galvanometer

In this case, the galvanometer need not be especially strong.

The galvanometer registers a current, as it did in step 1.

The result is that the galvanometer registers a direct current.

The accumulation of charges can be measured by a galvanometer.

A galvanometer can be inserted in the circuit to measure the current.

This is achieved by using a sensitive galvanometer in series with a high resistance.

Before first use the ballistic constant of the galvanometer must be determined.

The galvanometer showed some kind of reaction about one third of the time.

Electric current can be directly measured with a galvanometer.

Detecting zero current with a galvanometer can be done to extremely high accuracy.

A single galvanometer was then used to show if the pilot was steering too far to the left or to the right.

The current pressure was regulated by a galvanometer.

This induces a current in the coil which can be registered on the galvanometer.

The first moving-pointer current-detecting device was the galvanometer in 1820.

A type of galvanometer that permanently recorded measurements was the chart recorder.

A tangent galvanometer is an early measuring instrument used for the measurement of electric current.

The variable resistor is adjusted until the galvanometer reads zero.

At the very top was the galvanometer.

In 1825 he invented a differential galvanometer for the accurate measurement of electrical resistance.

He connected receivers to a sensitive galvanometer, and developed crystals to be used as a receiver.

The first workable device for recording small potentials was the string galvanometer.

The most common way to move mirrors is, as mentioned, the use of an electric motor or of a galvanometer.

Kelvin invented his mirror galvanometer precisely for this task of observing the current change quickly.

This is despite the use of a highly sensitive mirror galvanometer, a new invention of the time.

Just as the galvanometer is independent of the physicist, so is the subject from the behaviourist.