ANDERSON BRIDGE
Model: DT-AB-D
This experimental kit is used to measure the self – inductance of two coils by Anderson Bridge to find the total inductance of two coils connected in series & hence to estimate the co-efficient of coupling between the coils. Complete with Anderson Bridge full set up with three non inductive resistances of 1000 ohms. A variable non inductive resistance is provided in the form of three decades of 10×1, 10×10, 10×100 ohms. This resistance also includes the resistance of self inductance coil ‘L’ which is also connected in the same arm. A non inductance variable resistance of three decades of 10×10, 10×100, 10×1000 ohms & standard capacitance in the form of four values of 0.001, 0.002, 0.003, 0.004 mfd are provided on board which can be selected by a selector switch. Complete with digital null detector and 1 KHz sine wave audio oscillator with variable amplitude. Complete in all respect with detailed manual and experiment video.
This experimental kit is used to measure the self – inductance of two coils by Anderson Bridge to find the total inductance of two coils connected in series & hence to estimate the co-efficient of coupling between the coils. Complete with Anderson Bridge full set up with three non inductive resistances of 1000 ohms. A variable non inductive resistance is provided in the form of three decades of 10×1, 10×10, 10×100 ohms. This resistance also includes the resistance of self inductance coil ‘L’ which is also connected in the same arm. A non inductance variable resistance of three decades of 10×10, 10×100, 10×1000 ohms & standard capacitance in the form of four values of 0.001, 0.002, 0.003, 0.004 mfd are provided on board which can be selected by a selector switch. Complete with digital null detector and 1 KHz sine wave audio oscillator with variable amplitude. Complete in all respect with detailed manual and experiment video.