create_constant_form("NULL","NULL",16,"NULL","NULL");
create_constant_form("LQW32FT1R6M8H","1:LQW32FT1R6M8H, Wound, 1600[nH], +/-20[%], 1600[mA], 0.1[MHz]-20[GHz]:1",68,"1","LQW32FT1R6M8H");
create_constant_form("LQW32FT2R2M8H","2:LQW32FT2R2M8H, Wound, 2200[nH], +/-20[%], 1500[mA], 0.1[MHz]-20[GHz]:2",68,"2","LQW32FT2R2M8H");
create_constant_form("LQW32FT3R6M8H","3:LQW32FT3R6M8H, Wound, 3600[nH], +/-20[%], 1120[mA], 0.1[MHz]-20[GHz]:3",68,"3","LQW32FT3R6M8H");
create_constant_form("LQW32FT4R7M8H","4:LQW32FT4R7M8H, Wound, 4700[nH], +/-20[%], 1010[mA], 0.1[MHz]-20[GHz]:4",68,"4","LQW32FT4R7M8H");
create_constant_form("LQW32FT6R8M8H","5:LQW32FT6R8M8H, Wound, 6800[nH], +/-20[%], 950[mA], 0.1[MHz]-20[GHz]:5",68,"5","LQW32FT6R8M8H");
create_constant_form("LQW32FT100M8H","6:LQW32FT100M8H, Wound, 10000[nH], +/-20[%], 780[mA], 0.1[MHz]-20[GHz]:6",68,"6","LQW32FT100M8H");

create_form_set("LQW32FT_8H_list" 
,"LQW32FT1R6M8H"
,"LQW32FT2R2M8H"
,"LQW32FT3R6M8H"
,"LQW32FT4R7M8H"
,"LQW32FT6R8M8H"
,"LQW32FT100M8H"
);

create_compound_form("LQW32FT_8H_compound","Discrete Optimize setting","DistLibForm",68,"%p opt{ discrete %1p to %2p by 1 }","%s, %1s to %2s",
create_parm("NOM","Nominal",32,"LQW32FT_8H_list",-1,prm("LQW32FT1R6M8H")),
create_parm("MIN","Minimum",32,"LQW32FT_8H_list",-1,prm("LQW32FT1R6M8H")),
create_parm("MAX","Maximum",32,"LQW32FT_8H_list",-1,prm("LQW32FT100M8H")));

create_form_set("LQW32FT_8H_list_opt","NULL" 
,"LQW32FT1R6M8H"
,"LQW32FT2R2M8H"
,"LQW32FT3R6M8H"
,"LQW32FT4R7M8H"
,"LQW32FT6R8M8H"
,"LQW32FT100M8H"
,"LQW32FT_8H_compound"
);



