[Transient Analysis] { Npanes: 7 Active Pane: 6 { traces: 1 {589829,0,"V(el_5)/I(L5)"} X: (' ',1,0,0.2,1.52697633397236) Y[0]: ('M',0,-1.3e+008,1e+007,3e+007) Y[1]: ('_',1,1e+308,3e+037,-1e+308) Units: "ohm" ('M',0,0,0,-1.3e+008,1e+007,3e+007) Log: 0 0 0 GridStyle: 1 }, { traces: 1 {589829,0,"V(el_5)*I(L5)"} X: (' ',1,0,0.2,1.52697633397236) Y[0]: ('K',1,-2700,300,300) Y[1]: ('_',1,1e+308,3e+037,-1e+308) Units: "W" ('K',0,0,1,-2700,300,300) Log: 0 0 0 GridStyle: 1 }, { traces: 1 {589828,0,"V(el_3)/I(L3)"} X: (' ',1,0,0.2,1.52697633397236) Y[0]: ('_',1,-1.8e+018,3e+017,1.2e+018) Y[1]: ('n',1,1e+308,2e-010,-1e+308) Units: "ohm" ('_',0,0,1,-1.8e+018,3e+017,1.2e+018) Log: 0 0 0 GridStyle: 1 }, { traces: 1 {589828,0,"V(el_3)*I(L3)"} X: (' ',1,0,0.2,1.52697633397236) Y[0]: ('_',1,-1e+020,1e+020,1.2e+021) Y[1]: ('n',1,1e+308,2e-010,-1e+308) Units: "W" ('_',0,0,1,-1e+020,1e+020,1.2e+021) Log: 0 0 0 GridStyle: 1 }, { traces: 1 {589827,0,"V(el_1)/I(L1)"} X: (' ',1,0,0.2,1.52697633397236) Y[0]: ('_',1,-6.3e+029,7e+028,7e+028) Y[1]: ('n',1,1e+308,2e-010,-1e+308) Units: "ohm" ('_',0,0,1,-6.3e+029,7e+028,7e+028) Log: 0 0 0 GridStyle: 1 }, { traces: 1 {589827,0,"V(el_1)*I(L1)"} X: (' ',1,0,0.2,1.52697633397236) Y[0]: ('_',1,-6e+014,2e+014,1.4e+015) Y[1]: ('n',1,1e+308,2e-010,-1e+308) Units: "W" ('_',0,0,1,-6e+014,2e+014,1.4e+015) Log: 0 0 0 GridStyle: 1 }, { traces: 1 {589829,0,"V(el_5)*I(V1)"} X: (' ',1,0,0.2,1.52697633397236) Y[0]: ('K',1,-2700,300,300) Y[1]: (' ',0,1e+308,8,-1e+308) Units: "W" ('K',0,0,0,-2700,300,300) Log: 0 0 0 GridStyle: 1 } }