actualizacion LTspice

src/modelo_transitorio.asc

@@ -1,14 +1,29 @@
-Version 4
+Version 4.1
-SHEET 1 1124 852
+SHEET 1 1192 852
-WIRE 0 48 -256 48
+WIRE 480 -176 432 -176
+WIRE 544 -176 480 -176
+WIRE 624 -176 544 -176
+WIRE 544 -160 544 -176
+WIRE 432 -144 432 -176
+WIRE 624 -144 624 -176
+WIRE 432 -64 432 -80
+WIRE 544 -64 544 -80
+WIRE 544 -64 432 -64
+WIRE 624 -64 624 -80
+WIRE 624 -64 544 -64
+WIRE 432 -32 432 -64
+WIRE -96 48 -256 48
+WIRE 0 48 -96 48
 WIRE 256 48 0 48
 WIRE -256 80 -256 48
 WIRE 256 80 256 48
 WIRE 0 112 0 48
-WIRE 256 192 256 160
+WIRE 256 176 256 160
+WIRE 256 192 256 176
 WIRE 0 208 0 176
 WIRE -256 240 -256 160
-WIRE 256 320 256 272
+WIRE 256 304 256 272
+WIRE 256 320 256 304
 WIRE -256 336 -256 320
 FLAG 432 192 0
 FLAG 432 112 cont1
@@ -20,6 +35,11 @@ FLAG 432 400 0
 FLAG 432 320 cont2
 FLAG -256 336 0
 FLAG 0 208 0
+FLAG 256 176 V1
+FLAG 256 304 V2
+FLAG 432 -32 0
+FLAG 480 -176 Energia
+FLAG -96 48 condensador
 SYMBOL voltage -256 224 R0
 WINDOW 123 0 0 Left 0
 WINDOW 39 0 0 Left 0
@@ -30,6 +50,8 @@ SYMATTR InstName S1
 SYMBOL voltage 432 96 R0
 WINDOW 123 0 0 Left 0
 WINDOW 39 0 0 Left 0
+WINDOW 0 37 35 Left 2
+WINDOW 3 35 70 Left 2
 SYMATTR InstName V2
 SYMATTR Value PULSE(0 10 0 1n 1n {toff_sw} {tsim})
 SYMBOL cap -16 112 R0
@@ -37,24 +59,38 @@ SYMATTR InstName C1
 SYMATTR Value {C}
 SYMBOL nmos 208 320 R0
 SYMATTR InstName M1
+SYMATTR Value IRFZ44N
 SYMBOL voltage 432 304 R0
 WINDOW 123 0 0 Left 0
 WINDOW 39 0 0 Left 0
+WINDOW 0 39 33 Left 2
+WINDOW 3 39 73 Left 2
 SYMATTR InstName V3
-SYMATTR Value PULSE(0 50 {ton_mos} 1n 1n {delta} {tsim})
+SYMATTR Value PULSE(0 15 {ton_mos} 1n 1n {delta} {tsim})
 SYMBOL ind 240 176 R0
 SYMATTR InstName L1
 SYMATTR Value {L}
 SYMBOL res 240 64 R0
 SYMATTR InstName R1
 SYMATTR Value {R}
-TEXT -392 0 Left 2 !.tran 0 {tsim} 0
+SYMBOL ltspice-lib\\sym\\bi 432 -64 R180
-TEXT -392 -32 Left 2 !.Model SW SW(Ron=1m Roff=100Meg Vt = 5)
+WINDOW 0 -54 81 Left 2
-TEXT -128 424 Left 2 !.param tsim 0.3
+WINDOW 3 11 85 Left 2
-TEXT -128 456 Left 2 !.param toff_sw 1m
+SYMATTR InstName B1
-TEXT -128 488 Left 2 !.param ton_mos 1.5m
+SYMATTR Value I = (V(V1)-V(V2))*I(L1)
-TEXT -128 336 Left 2 !.param R 1.942
+SYMBOL cap 608 -144 R0
-TEXT -128 272 Left 2 !.param C 10u
+SYMATTR InstName C2
-TEXT -128 304 Left 2 !.param L 465.011u
+SYMATTR Value 1
-TEXT -128 368 Left 2 !.param V 400
+SYMBOL res 528 -176 R0
-TEXT -128 520 Left 2 !.param delta tsim-ton_mos
+SYMATTR InstName R2
+SYMATTR Value 100G
+TEXT -320 -16 Left 2 !.tran 0 {tsim} 0 uic
+TEXT -320 -48 Left 2 !.Model SW SW(Ron=1m Roff=100Meg Vt = 5)
+TEXT -320 -176 Left 2 !.param tsim 100m
+TEXT -320 -144 Left 2 !.param toff_sw 1m
+TEXT -320 -112 Left 2 !.param ton_mos 1.5m
+TEXT -320 472 Left 2 !.param R 1.942
+TEXT -320 408 Left 2 !.param C 1m
+TEXT -320 440 Left 2 !.param L 11u
+TEXT -320 504 Left 2 !.param V 150
+TEXT -320 -80 Left 2 !.param delta tsim-ton_mos

src/modelo_transitorio.net

@@ -0,0 +1,28 @@
+* C:\Users\osuescuneli\Desktop\source\src\modelo_transitorio.asc
+* Generated by LTspice 24.1.5 for Windows.
+V1 N001 0 {V}
+S1 N001 condensador cont1 0 SW
+V2 cont1 0 PULSE(0 10 0 1n 1n {toff_sw} {tsim})
+C1 condensador 0 {C}
+M1 V2 cont2 0 0 IRFZ44N
+V3 cont2 0 PULSE(0 15 {ton_mos} 1n 1n {delta} {tsim})
+L1 V1 V2 {L}
+R1 condensador V1 {R}
+B1 0 Energia I = (V(V1)-V(V2))*I(L1)
+C2 Energia 0 1
+R2 Energia 0 100G
+.model NMOS NMOS
+.model PMOS PMOS
+.lib C:\Users\osuescuneli\AppData\Local\LTspice\lib\cmp\standard.mos
+.tran 0 {tsim} 0 uic
+.Model SW SW(Ron=1m Roff=100Meg Vt = 5)
+.param tsim 100m
+.param toff_sw 1m
+.param ton_mos 1.5m
+.param R 1.942
+.param C 1m
+.param L 11u
+.param V 150
+.param delta tsim-ton_mos
+.backanno
+.end

src/modelo_transitorio.plt

@@ -0,0 +1,24 @@
+[Transient Analysis]
+{
+   Npanes: 2
+   Active Pane: 1
+   {
+      traces: 1 {589830,0,"V(V1,V2)*I(L1)"}
+      X: ('m',0,0,0.001,0.01)
+      Y[0]: ('K',1,-300,300,3000)
+      Y[1]: ('K',0,1e+308,1000,-1e+308)
+      Units: "W" ('K',0,0,1,-300,300,3000)
+      Log: 0 0 0
+      GridStyle: 1
+   },
+   {
+      traces: 2 {269025282,0,"V(n001)"} {303104004,1,"I(L1)"}
+      X: ('m',0,0,0.001,0.01)
+      Y[0]: (' ',0,-20,20,200)
+      Y[1]: (' ',0,-10,10,100)
+      Volts: (' ',0,0,0,-20,20,200)
+      Amps: (' ',0,0,0,-10,10,100)
+      Log: 0 0 0
+      GridStyle: 1
+   }
+}