD=0.0 CDPAD=0.0 \
	Cpad=0.0 Lpad=0.0 Rpad=0.0 Ccoup=0.0 \
	Lg1=0.0 Qg1=1000 RDCG1=0.0 \
	Ld1=0.0 Qd1=1000 RDCD1=0.0 \
	Lg2=0.0 Qg2=1000 RDCG2=0.0 \
	Lg3=0.0 Qg3=1000 RDCG3=0.0 \
	Ld2=0.0 Qd2=1000 RDCD2=0.0 \
	Cin1=0.0 Cin2=0.0 Cout=0.0 \
	KMUT1=0.0 KMUT2=0.0 Kcoup=0.0 

Short:IG n1 _net30 Mode=0
Short:ID n2 _net40 Mode=0
C:XCGPAD n4 n3 C=CGPAD pF
C:XCDPAD n5 n3 C=CDPAD pF
C:Cpad_d _net6 n3 C=Cpad pF
C:Cin_match1 _net5 n3 C=Cin1 pF
INDQ:WB_g1 _net7 _net5 \
		L=Lg1 pH Q=Qg1 F=Fo GHz \
		Mode=2 Rdc=RDCG1 Ohm Temp=27
C:Cpad_g _net7 n3 C=Cpad pF
L:Lead_g _net30 _net7 L=Lpad pH R=Rpad Ohm
L:Lead_d _net40 _net6 L=Lpad pH R=Rpad Ohm
C:Clead_CPL _net6 _net7 C=Ccoup pF
MUC2_FSL_ext:MUC2_FSL n4 n5 _net5 _net6 \
		L1=Lg2 pH L2=Ld1 pH K12=KMUT1 Q1=Qg2 Q2=Qd1 \
		RDC1=RDCG2 Ohm RDC2=RDCD1 Ohm F=Fo GHz Mode=1 Ver="1.0a"
end top_2in_1out
;***************************************************************
define top_2in_2out (	n1	n2	n3	n4	n5)
parameters  	Fo=1.0 CGPAD=0.0 CDPAD=0.0 \
	Cpad=0.0 Lpad=0.0 Rpad=0.0 Ccoup=0.0 \
	Lg1=0.0 Qg1=1000 RDCG1=0.0 \
	Ld1=0.0 Qd1=1000 RDCD1=0.0 \
	Lg2=0.0 Qg2=1000 RDCG2=0.0 \
	Lg3=0.0 Qg3=1000 RDCG3=0.0 \
	Ld2=0.0 Qd2=1000 RDCD2=0.0 \
	Cin1=0.0 Cin2=0.0 Cout=0.0 \
	KMUT1=0.0 KMUT2=0.0 Kcoup=0.0 

Short:IG n1 _net30 Mode=0
Short:ID n2 _net40 Mode=0
C:XCGPAD n4 n3 C=CGPAD pF
C:XCDPAD n5 n3 C=CDPAD pF
C:Cpad_d _net11 n3 C=Cpad pF
C:Cout_match _net5 n3 C=Cout pF
C:Cin_match1 _net12 n3 C=Cin1 pF
INDQ:WB_g1 _net100 _net12 \
		L=Lg1 pH Q=Qg1 F=Fo GHz \
		Mode=2 Rdc=RDCG1 Ohm Temp=27
C:Cpad_g _net100 n3 C=Cpad pF
C:Clead_CPL _net11 _net100 C=Ccoup pF
L:Lead_g _net30 _net100 L=Lpad pH R=Rpad Ohm
L:Lead_d _net40 _net11 L=Lpad pH R=Rpad Ohm
MUC3_FSL_ext:MUC3_FSL n4 n5 n5 _net12 _net11 _net5 \
		L1=Lg2 pH L2=Ld1 pH L3=Ld2 pH \
		K12=KMUT1 K13=KMUT2 K23=Kcoup Q1=Qg2 Q2=Qd1 Q3=Qd2 \
		RDC1=RDCG2 Ohm RDC2=RDCD1 Ohm RDC3=RDCD2 Ohm F=Fo GHz Mode=1 Ver="1.0a"
end top_2in_2out
;***************************************************************
;***************************************************************
define top_3in_2out (	n1	n2	n3	n4	n5)
parameters  	Fo=1.0 CGPAD=0.0 CDPAD=0.0 \
	Cpad=0.0 Lpad=0.0 Rpad=0.0 Ccoup=0.0 \
	Lg1=0.0 Qg1=1000 RDCG1=0.0 \
	Ld1=0.0 Qd1=1000 RDCD1=0.0 \
	Lg2=0.0 Qg2=1000 RDCG2=0.0 \
	Lg3=0.0 Qg3=1000 RDCG3=0.0 \
	Ld2=0.0 Qd2=1000 RDCD2=0.0 \
	Cin1=0.0 Cin2=0.0 Cout=0.0 \
	KMUT1=0.0 KMUT2=0.0 Kcoup=0.0 

Short:IG n1 _net30 Mode=0
Short:ID n2 _net40 Mode=0
C:XCGPAD n4 n3 C=CGPAD pF
C:XCDPAD n5 n3 C=CDPAD pF
C:Cpad_d _net12 n3 C=Cpad pF
C:Cout_match _net1 n3 C=Cout pF
C:Cin_match1 _net7 n3 C=Cin1 pF
C:Cin_match2 _net13 n3 C=Cin2 pF
INDQ:WB_g2 _net7 _net13 \
		L=Lg2 pH Q=Qg2 F=Fo GHz \
		Mode=2 Rdc=RDCG2 Ohm Temp=27
INDQ:WB_g1 _net100 _net7 \
		L=Lg1 pH Q=Qg1 F=Fo GHz \
		Mode=2 Rdc=RDCG1 Ohm Temp=27
C:Cpad_g _net100 n3 C=Cpad pF
C:Clead_CPL _net12 _net100 C=Ccoup pF
L:Lead_g _net30 _net100 L=Lpad pH R=Rpad Ohm
L:Lead_d _net40 _net12 L=Lpad pH R=Rpad Ohm
MUC3_FSL_ext:MUC3_FSL n4 n5 n5 _net13 _net12 _net1 \
		L1=Lg3 pH L2=Ld1 pH L3=Ld2 pH \
		K12=KMUT1 K13=KMUT2 K23=Kcoup Q1=Qg3 Q2=Qd1 Q3=Qd2 \
		RDC1=RDCG3 Ohm RDC2=RDCD1 Ohm RDC3=RDCD2 Ohm F=Fo GHz Mode=1 Ver="1.0a"
end top_3in_2out
;***************************************************************
;***************************************************************
define push_pull_185 (	n1 n2 n3 n4 n5 n6 n7 n8	n9)
parameters Fo=1.0 CGPAD=0.0 CDPAD=0.0 \