• Author / Uploaded
• Madelaine Caro Coca

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SIMULACIÓN DE LABORATORIO DE POTENCIA RECTIFICADOR MONOFÁSICO NO CONTROLADO CON CARGAS RLE SIMULACIÓN EN PSPICE Con el circuito mostrado se debe encontrar el ángulo de conducción, γ, variando dos parámetros: E y el ángulo de carga φc, del siguiente modo: El circuito a simular es:

a) Se debe simular el circuito y llenar la tabla con los valores del ángulo de conducción obtenido para cada caso. De la siguiente tabla a completar CURVA 1 CURVA 2 CURVA 3 CURVA 4 CURVA 5 E(V)

m 𝑠𝑒𝑛 𝛼

-20

1

235.78

219.819

209.97

-16

0.8

234.9

220.0

268.05

-12

0.6

243.144

272.63

247.3

-8

0.4

282.546

268.02

233.19

-4

0.2

255.26

236.4

214.

0

0

236.142

220.5

4

-0.2

218.232

205.2

8

-0.4

198.504

332.75

12

-0.6

177.55

170.5

16

-0.8

150.0

160.01

20

-1

98.50

100.3

PARA LA CURVA 1

𝜑𝑐 = 60°

𝜑𝑐 = 45°

𝜑𝑐 = 30°

𝜑𝑐 = 15°

𝜑𝑐 = 0°

𝜑𝑐 = 60° SI L=110.27[mH] Y E=-20[V]

1.6A

1.2A

(13.039m,0.9998)

0.8A

0.4A 0s

γ=

I(L1)

2ms

4ms

6ms

8ms

360 ∗13.099 ms=235.78 ° 20 ms

𝜑𝑐 = 60° SI L=110.27[mH] Y E=-16[V]

10ms Time

12ms

14ms

16ms

18ms

20ms

1.5A

1.0A (13.050m,803.987m)

0.5A

0A 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

14ms

16ms

18ms

20ms

16ms

18ms

20ms

360 ∗13.0 50 ms=234.9 ° 20 ms

𝜑𝑐 = 60° SI L=110.27[mH] Y E=-12[V]

1.2A

0.8A

(13.508m,535.818m)

0.4A

0A 0s

I(L1)

2ms

4ms

6ms

γ=

8ms

10ms Time

12ms

14ms

360 ∗13. 508 ms=2 43.144 ° 20 ms

𝜑𝑐 = 60° SI L=110.27[mH] Y E=-8[V]

1.0A

0.5A

(15.697m,25.715m) 0A

-0.5A 0s

I(L1)

2ms

4ms

6ms

γ=

8ms

10ms Time

12ms

14ms

360 ∗1 5.697 ms=2 82.546 ° 20 ms

𝜑𝑐 = 60° SI L=110.27[mH] Y E=-4V]

16ms

18ms

20ms

800mA

400mA

(14.181m,42.607m) 0A

-400mA 0s

I(L1)

2ms

4ms

6ms

γ=

8ms

10ms Time

12ms

14ms

16ms

18ms

16ms

18ms

20ms

360 ∗1 4.181 ms=255.258 ° 20 ms

𝜑𝑐 = 60° SI L=110.27[mH] Y E=0[V]

600mA

400mA

200mA

(13.119m,23.474m) 0A

-200mA 0s

I(L1)

2ms

4ms

6ms

γ=

8ms

10ms Time

12ms

14ms

360 ∗13. 119 ms=236.142 ° 20 ms

20ms

𝜑𝑐 = 60° SI L=110.27[mH] Y E=4[V]

600mA

400mA

200mA

(12.124m,11.313m) 0A

-200mA 0s

I(L1)

2ms

4ms

6ms

γ=

8ms

10ms Time

12ms

14ms

360 ∗1 2.124 ms=218.232 ° 20 ms

𝜑𝑐 = 60° SI L=110.27[mH] Y E=8[V]

16ms

18ms

20ms

300mA

200mA

100mA

(11.028m,10.604m) 0A

-100mA 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

14ms

16ms

18ms

14ms

16ms

18ms

20ms

360 ∗1 1.028 ms=198.504 ° 20 ms

𝜑𝑐 = 60° SI L=110.27[mH] Y E=12[V]

200mA

100mA

0A

-100mA 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

360 ∗9.86 ms=177.55 ° 20 ms

𝜑𝑐 = 60° SI L=110.27[mH] Y E=16[V]

20ms

60mA

40mA

20mA

0A

-20mA 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

360 ∗8.337 ms=150.0 ° 20 ms

𝜑𝑐 = 60° SI L=110.27[mH] Y E=20[V]

14ms

16ms

18ms

20ms

100uA

50uA

0A

-50uA 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

14ms

16ms

18ms

20ms

360 ∗5.472 ms=98.50° 20 ms

PARA LA CURVA 2 𝜑𝑐 = 45° SI L=63.662[mH] Y E=-20[V]

2.0A

1.5A

(12.212m,984.889m) 1.0A

0.5A

0A 0s

I(L1)

2ms

4ms

6ms

8ms

10ms Time

12ms

14ms

16ms

18ms

20ms

γ=

360 ∗12.212 ms=219.819 ° 20 ms

𝜑𝑐 = 45° SI L=63.662[mH] Y E=-16[V]

1.5A

1.0A

0.5A

0A 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

360 ∗1 2.224 ms=220.0 ° 20 ms

𝜑𝑐 = 45° SI L=63.662[mH] Y E=-12[V]

14ms

16ms

18ms

20ms

1.5A

1.0A

0.5A

0A

-0.5A 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

14ms

16ms

14ms

16ms

18ms

20ms

360 ∗15.146=272.63° 20 ms

𝜑𝑐 = 45° SI L=63.662[mH] Y E=-8[V]

1.2A

0.8A

0.4A

0A

-0.4A 0s

I(L1)

2ms

4ms

6ms

γ=

8ms

10ms Time

12ms

360 ∗1 4.834 ms=2 68.02° 20 ms

𝜑𝑐 = 45° SI L=63.662[mH] Y E=-4[V]

18ms

20ms

1.0A

0.5A

0A

-0.5A 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

360 ∗13. 135 ms=23 6.4 ° 20 ms

𝜑𝑐 = 45° SI L=63.662[mH] Y E=0[V]

14ms

16ms

18ms

20ms

800mA

400mA

0A

-400mA 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

14ms

16ms

18ms

20ms

14ms

16ms

18ms

20ms

360 ∗12.249 ms=220.50 ° 20 ms

𝜑𝑐 = 45° SI L=63.662[mH] Y E=4[V]

600mA

400mA

200mA

0A

-200mA 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

360 ∗1 1.398 ms=2 05.2° 20 ms

𝜑𝑐 = 45° SI L=63.662[mH] Y E=8[V]

400mA

200mA

0A

-200mA 0s

I(L1)

2ms

4ms

6ms

γ=

8ms

10ms Time

12ms

360 ∗1 8.486 ms=332.75 ° 20 ms

𝜑𝑐 = 45° SI L=63.662[mH] Y E=12 [V]

14ms

16ms

18ms

20ms

300mA

200mA

100mA

0A

-100mA 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

14ms

16ms

18ms

20ms

14ms

16ms

18ms

20ms

360 ∗9.469 ms=170.5° 20 ms

𝜑𝑐 = 45° SI L=63.662[mH] Y E=16[V]

80mA

40mA

0A

-40mA 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

360 ∗8.8787 ms=160.01° 20 ms

𝜑𝑐 = 45° SI L=63.662[mH] Y E=20[V]

300nA

200nA

100nA

0A

-100nA 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

360 ∗5.5141 ms=100.3 ° 20 ms

PARA LA CURVA 3 𝜑𝑐 = 30° SI L=36.76[mH] Y E=-20[V]

14ms

16ms

18ms

20ms

2.0A

1.5A

(11.665m,913.608m)

1.0A

0.5A

0A 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

14ms

16ms

18ms

20ms

360 ∗11.665 ms=209.97 ° 20 ms

𝜑𝑐 = 30° SI L=36.76[mH] Y E=-16[V]

1.6A

1.2A

0.8A

0.4A

0A 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

360 ∗1 4.876 ms=268.05° 20 ms

14ms

16ms

18ms

20ms

𝜑𝑐 = 30° SI L=36.76[mH] Y E=-12[V]

1.5A

1.0A

0.5A

0A 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

360 ∗13. 738 ms=2 47.3 ° 20 ms

𝜑𝑐 = 30° SI L=36.76[mH] Y E=-8[V]

14ms

16ms

18ms

20ms

1.2A

0.8A

0.4A

0A

-0.4A 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

14ms

16ms

18ms

20ms

360 ∗1 2.955 ms=23 3.19 ° 20 ms

𝜑𝑐 = 30° SI L=36.76[mH] Y E=-4[V]

1.2A

0.8A

0.4A

0A

-0.4A 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

360 ∗11.918ms=2 14.52° 20 ms

14ms

16ms

18ms

20ms

𝜑𝑐 = 30° SI L=36.76[mH] Y E=0[V]

1.0A

0.5A

0A

-0.5A 0s

2ms

I(L1)

4ms

6ms

8ms

γ=

10ms Time

12ms

14ms

16ms

18ms

20ms

360 ∗1 1.393 ms=2 05.05 ° 20 ms

𝜑𝑐 = 30° SI L=36.76[mH] Y E=4[V]

800mA

400mA

0A

-400mA 0s

I(L1)

2ms

4ms

6ms

8ms

10ms Time

12ms

14ms

16ms

18ms

20ms

γ=

360 ∗1 8.712 ms=336. 8 ° 20 ms

𝜑𝑐 = 30° SI L=36.76[mH] Y E=8[V]

600mA

400mA

200mA

0A

-200mA 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

360 ∗9.921 ms=165.0° 20 ms

𝜑𝑐 = 30° SI L=36.76[mH] Y E=12 [V]

14ms

16ms

18ms

20ms

300mA

200mA

100mA

0A

-100mA 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

14ms

16ms

18ms

20ms

14ms

16ms

18ms

20ms

360 ∗9.839 ms=177.1° 20 ms

𝜑𝑐 = 30° SI L=36.76[mH] Y E=16[V]

120mA

80mA

40mA

0A

-40mA 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

360 ∗7.843 ms=141.01 ° 20 ms

𝜑𝑐 = 30° SI L=36.76[mH] Y E=20[V]

300nA

200nA

100nA

0A

-100nA 0s

I(L1)

2ms

4ms

6ms

γ=

8ms

10ms Time

12ms

360 ∗5.5 141 ms=100.56 ° 20 ms

PARA LA CURVA 4 𝜑𝑐 = 15° SI L=17.06[mH] Y E=-20[V]

14ms

16ms

18ms

20ms

2.0A

1.5A

(10.212m,1.0984) 1.0A

0.5A

0A 0s

2ms

I(L1)

4ms

6ms

8ms

γ=

10ms Time

12ms

14ms

16ms

18ms

20ms

360 ∗18.212 ms=327.816 ° 20 ms

𝜑𝑐 = 15° SI L=17.06[mH] Y E=-16[V]

2.0A

1.5A

1.0A

0.5A

0A 0s

I(L1)

2ms

4ms

6ms

γ=

8ms

10ms Time

12ms

360 ∗1 8.775 ms=337.0 ° 20 ms

𝜑𝑐 = 15° SI L=17.06[mH] Y E=-12[V]

14ms

16ms

18ms

20ms

1.5A

1.0A

0.5A

0A 0s

I(L1)

2ms

4ms

6ms

γ=

8ms

10ms Time

12ms

14ms

360 ∗1 2.586 ms=226.5 ° 20 ms

𝜑𝑐 = 15° SI L=17.06[mH] Y E=-8[V]

16ms

18ms

20ms

1.5A

1.0A

0.5A

0A

-0.5A 0s

I(L1)

2ms

4ms

6ms

γ=

8ms

10ms Time

12ms

360 ∗1 2.823 ms=23 0.8 ° 20 ms

𝜑𝑐 = 15° SI L=17.06[mH] Y E=-4[V]

14ms

16ms

18ms

20ms

1200mA

800mA

400mA

0A 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

14ms

16ms

18ms

20ms

14ms

16ms

18ms

20ms

360 ∗1 9.175 ms=345.2 ° 20 ms

𝜑𝑐 = 15° SI L=17.06[mH] Y E=0[V]

1.0A

0.5A

0A

-0.5A 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

360 ∗1 0.652 ms=199.8 ° 20 ms

𝜑𝑐 = 15° SI L=17.06[mH] Y E=4[V]

800mA

400mA

0A 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

360 ∗9.978 ms=180.5° 20 ms

𝜑𝑐 = 15° SI L=17.06[mH] Y E=8[V]

14ms

16ms

18ms

20ms

600mA

400mA

200mA

0A

-200mA 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

14ms

16ms

18ms

14ms

16ms

18ms

20ms

360 ∗9.299 ms=168.8 ° 20 ms

𝜑𝑐 = 15° SI L=17.06[mH] Y E=12[V]

400mA

200mA

0A

-200mA 0s

I(L1)

2ms

4ms

6ms

γ=

8ms

10ms Time

12ms

360 ∗8.4633 ms=150.34 ° 20 ms

20ms

𝜑𝑐 = 15° SI L=17.06[mH] Y E=16[V]

150mA

100mA

50mA

0A

-50mA 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

360 ∗1 3.9 ms=2 50 .6 20 ms

𝜑𝑐 = 15° SI L=17.06[mH] Y E=20[V]

14ms

16ms

18ms

20ms

300nA

200nA

100nA

0A

-100nA 0s

I(L1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

14ms

16ms

18ms

20ms

14ms

16ms

18ms

20ms

360 ∗5.9661 ms=100.56 ° 20 ms

PARA LA CURVA 5 𝜑𝑐 = 0° SI L=0[mH] Y E=-20[V]

2.0A

1.5A

(9.989m,926.780m)

1.0A

0.5A

0A 0s

I(R1)

2ms

4ms

6ms

8ms

10ms Time

12ms

γ=

360 ∗9.989 ms=180.0° 20 ms

𝜑𝑐 = 0° SI L=0[mH] Y E=-16[V]

2.0A

1.5A

1.0A

0.5A

0A 0s

I(R1)

2ms

4ms

6ms

8ms

γ= 𝜑𝑐 = 0° SI L=0[mH] Y E=-12[V]

10ms Time

12ms

360 ∗9.996 ms=180 ° 20 ms

14ms

16ms

18ms

20ms

1.6A

1.2A

0.8A

0.4A

0A 0s

I(R1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

14ms

16ms

18ms

20ms

14ms

16ms

18ms

20ms

360 ∗1 1.954 ms=215.2° 20 ms

𝜑𝑐 = 0° SI L=0[mH] Y E=-8[V]

1.5A

1.0A

0.5A

0A 0s

I(R1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

360 ∗1 1.157 ms=2 00.83 ° 20 ms

𝜑𝑐 = 0° SI L=0[mH] Y E=-4[V]

1200mA

800mA

400mA

0A 0s

I(R1)

2ms

4ms

6ms

8ms

γ= 𝜑𝑐 = 0° SI L=0[mH] Y E=0[V]

10ms Time

12ms

360 ∗1 0.486 ms=188.8 ° 20 ms

14ms

16ms

18ms

20ms

1000mA

500mA

0A 0s

I(R1)

2ms

4ms

6ms

8ms

γ= 𝜑𝑐 = 0° SI L=0[mH] Y E=4[V]

10ms Time

12ms

360 ∗1 0.000 ms=180 ° 20 ms

14ms

16ms

18ms

20ms

800mA

600mA

400mA

200mA

0A 0s

I(R1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

14ms

16ms

18ms

20ms

14ms

16ms

18ms

20ms

360 ∗9.258 ms=166.6 ° 20 ms

𝜑𝑐 = 0° SI L=0[mH] Y E=8[V]

600mA

400mA

200mA

0A 0s

I(R1)

2ms

4ms

6ms

8ms

γ= 𝜑𝑐 = 0° SI L=0[mH] Y E=12[V]

10ms Time

12ms

360 ∗8.5843 ms=150.59° 20 ms

400mA

300mA

200mA

100mA

0A 0s

I(R1)

2ms

4ms

6ms

8ms

γ= 𝜑𝑐 = 0° SI L=0[mH] Y E=16[V]

10ms Time

12ms

360 ∗7.8539 ms=140.95 ° 20 ms

14ms

16ms

18ms

20ms

160mA

120mA

80mA

40mA

0A 0s

I(R1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

14ms

16ms

18ms

20ms

360 ∗6.8989 ms=125.18° 20 ms

𝜑𝑐 = 0° SI L=0[mH] Y E=20[V]

300nA

200nA

100nA

0A

-100nA 0s

I(R1)

2ms

4ms

6ms

8ms

γ=

10ms Time

12ms

360 ∗5.6723 ms=101.1 ° 20 ms

14ms

16ms

18ms

20ms

EN PROTEUS SE CONSIGUEN CASI LOS MISMOS DATOS

D1 1N4148

R1 20

L1

V1 VSINE

ELEANOR ALISON CARO COCA

BAT1