Wheatstone bridge

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Wheatstone measurement bridge is kind of very accurate measurement approachdue differential measurement. But it is also very complex if impedances inbranches of the bridge are not pure resistive. On the other hand, pure resistive bridge can be simulated if imaginary parts are set to zero.


http://www.cirvirlab.com/index.php/electric/102-wheatstone-measurement-bridge-simulation.html

http://www.cirvirlab.com/simulation/wheatstone_measurement_bridge_online.php

 

[Don Kelly]

Wheatstone measurement bridge is kind of very accurate measurement approach due differential measurement. But it is also very complex if impedances in branches of the bridge are not pure resistive. On the other hand, pure resistive bridge can be simulated if imaginary parts are set to zero.


http://www.cirvirlab.com/index.php/electric/102-wheatstone-measurement-bridge-simulation.html

http://www.cirvirlab.com/simulation/wheatstone_measurement_bridge_online.php

Why simulate? The Wheatstone bridge is a useful tool for
measurement-given recognition of the limitations involved due to L/C/R
of the bridge components. Given these -there is a relatively simple
circuit analysis problem-especially if the circuit is purely resistive.

Aren't you beating a horse that is long dead?