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Q2) A test subject (insulator) which is represented as series resistor and capacity is tested on Schering Bridge where C2=100pF, R4-31802 and Co=1400pF. During the balance conditions R3-102 and C4-0.08μF values are measured. Calculate Cx, Rx, Erx and dissipation factor (tan8x). Note f-50Hz.

Q2) A test subject (insulator) which is represented as series resistor and capacity is tested on Schering Bridge where C2=100pF, R4-31802 and Co=1400pF. During the balance conditions R3-102 and C4-0.08μF values are measured. Calculate Cx, Rx, Erx and dissipation factor (tan8x). Note f-50Hz.

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A test subject (insulator) which is represented as series resistor and capacity is tested on
Schering Bridge where C2=100pF, R4=318Ω and Co=1400pF. During the balance conditions
R3=10Ω and C4=0.08μF values are measured. Calculate Cx, Rx, εrx and dissipation factor
(tanδx). Note f=50Hz.

ha Q2) A test subject (insulator) which is represented as series resistor and capacity is tested on Schering Bridge where C2=100pF, R4-31892 and Co=1400pF. During the balance conditions R3-102 and C4=0.08μF values are measured. Calculate Cx, Rx, &x and dissipation factor (tanôx). Note f-50Hz.
Transcribed Image Text:ha Q2) A test subject (insulator) which is represented as series resistor and capacity is tested on Schering Bridge where C2=100pF, R4-31892 and Co=1400pF. During the balance conditions R3-102 and C4=0.08μF values are measured. Calculate Cx, Rx, &x and dissipation factor (tanôx). Note f-50Hz.
a r₁ E3 12 D d S E E₂ R3 3 IR RA E4 с
Transcribed Image Text:a r₁ E3 12 D d S E E₂ R3 3 IR RA E4 с
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