Con Dens Adores
14
Condensador 1 Condensador 2 16 V 1000uF 25 V 2200uF V T V T V T 7.2 5 9.2 5 9.4 5 5.2 10 8.4 10 8.7 10 3.9 15 7.6 15 8.2 15 2.9 20 7 20 7.6 20 2.1 25 6.4 25 7.1 25 1.8 30 5.8 30 6.6 30 1.2 35 5.2 35 6.1 35 0.9 40 4.8 40 5.6 40 0.7 45 4.3 45 5.3 45 0.5 50 4 50 4.9 50 0.4 55 3.6 55 4.6 55 0.3 60 3.3 60 4.3 60 0.21 65 2.9 65 4 65 0.18 70 2.7 70 3.7 70 0.11 75 2.4 75 3.4 75 0.1 80 2.2 80 3.2 80 0.09 85 2 85 2.9 85 0.08 90 1.8 90 2.7 90 0.02 95 1.7 95 2.5 95 0 100 1.5 100 2.3 100 1.4 105 2.2 105 1.3 110 2.1 110 1.2 115 1.8 115 1.1 120 1.7 120 1 125 1.62 125 0.9 130 1.5 130 0.8 135 1.18 135 0.7 140 1.17 140 0.65 145 1.1 145 0.6 150 0.95 150 0.55 155 0.9 155 0.5 160 0.85 160 0.48 165 0.8 165 0.4 170 0.75 170 0.39 175 0.7 175 0.35 180 0.61 180 0.3 185 0.6 185 0.29 190 0.58 190 0.27 195 0.51 195 0.2 200 0.5 200 0.19 205 0.49 205 0.19 210 0.46 210 0.18 215 0.39 215 0.18 220 0.35 220 0.15 225 0.32 225 0.1 230 0.3 230 Condensadores en paralelo 0 10 20 30 40 50 60 70 80 90 100 0 1 2 3 4 5 6 7 8 f(x) = 9.42312120097536 exp( − 0.057859092805848 x ) voltaje en el condensador en funcion del tiempo condensador 1 Column A Exponential (Column A) tiempos voltaje 6 8 10 jes
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Transcript of Con Dens Adores
Condensador 1 Condensador 2
16 V 1000uF 25 V 2200uF
V T V T V T V7.2 5 9.2 5 9.4 5 6.55.2 10 8.4 10 8.7 10 4.53.9 15 7.6 15 8.2 15 2.92.9 20 7 20 7.6 20 22.1 25 6.4 25 7.1 25 1.41.8 30 5.8 30 6.6 30 0.981.2 35 5.2 35 6.1 35 0.50.9 40 4.8 40 5.6 40 0.480.7 45 4.3 45 5.3 45 0.390.5 50 4 50 4.9 50 0.250.4 55 3.6 55 4.6 550.3 60 3.3 60 4.3 60
0.21 65 2.9 65 4 650.18 70 2.7 70 3.7 700.11 75 2.4 75 3.4 750.1 80 2.2 80 3.2 80
0.09 85 2 85 2.9 850.08 90 1.8 90 2.7 900.02 95 1.7 95 2.5 95
0 100 1.5 100 2.3 1001.4 105 2.2 1051.3 110 2.1 1101.2 115 1.8 1151.1 120 1.7 1201 125 1.62 125
0.9 130 1.5 1300.8 135 1.18 1350.7 140 1.17 140
0.65 145 1.1 1450.6 150 0.95 150
0.55 155 0.9 1550.5 160 0.85 160
0.48 165 0.8 1650.4 170 0.75 170
0.39 175 0.7 1750.35 180 0.61 1800.3 185 0.6 185
0.29 190 0.58 1900.27 195 0.51 1950.2 200 0.5 200
0.19 205 0.49 2050.19 210 0.46 2100.18 215 0.39 2150.18 220 0.35 2200.15 225 0.32 2250.1 230 0.3 230
Condensadores en paralelo
Condensadores en serie
0 10 20 30 40 50 60 70 80 90 1000
1
2
3
4
5
6
7
8
f(x) = 9.42312120097536 exp( − 0.057859092805848 x )
voltaje en el condensador en funcion del tiempo condensador 1
Column AExponential (Column A)
tiempos
volt
aje
0 50 100 150 200 250 300 3500123456789
10f(x) = 12.8987128829579 exp( − 0.017417996079995 x )
condensadores en paralelo
Column G
Exponential (Column G)
tiempos
volt
ajes
0.1 235 0.28 2350.1 240 0.25 2400.1 245 0.21 2450.1 250 0.2 250
0.08 255 0.2 2550.07 260 0.19 2600.07 265 0.18 2650.05 270 0.11 270
0.1 2750.1 280
0.09 2850.08 2900.07 2950.05 3000.04 3050.03 3100.01 315
0 320
0 50 100 150 200 250 3000123456789
10
f(x) = 10.3386210478045 exp( − 0.0190937324688249 x )
voltaje en el condensador en funcion del tiempo conden 2
Column D
Exponential (Column D)
tiempos
volt
aje
0 50 100 150 200 250 300 3500123456789
10f(x) = 12.8987128829579 exp( − 0.017417996079995 x )
condensadores en paralelo
Column G
Exponential (Column G)
tiempos
volt
ajes
T5
101520253035404550
Condensadores en serie
0 50 100 150 200 250 300 3500123456789
10f(x) = 12.8987128829579 exp( − 0.017417996079995 x )
condensadores en paralelo
Column G
Exponential (Column G)
tiempos
volt
ajes
0 10 20 30 40 50 600
1
2
3
4
5
6
7
f(x) = 8.73979187045495 exp( − 0.0726686399833914 x )
condensadores en serie
Column JExponential (Column J)
tiempos
vo
lta
jes
0 50 100 150 200 250 3000123456789
10
f(x) = 10.3386210478045 exp( − 0.0190937324688249 x )
voltaje en el condensador en funcion del tiempo conden 2
Column D
Exponential (Column D)
tiempos
volt
aje
0 50 100 150 200 250 300 3500123456789
10f(x) = 12.8987128829579 exp( − 0.017417996079995 x )
condensadores en paralelo
Column G
Exponential (Column G)
tiempos
volt
ajes
en paralelo
V T ln V valores para RC7.2 5 1.974081 15.220515.2 10 1.648659 15.292243.9 15 1.360977 15.930192.9 20 1.064711 16.156732.1 25 0.741937 16.018991.8 30 0.587787 17.494771.2 35 0.182322 16.507380.9 40 -0.105361 16.611670.7 45 -0.356675 16.9220.5 50 -0.693147 16.690410.4 55 -0.916291 17.086710.3 60 -1.203973 17.1108
0.21 65 -1.560648 16.825290.18 70 -1.714798 17.424280.11 75 -2.207275 16.630230.1 80 -2.302585 17.37178
0.09 85 -2.407946 18.044680.08 90 -2.525729 18.640050.02 95 -3.912023 15.28656
16.69041
0 10 20 30 40 50 60 70 80 90100
-5
-4
-3
-2
-1
0
1
2
3
f(x) = − 0.057859092805848 x + 2.24316637139122
Column C
Linear (Column C)
0 10 20 30 40 50 60 70 80 90100
-5
-4
-3
-2
-1
0
1
2
3
f(x) = − 0.057859092805848 x + 2.24316637139122
Column C
Linear (Column C)
condensador 2
-53.4561V T ln V
9.2 5 2.219203 valores para RC8.4 10 2.128232 -59.965267.6 15 2.028148 -57.354787 20 1.94591 -54.65738
6.4 25 1.856298 -56.073475.8 30 1.757858 -56.017755.2 35 1.648659 -55.073444.8 40 1.568616 -53.522844.3 45 1.458615 -54.49824 50 1.386294 -53.31943
3.6 55 1.280934 -54.567833.3 60 1.193922 -53.834422.9 65 1.064711 -54.119262.7 70 0.993252 -52.509372.4 75 0.875469 -53.462322.2 80 0.788457 -52.553532 85 0.693147 -52.8357
1.8 90 0.587787 -52.813471.7 95 0.530628 -52.48431.5 100 0.405465 -53.613041.4 105 0.336472 -52.711481.3 110 0.262364 -53.404871.2 115 0.182322 -53.915731.1 120 0.09531 -54.238541 125 0 -54.36568
0.9 130 -0.105361 -54.286810.8 135 -0.223144 -53.987930.7 140 -0.356675 -53.44992
0.65 145 -0.430783 -52.646220.6 150 -0.510826 -53.04811
0.55 155 -0.597837 -53.316070.5 160 -0.693147 -53.4405
0.48 165 -0.733969 -53.409310.4 170 -0.916291 -54.33791
0.39 175 -0.941609 -52.813470.35 180 -1.049822 -53.942530.3 185 -1.203973 -53.69276
0.29 190 -1.237874 -52.758290.27 195 -1.309333 -53.665350.2 200 -1.609438 -53.98793
0.19 205 -1.660731 -51.124440.19 210 -1.660731 -51.724360.18 215 -1.714798 -52.985930.18 220 -1.714798 -53.517420.15 225 -1.89712 -54.762010.1 230 -2.302585 -53.575190.1 235 -2.302585 -49.943870.1 240 -2.302585 -51.02960.1 245 -2.302585 -52.115340.1 250 -2.302585 -53.20107
0 50 100 150 200 250 300
-4
-3
-2
-1
0
1
2
3
f(x) = − 0.0190937324688249 x + 2.33588649923958
Column C
Linear (Column C)
0.08 255 -2.525729 -54.286810.07 260 -2.65926 -52.813470.07 265 -2.65926 -52.399860.05 270 -2.995732 -53.40755
-50.95957
-53.45612
0 50 100 150 200 250 300
-4
-3
-2
-1
0
1
2
3
f(x) = − 0.0190937324688249 x + 2.33588649923958
Column C
Linear (Column C)
condensadores en paralelo
V T ln V9.4 5 2.240718.7 10 2.1633238.2 15 2.1041347.6 20 2.0281487.1 25 1.9600956.6 30 1.887076.1 35 1.8082895.6 40 1.7227675.3 45 1.6677074.9 50 1.5892354.6 55 1.5260564.3 60 1.4586154 65 1.386294
3.7 70 1.3083333.4 75 1.2237753.2 80 1.1631512.9 85 1.0647112.7 90 0.9932522.5 95 0.9162912.3 100 0.8329092.2 105 0.7884572.1 110 0.7419371.8 115 0.5877871.7 120 0.530628
1.62 125 0.4824261.5 130 0.405465
1.18 135 0.1655141.17 140 0.1570041.1 145 0.09531
0.95 150 -0.0512930.9 155 -0.105361
0.85 160 -0.1625190.8 165 -0.223144
0.75 170 -0.2876820.7 175 -0.356675
0.61 180 -0.4942960.6 185 -0.510826
0.58 190 -0.5447270.51 195 -0.6733450.5 200 -0.693147
0.49 205 -0.713350.46 210 -0.7765290.39 215 -0.9416090.35 220 -1.0498220.32 225 -1.1394340.3 230 -1.203973
0.28 235 -1.2729660.25 240 -1.3862940.21 245 -1.5606480.2 250 -1.609438
0 50 100 150 200 250 300 350
-5
-4
-3
-2
-1
0
1
2
3
f(x) = − 0.017417996079995 x + 2.55712752987473
Column D
Linear (Column D)
0.2 255 -1.6094380.19 260 -1.6607310.18 265 -1.7147980.11 270 -2.2072750.1 275 -2.3025850.1 280 -2.302585
0.09 285 -2.4079460.08 290 -2.5257290.07 295 -2.659260.05 300 -2.9957320.04 305 -3.2188760.03 310 -3.5065580.01 315 -4.60517
0 50 100 150 200 250 300 350
-5
-4
-3
-2
-1
0
1
2
3
f(x) = − 0.017417996079995 x + 2.55712752987473
Column D
Linear (Column D)
0 50 100 150 200 250 300 350
-5
-4
-3
-2
-1
0
1
2
3
f(x) = − 0.017417996079995 x + 2.55712752987473
Column D
Linear (Column D)
0 50 100 150 200 250 300 350
-5
-4
-3
-2
-1
0
1
2
3
f(x) = − 0.017417996079995 x + 2.55712752987473
Column D
Linear (Column D)
V T ln V6.5 5 1.8718024.5 10 1.5040772.9 15 1.0647112 20 0.693147
1.4 25 0.3364720.98 30 -0.0202030.5 35 -0.693147
0.48 40 -0.7339690.39 45 -0.9416090.25 50 -1.386294
Condensadores en serie
0 10 20 30 40 50 60
-2
-1.5
-1
-0.5
0
0.5
1
1.5
2
2.5
f(x) = − 0.0726686399833914 x + 2.16788637593481
Column D
Linear (Column D)
0 10 20 30 40 50 60
-2
-1.5
-1
-0.5
0
0.5
1
1.5
2
2.5
f(x) = − 0.0726686399833914 x + 2.16788637593481
Column D
Linear (Column D)
