One form of Wheatstone bridge is shown in the illustration.

Measuring resistance was done by use of a device called a Wheatstone bridge.

Its operation is similar to the Wheatstone bridge except for the presence of additional resistors.

The above Wheatstone bridge method uses a little more copper wire and is not a perfect solution.

The Wheatstone bridge illustrates the concept of a difference measurement, which can be extremely accurate.

A Wheatstone bridge and a multimeter both include voltage dividers.

Which is equivalent to the Wheatstone bridge.

One of the Wheatstone bridge's initial uses was for the purpose of soils analysis and comparison.

A load cell usually consists of four strain gauges in a Wheatstone bridge configuration.

This resistance change, usually measured using a Wheatstone bridge, is related to the strain by the quantity known as the gauge factor.

See, for example, the Wheatstone bridge.

These sensors, wired into a Wheatstone bridge circuit, generate binary on/off output signals.

More accurate instruments may use a capacitance bridge configuration, similar to a wheatstone bridge.

Most a.c. bridges are similar in form to the Wheatstone bridge for measuring resistance described in section 3.9.

It was invented by Carey Foster as a variant on the Wheatstone bridge.

Combustible gases burn in the presence of the hot wire, thus increasing the resistance and disturbing a Wheatstone bridge, which gives the reading.

The device's primary component is an electrical measuring instrument called a Wheatstone bridge, which measures the subject's galvanic skin response.

The strips formed two branches of a Wheatstone bridge which was fitted with a sensitive galvanometer and connected to a battery.

This was done by putting four identical such coils in a Wheatstone bridge configuration which allowed them to precisely measure any change in resistance.

This resistance change is often sensed by a Wheatstone bridge circuit which produces a measurable voltage change.

A schematic of a classic thermal conductivity detector design utilizing a wheatstone bridge circuit is shown.

Meacham designed a quartz crystal oscillator based on a Wheatstone bridge that was a significant improvement over earlier designs.

The device is a variation of a Wheatstone bridge, which dates to 1833 and measures electrical resistance and skin conductance.

Wheatstone bridge, an electronic circuit for comparing resistors, capacitors or inductors to high standards of accuracy.

A transformer can also serve as a current comparator in a conventional Wheatstone bridge type of circuit as shown in figure 7.14.