Local parameter value will be used in Cadence Spectre

parameters nf=4

subckt Hoge_Cell in1 in2 in3 out1 out2 inh_RF_Gnd
parameters nf=1
D0 (in2 out1 inh_RF_Gnd) sbd_rf l=2u w=4u nf=nf
D1 (out1 out2 inh_RF_Gnd) sbd_rf l=2u w=4u nf=nf
Ch (in3 out2) mimcap_2p0_sin lt=30u wt=30u mf=1 mismatchflag=1
Cc (in1 out1) mimcap_2p0_sin lt=30u wt=30u mf=1 mismatchflag=1
ends Hoge_Cell


subckt Hoge_Cascade DCin DCout RF_Gnd RFin_m RFin_p
parameters nf=1
Im1 (RFin_m RFin_p RFin_p net10 net6 RF_Gnd) Hoge_Cell \
nf=nf
Ip1 (RFin_p RFin_m RFin_m net12 net7 RF_Gnd) Hoge_Cell \
nf=nf
Im2 (RFin_m net6 RF_Gnd net013 DCout RF_Gnd) Hoge_Cell \
nf=nf
Ip2 (RFin_p net7 RF_Gnd net9 DCout RF_Gnd) Hoge_Cell nf=nf
ends Hoge_Cascade


subckt Dual_Hoge DCin DCout RF_Gnd RFin_m RFin_p
parameters nf=1
I1 (DCin a1\<1\> a1\<2\> a1\<3\> DCout RF_Gnd RFin_m RFin_p) \
rectifier_separate
I1_L (net011 DCout RF_Gnd RFin_m RFin_p) Hoge_Cascade \
nf=nf
ends Dual_Hoge

Rec1 (gnd_ana rec1_out gnd_ana RF1in_m RF1in_p) Dual_Hoge nf=nf
Rec0 (gnd_ana rec0_out gnd_ana RF0in_m RF0in_p) Dual_Hoge nf=nf

Click to expand...

Warning from spectre in `Dual_Hoge', during circuit read-in.
WARNING (SFE-2946): "input.scs" 314: `Dual_Hoge': Parameter `nf' redefines parameter of same name defined at higher level. Local parameter value will be used.

Warning from spectre in `Hoge_Cascade', during circuit read-in.
WARNING (SFE-2946): "input.scs" 302: `Hoge_Cascade': Parameter `nf' redefines parameter of same name defined at higher level. Local parameter value will be used.
Further occurrences of this warning will be suppressed.

Click to expand...

parameters nf=4

subckt Hoge_Cell in1 in2 in3 out1 out2 inh_RF_Gnd
parameters _par0=1
D0 (in2 out1 inh_RF_Gnd) sbd_rf l=2u w=4u nf=_par0
D1 (out1 out2 inh_RF_Gnd) sbd_rf l=2u w=4u nf=_par0
Ch (in3 out2) mimcap_2p0_sin lt=30u wt=30u mf=1 mismatchflag=1
Cc (in1 out1) mimcap_2p0_sin lt=30u wt=30u mf=1 mismatchflag=1
ends Hoge_Cell


subckt Hoge_Cascade DCin DCout RF_Gnd RFin_m RFin_p
parameters _par0=1
Im1 (RFin_m RFin_p RFin_p net10 net6 RF_Gnd) Hoge_Cell \
_par0=_par0
Ip1 (RFin_p RFin_m RFin_m net12 net7 RF_Gnd) Hoge_Cell \
_par0=_par0
Im2 (RFin_m net6 RF_Gnd net013 DCout RF_Gnd) Hoge_Cell \
_par0=_par0
Ip2 (RFin_p net7 RF_Gnd net9 DCout RF_Gnd) Hoge_Cell _par0=_par0
ends Hoge_Cascade


subckt Dual_Hoge DCin DCout RF_Gnd RFin_m RFin_p
parameters _par0=1
I1 (DCin a1\<1\> a1\<2\> a1\<3\> DCout RF_Gnd RFin_m RFin_p) \
rectifier_separate
I1_L (net011 DCout RF_Gnd RFin_m RFin_p) Hoge_Cascade \
_par0=_par0
ends Dual_Hoge

Rec1 (gnd_ana rec1_out gnd_ana RF1in_m RF1in_p) Dual_Hoge _par0=nf
Rec0 (gnd_ana rec0_out gnd_ana RF0in_m RF0in_p) Dual_Hoge _par0=nf

Click to expand...

pancho_hideboo said:

If I create netlist from ADE, ...

How can I create same netlist by "createNetlist(?recreateAll t, ?display t)" ?

Click to expand...