A Maxwell's inductance bridge is shown in following figure. Arm AB consists of a coil with inductance L1 and resistance r1 in series with a non-inductive resistance R1. Arm BC and CD are non-inductive resistance of 100 ohm each. Arm AD consists of standard variable inductor L of resistance 32.7 ohm. Balance is obtained when L2=47.5 mH and R1 = 1.36 2. Find the resistance and inductance of the coil in arm AB.
A Maxwell's inductance bridge is shown in following figure. Arm AB consists of a coil with inductance L1 and resistance r1 in series with a non-inductive resistance R1. Arm BC and CD are non-inductive resistance of 100 ohm each. Arm AD consists of standard variable inductor L of resistance 32.7 ohm. Balance is obtained when L2=47.5 mH and R1 = 1.36 2. Find the resistance and inductance of the coil in arm AB.
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A Maxwell's inductance bridge is shown in following figure. Arm AB consists of a coil with inductance L1 and resistance r1 in series with a non-inductive resistance R1. Arm BC and CD are non-inductive resistance of 100 ohm each. Arm AD consists of standard variable inductor L of resistance 32.7 ohm. Balance is obtained when L2=47.5 mH and R1 = 1.36 2. Find the resistance and inductance of the coil in arm AB.
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Transcribed Image Text:A
R₁ = 1.360 L₁,I1
elle www
D
L₂=47.5mH
mom
[2= 32.70
Ans. D
E
Source
R₁ = 1000
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R4 = 10002
C
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