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; ADS Freescale Library Package Netlists;#uselib "MRF6S21140H_Pkg_encr", "MRF6S21140H_Pkg_MRF6S21140H_Pkg_encr";#uselib "MRF6P21190H_Pkg_encr", "MRF6P21190H_Pkg_MRF6P21190H_Pkg_encr";#uselib "MRF6S18060N_Pkg_encr", "MRF6S18060N_PKG_MRF6S18060N_Pkg_encr";****************************************************************define FSL_MET_MODEL_sparm_s4p (n1 n2 n3 n4)parameters File="test" RTH=-1 TSNK=-1 CTH=-1 \ Sparm_File="test.s4p" \ Number_of_Die=1 ; 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-7 I_AbsTol=1e-7 \ GiveAllWarnings=no MaxWarnings=10 \ ForceM_Params=yesNumDie=if(Number_of_Die>=0||Number_of_Die<=2) then Number_of_Die else 1 endifNEW_RTH=if(RTH==-1) then -1 else (RTH*NumDie) endifNEW_CTH=if(CTH==-1) then -1 else (CTH/NumDie) endifsparm_s4p:snp1 n1 n2 _net1001 _net2001 Filename=Sparm_FileMETMOS_FSL_ext:MRF1 _net1001 _net2001 n3 n4 File=File TSNK=TSNK RTH=NEW_RTH CTH=NEW_CTH;end FSL_MET_MODEL_sparm_s4p;****************************************************************define FSL_MET_MODEL_sparm_s6pS (n1 n2 n3 n4)parameters File="test" RTH=-1 TSNK=-1 CTH=-1 \ Sparm_File="test.s4p" \ Number_of_Die=1 ; 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-7 I_AbsTol=1e-7 \ GiveAllWarnings=no MaxWarnings=10 \ ForceM_Params=yesNumDie=if(Number_of_Die>=0||Number_of_Die<=2) then Number_of_Die else 1 endifNEW_RTH=if(RTH==-1) then -1 else (RTH*NumDie) endifNEW_CTH=if(CTH==-1) then -1 else (CTH/NumDie) endifsparm_s6p:snp1 n1 n2 _net1001 _net2001 _net3001 n3 Filename=Sparm_FileMETMOS_FSL_ext:MRF1 _net1001 _net2001 _net3001 n4 File=File TSNK=TSNK RTH=NEW_RTH CTH=NEW_CTH;end FSL_MET_MODEL_sparm_s6pS;****************************************************************define FSL_MET_MODEL_sparm_s7pS (n1 n2 n3 n4)parameters File="test" RTH=-1 TSNK=-1 CTH=-1 \ Sparm_File="test.s7p" \ Number_of_Die=1 ; 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-7 I_AbsTol=1e-7 \ GiveAllWarnings=no MaxWarnings=10 \ ForceM_Params=yesNumDie=if(Number_of_Die>=0||Number_of_Die<=2) then Number_of_Die else 2 endifNEW_RTH=if(RTH==-1) then -1 else (RTH*NumDie) endifNEW_CTH=if(CTH==-1) then -1 else (CTH/NumDie) endifsparm_s7p:snp1 n1 n2 _net1001 _net1002 _net2001 _net2002 _net3001 n3 Filename=Sparm_FileMETMOS_FSL_ext:MRF1 _net1001 _net2001 _net3001 n4 File=File TSNK=TSNK RTH=NEW_RTH CTH=NEW_CTHMETMOS_FSL_ext:MRF2 _net1002 _net2002 _net3001 n4 File=File TSNK=TSNK RTH=NEW_RTH CTH=NEW_CTH;end FSL_MET_MODEL_sparm_s7pS;****************************************************************define FSL_MET_MODEL_sparm_s9pS (n1 n2 n3 n4)parameters File="test" RTH=-1 TSNK=-1 CTH=-1 \ Sparm_File="test.s9p" \ Number_of_Die=3 ; options block for easier DC convergence Options:Options_MRF1 Temp=25 TopologyCheck=no \ ForceS_Params=no MaxSpectralSize=512 \ V_RelTol=1e-5 V_AbsTol=1e-5 \ I_RelTol=1e-5 I_AbsTol=1e-6 \ GiveAllWarnings=no MaxWarnings=10 \ ForceM_Params=yesNumDie=if(Number_of_Die>=0||Number_of_Die<=3) then Number_of_Die else 3 endifNEW_RTH=if(RTH==-1) then -1 else (RTH*NumDie) endifNEW_CTH=if(CTH==-1) then -1 else (CTH/NumDie) endifsparm_s9p:snp1 n1 n2 _net1001 _net1002 _net1003 _net2001 _net2002 _net2003 _net3001 n3 Filename=Sparm_FileR:R1 n4 n3 R=1 TOhmMETMOS_FSL_ext:MRF1 _net1001 _net2001 _net3001 n4 File=File TSNK=TSNK RTH=NEW_RTH CTH=NEW_CTHMETMOS_FSL_ext:MRF2 _net1002 _net2002 _net3001 n4 File=File TSNK=TSNK RTH=NEW_RTH CTH=NEW_CTHMETMOS_FSL_ext:MRF3 _net1003 _net2003 _net3001 n4 File=File TSNK=TSNK RTH=NEW_RTH CTH=NEW_CTH;end FSL_MET_MODEL_sparm_s9pS;****************************************************************define FSL_MET_MODEL_sparm_s4p_pp (n1 n2 n3 n4 n5 n6 n7)parameters File="test" RTH=-1 TSNK=-1 CTH=-1 \ Sparm_File="test.s4p" \ Number_of_Die=2 ; 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-7 I_AbsTol=1e-7 \ GiveAllWarnings=no MaxWarnings=10 \ ForceM_Params=yesNumDie=if(Number_of_Die>=1||Number_of_Die<=3) then Number_of_Die else 2 endifNEW_RTH=if(RTH==-1) then -1 else (RTH*NumDie) endifNEW_CTH=if(CTH==-1) then -1 else (CTH/NumDie) endifsparm_s4p_pp:snp1 n1 n2 n3 n4 _net1001 _net1002 _net2001 _net2002 Filename=Sparm_FileMETMOS_FSL_ext:MRF1 _net1001 _net2001 n5 n6 File=File TSNK=TSNK RTH=NEW_RTH CTH=NEW_CTHMETMOS_FSL_ext:MRF2 _net1002 _net2002 n5 n7 File=File TSNK=TSNK RTH=NEW_RTH CTH=NEW_CTH;end FSL_MET_MODEL_sparm_s4p_pp;****************************************************************define FSL_MET_MODEL_sparm_s6p_pp (n1 n2 n3 n4 n5 n6 n7)parameters File="test" RTH=-1 TSNK=-1 CTH=-1 \ Sparm_File="test.s6p" \ Number_of_Die=4 ; 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-7 I_AbsTol=1e-7 \ GiveAllWarnings=no MaxWarnings=10 \ ForceM_Params=yesNumDie=if(Number_of_Die>=1||Number_of_Die<=5) then Number_of_Die else 4 endifNEW_RTH=if(RTH==-1) then -1 else (RTH*NumDie) endifNEW_CTH=if(CTH==-1) then -1 else (CTH/NumDie) endifsparm_s6p_pp:snp1 n1 n2 n3 n4 _net1001 _net1002 _net2001 _net2002 _net1003 _net1004 _net2003 _net2004 Filename=Sparm_FileMETMOS_FSL_ext:MRF1 _net1001 _net2001 n5 n6 File=File TSNK=TSNK RTH=NEW_RTH CTH=NEW_CTHMETMOS_FSL_ext:MRF2 _net1002 _net2002 n5 n6 File=File TSNK=TSNK RTH=NEW_RTH CTH=NEW_CTHMETMOS_FSL_ext:MRF3 _net1003 _net2003 n5 n7 File=File TSNK=TSNK RTH=NEW_RTH CTH=NEW_CTHMETMOS_FSL_ext:MRF4 _net1004 _net2004 n5 n7 File=File TSNK=TSNK RTH=NEW_RTH CTH=NEW_CTH;end FSL_MET_MODEL_sparm_s6p_pp;****************************************************************define FSL_MET_MODEL_sparm_s8p_pp (n1 n2 n3 n4 n5 n6 n7)parameters File="test" RTH=-1 TSNK=-1 CTH=-1 \ Sparm_File="test.s8p" \ Number_of_Die=2 ; 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-7 I_AbsTol=1e-7 \ GiveAllWarnings=no MaxWarnings=10 \ ForceM_Params=yesNumDie=if(Number_of_Die>=1||Number_of_Die<=3) then Number_of_Die else 2 endifNEW_RTH=if(RTH==-1) then -1 else (RTH*NumDie) endifNEW_CTH=if(CTH==-1) then -1 else (CTH/NumDie) endifsparm_s8p:snp1 n1 n2 n3 n4 _net1001 _net1002 _net2001 _net2002 Filename=Sparm_FileMETMOS_FSL_ext:MRF1 _net1001 _net2001 n5 n6 File=File TSNK=TSNK RTH=NEW_RTH CTH=NEW_CTHMETMOS_FSL_ext:MRF2 _net1002 _net2002 n5 n7 File=File TSNK=TSNK RTH=NEW_RTH CTH=NEW_CTH;end FSL_MET_MODEL_sparm_s8p_pp;****************************************************************define FSL_MET_MODEL_sparm_s8p (n1 n2 n3 n4)parameters File="test" RTH=-1 TSNK=-1 CTH=-1 \ Sparm_File="test.s8p" \ Number_of_Die=3 ; 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-7 I_AbsTol=1e-7 \ GiveAllWarnings=no MaxWarnings=10 \ ForceM_Params=yesNumDie=if(Number_of_Die>=1||Number_of_Die<=5) then Number_of_Die else 3 endifNEW_RTH=if(RTH==-1) then -1 else (RTH*NumDie) endifNEW_CTH=if(CTH==-1) then -1 else (CTH/NumDie) endifsparm_s8p:SNP1 n1 n2 _net1001 _net1002 _net1003 _net2001 _net2002 _net2003 Filename=Sparm_FileMETMOS_FSL_ext:MRF1 _net1001 _net2001 n3 n4 File=File TSNK=TSNK RTH=NEW_RTH CTH=NEW_CTHMETMOS_FSL_ext:MRF2 _net1002 _net2002 n3 n4 File=File TSNK=TSNK RTH=NEW_RTH CTH=NEW_CTHMETMOS_FSL_ext:MRF3 _net1003 _net2003 n3 n4 File=File TSNK=TSNK RTH=NEW_RTH CTH=NEW_CTH;end FSL_MET_MODEL_sparm_s8p;****************************************************************define FSL_MET_MODEL_sparm_s7p (n1 n2 n3 n4)parameters File="test" RTH=-1 TSNK=-1 CTH=-1 \ Sparm_File="test.s6p" \ Number_of_Die=2 ; 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-7 I_AbsTol=1e-7 \ GiveAllWarnings=no MaxWarnings=10 \ ForceM_Params=yesNumDie=if(Number_of_Die>=1||Number_of_Die<=2) then Number_of_Die else 2 endifNEW_RTH=if(RTH==-1) then -1 else (RTH*NumDie) endifNEW_CTH=if(CTH==-1) then -1 else (CTH/NumDie) endifsparm_s7p:SNP1 n1 n2 _net1001 _net1002 _net2001 _net2002 _n3003 n3 Filename=Sparm_FileMETMOS_FSL_ext:MRF1 _net1001 _net2001 _n3003 n4 File=File TSNK=TSNK RTH=NEW_RTH CTH=NEW_CTHMETMOS_FSL_ext:MRF2 _net1002 _net2002 _n3003 n4 File=File TSNK=TSNK RTH=NEW_RTH CTH=NEW_CTH;end FSL_MET_MODEL_sparm_s7p;****************************************************************define FSL_MET_MODEL_sparm_s6p (n1 n2 n3 n4)parameters File="test" RTH=-1 TSNK=-1 CTH=-1 \ Sparm_File="test.s6p" \ Number_of_Die=2 ; 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-7 I_AbsTol=1e-7 \ GiveAllWarnings=no MaxWarnings=10 \ ForceM_Params=yesNumDie=if(Number_of_Die>=1||Number_of_Die<=2) then Number_of_Die else 2 endifNEW_RTH=if(RTH==-1) then -1 else (RTH*NumDie) endifNEW_CTH=if(CTH==-1) then -1 else (CTH/NumDie) endifsparm_s6p:SNP1 n1 n2 _net1001 _net1002 _net2001 _net2002 Filename=Sparm_FileMETMOS_FSL_ext:MRF1 _net1001 _net2001 n3 n4 File=File TSNK=TSNK RTH=NEW_RTH CTH=NEW_CTHMETMOS_FSL_ext:MRF2 _net1002 _net2002 n3 n4 File=File TSNK=TSNK RTH=NEW_RTH CTH=NEW_CTH;end FSL_MET_MODEL_sparm_s6p;****************************************************************define FSL_MET_MODEL_pkg_style1 (n1 n2 n3 n4)parameters File="test" RTH=-1 TSNK=-1 CTH=-1 \ 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 pkg_style1:PKG1 n1 n2 n3 _net10 _net20 \ 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 METMOS_FSL_ext:MRF1 _net10 _net20 n3 n4 File=File TSNK=TSNK RTH=RTH CTH=CTH;end FSL_MET_MODEL_pkg_style1;****************************************************************define FSL_MET_MODEL_pkg_style2 (n1 n2 n3 n4)parameters File="test" RTH=-1 TSNK=-1 CTH=-1 \ 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 pkg_style2:PKG1 n1 n2 n3 _net10 _net20 \ 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 METMOS_FSL_ext:MRF1 _net10 _net20 n3 n4 File=File TSNK=TSNK RTH=RTH CTH=CTH;end FSL_MET_MODEL_pkg_style2;****************************************************************define FSL_MET_MODEL_pkg_style3 (n1 n2 n3 n4)parameters File="test" RTH=-1 TSNK=-1 CTH=-1 \ 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 pkg_style3:PKG1 n1 n2 n3 _net10 _net20 \ 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 METMOS_FSL_ext:MRF1 _net10 _net20 n3 n4 File=File TSNK=TSNK RTH=RTH CTH=CTH;end FSL_MET_MODEL_pkg_style3;****************************************************************define FSL_MET_MODEL_top_1in_1out (n1 n2 n3 n4)parameters File="test" RTH=-1 TSNK=-1 CTH=-1 \ 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 \?? 快捷鍵說明
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