Virtual Labs

The four arms of the Anderson Bridge, are arranged as follows. AB: consists with unknown impedance with tuning resistance 100 ohm. BC: non-inductive resistor of 1600 ohm. CD: consists of non-inductive resistor of 900 ohm in parallel with a standard capacitor of 1.57 uF with series resistance of 100 ohm. DA:non-inductive resistor of 1000 ohm.The supply frequency is 50 Hz. Determine the inductance and resistance at balance condition.

a: R₁=1777.77 ohm and L₁=3.042311 H Explanation

Explanation

b: R₁=2677.77 ohm and L₁=3.042311 H Explanation

Explanation

c: R₁=1657.77 ohm and L₁=3.042311 H Explanation

Explanation

d: R₁=1677.77 ohm and L₁=3.042311 H Explanation

Explanation

The four arms of the Anderson Bridge, are arranged as follows. AB: consists with unknown impedance with tuning resistance 10 ohm. BC: non-inductive resistor of 1600 ohm. CD: consists of non-inductive resistor of 900 ohm in parallel with a standard capacitor of 1.57 uF with series resistance of 100 ohm. DA:non-inductive resistor of 1000 ohm.The supply frequency is 50 Hz. Determine the inductance and resistance at balance condition.

a: R₁=1776.77 ohm and L₁=2.565 H Explanation

Explanation

b: R₁=1767.77 ohm and L₁=2.565 H Explanation

Explanation

c: R₁=1768.77 ohm and L₁=2.565 H Explanation

Explanation

d: R₁=1746.77 ohm and L₁=2.565 H Explanation

Explanation

Measurement of Self Inductance accurately by Anderson's Bridge