Anderson's bridge

In electronics, Anderson's bridge is a bridge circuit used to measure the self-inductance of the coil. It enables measurement of inductance by utilizing other circuit components like resistors and capacitors.[1]

Anderson's bridge was invented by Alexander Anderson in 1891.[2] He modified Maxwell's inductance capacitance bridge so that it gives very accurate measurement of self-inductance.[3]

References

Measurement of inductance by Anderson's Method By Edward B. Rosa and Fredeeick W. Grover, Bulletin of the Bureau of Standards, Vol 1, No 3
Anderson’s Bridge Circuit Globe
S. Butterworth (December 1921) On The Use of Anderson's Bridge for the Measurement of the Variations of the Capacity and Effective Resistance of a Condenser with Frequency, Proceedings of the Physical Society of London, Dec 1921, vol. 34, pages 1–7

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[1] Measurement of inductance by Anderson's Method By Edward B. Rosa and Fredeeick W. Grover, Bulletin of the Bureau of Standards, Vol 1, No 3

[2] Anderson’s Bridge Circuit Globe

[3] S. Butterworth (December 1921) On The Use of Anderson's Bridge for the Measurement of the Variations of the Capacity and Effective Resistance of a Condenser with Frequency, Proceedings of the Physical Society of London, Dec 1921, vol. 34, pages 1–7

Bridge circuits
Resistance	Kelvin bridge Wheatstone bridge
Resistance–Capacitance	Schering bridge Wien bridge
General	Bridged T circuit Carey Foster bridge Fontana bridge Lattice filter Murray loop bridge
Inductance	Maxwell bridge Anderson's bridge Hay's bridge
Other	Diode bridge H-bridge