5.3. Have you verified experimentally that Ex = √(ER² + Ec³)? Refer to your data to support your answer.
5.3. Have you verified experimentally that Ex = √(ER² + Ec³)? Refer to your data to support your answer.
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Transcribed Image Text:Table 5-1.
Description
Measured
Computed
E-Audio Generator Output voltage | 10Vpp
10 Vpp
0%
ER Voltage across resistor R
7.4837021 Vpp
0.11%
Ex= 1, x R
7.491541564 Vpp
Ec Voltage across capacitor C
6.6208014 Vpp
Ea= l x Xo
0.05%
note X = 1/(2C)
6.623968221 Vpp
-
Total current
IFE/R
0.416 mA
I = E/Z1
0.23%
I = 0.41696198 mA
Z Total impedance
Z= EG/I-
Z= V(R+Xc)
0.11%
Z┬ = 24054.524
Ω
Xc = 15915.49431
| Z+= 24027.12965 Q
8-
Phase angle between E, and E | 1.1514986ms/10
0.07%
ms x 360° =
41.4539496⁰
0 = tan`'(X/R)
0,=41.483⁰
0
Phase angle between E, and E』 | 1.3284015ms/10
ms x 360° =
e = tan'(R/Xc) = 90° - BT 1.44%
0 = 48.517⁰
47.822454⁰
2
5.3. Have you verified experimentally that Er = (Eg² + Ed?) ? Refer to your data to support your
answer.
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