EEA labor 2 (6)

Overview

Sheet1
Sheet2
Sheet3

Sheet 1: Sheet1

Katseandmed
Nr f C
U1 [V]
∆U [V]
U2 [V]
I1 [A]
I2 [A]
Ic [A]
P2 [W]
[Hz] [μF] α C αC α C αC α C αC α C αC α C αC α C αC α C αC 1. 50 0 110 1 110 110 0.1 11 105 1 105 83 0.01 0.83 82 0.01 0.82 0 0.005 0 31 1 31 2. 50 4 110 1 110 95 0.1 9.5 105 1 105 71 0.01 0.71 82 0.01 0.82 24 0.005 0.12 32 1 32 3. 50 8 110 1 110 82 0.1 8.2 105 1 105 62 0.01 0.62 82 0.01 0.82 49 0.005 0.245 32 1 32 4. 50 12 110 1 110 65 0.1 6.5 106 1 106 50 0.01 0.5 83 0.01 0.83 79 0.005 0.395 33 1 33 5. 50 16 110 1 110 104 0.05 5.2 106 1 106 42 0.01 0.42 83 0.01 0.83 50 0.01 0.5 33 1 33 6. 50 20 110 1 110 90 0.05 4.5 106 1 106 36 0.01 0.36 84 0.01 0.84 63 0.01 0.63 33 1 33 7. 50 23 110 1 110 84 0.05 4.2 106 1 106 33 0.01 0.33 84 0.01 0.84 73 0.01 0.73 33 1 33 8. 50 28 110 1 110 92 0.05 4.6 107 1 107 36 0.01 0.36 84 0.01 0.84 90 0.01 0.9 34 1 34 9. 50 32 110 1 110 118 0.05 5.9 107 1 107 42 0.01 0.42 84 0.01 0.84 40 0.025 1 34 1 34 10. 50 36 110 1 110 126 0.05 6.3 107 1 107 51 0.01 0.51 84 0.01 0.84 45 0.025 1.13 34 1 34
Arvutustulemused
Jrk ∆P P1 η cos φ1 cos φ2 Carv Z2 R2 X2 L2
nr W W - - - μF Ω Ω Ω H
1. 9.130 40.130 0.772 0.440 0.360 0.000 128.049 46.104 119.461 0.408 Cres = 23.19 μF
2. 6.745 38.745 0.826 0.496 0.372 3.638 128.049 47.591 118.876 0.408
3. 5.084 37.084 0.863 0.544 0.372 7.427 128.049 47.591 118.876 0.408
4. 3.250 36.250 0.910 0.659 0.375 11.862 127.711 47.902 118.387 0.407
5. 2.184 35.184 0.938 0.762 0.375 15.015 127.711 47.902 118.387 0.407
6. 1.620 34.620 0.953 0.874 0.371 18.918 126.190 46.769 117.204 0.402
7. 1.386 34.386 0.960 0.947 0.371 21.921 126.190 46.769 117.204 0.402
8. 1.656 35.656 0.954 0.900 0.378 26.774 127.381 48.186 117.915 0.405
9. 2.478 36.478 0.932 0.790 0.378 29.749 127.381 48.186 117.915 0.405
10. 3.213 37.213 0.914 0.663 0.378 33.616 127.381 48.186 117.915 0.405

Sheet 2: Sheet2

Katseandmed
Nr f C
U1 [V]
∆U [V]
U2 [V]
I1 [A]
I2 [A]
Ic [A]
P2 [W]
[Hz] [μF] α C αC α C αC α C αC α C αC α C αC α C αC α C αC 1. 50 0 110 150/150 110 110 15/150 11 105 150/150 105 83 1/100 0.83 82 1/100 0.82 0 5/100*0,5/5 0 31 150/150 31 2. 50 4 110 150/150 110 95 15/150 9.5 105 150/150 105 71 1/100 0.71 82 1/100 0.82 24 5/100*0,5/5 0.12 32 150/150 32 3. 50 8 110 150/150 110 82 15/150 8.2 105 150/150 105 62 1/100 0.62 82 1/100 0.82 49 5/100*0,5/5 0.25 32 150/150 32 4. 50 12 110 150/150 110 65 15/150 6.5 106 150/150 106 50 1/100 0.50 83 1/100 0.83 79 5/100*0,5/5 0.40 33 150/150 33 5. 50 16 110 150/150 110 105 7,5/150 5.2 106 150/150 106 42 1/100 0.42 83 1/100 0.83 50 5/100*1/5 0.50 33 150/150 33 6. 50 20 110 150/150 110 90 7,5/150 4.5 106 150/150 106 36 1/100 0.36 84 1/100 0.84 63 5/100*1/5 0.63 33 150/150 33 7. 50 23 110 150/150 110 84 7,5/150 4.2 106 150/150 106 33 1/100 0.33 84 1/100 0.84 73 5/100*1/5 0.73 33 150/150 33 8. 50 28 110 150/150 110 92 7,5/150 4.6 107 150/150 107 36 1/100 0.36 84 1/100 0.84 90 5/100*1/5 0.90 34 150/150 34 9. 50 32 110 150/150 110 118 7,5/150 5.9 107 150/150 107 42 1/100 0.42 84 1/100 0.84 40 5/100*2,5/5 1.00 34 150/150 34 10. 50 36 110 150/150 110 126 7,5/150 6.3 107 150/150 107 51 1/100 0.51 84 1/100 0.84 45 5/100*2,5/5 1.13 34 150/150 34
Cres=23μF

Sheet 3: Sheet3

Vektordiagrammid
1) kui C=0 =>Ic=0
1V - 0,05cm
1A - 5,5cm
U1=110V U2=105V ∆U=11V
I1=0,83A I2=0,82A
φ1=64º φ2=69º
2) kui cosφ1=max
1V - 0,05cm
1A - 5,5cm
U1=110V U2=106V ∆U=4,2V
I1=0,33A I2=0,84A Ic=0,73A
φ1=19º φ2=68º
3) kui C=max
1V - 0,05cm
1A - 5,5cm
U1=110V U2=107V ∆U=6,3V
I1=0,51A I2=0,84A Ic=1,13A
φ1=48º φ2=68º