miniakim ölçer

listen to the pronunciation of miniakim ölçer
Турецкий язык - Английский Язык
galvanometer
a device used to indicate the presence and direction of a small electric current, especially used to detect a null or balanced condition in a bridge circuit
an instrument for detecting or measuring a small electric current by movements of a magnetic needle or of a coil in a magnetic field
A zero-centered micrometer on the electrical logging system
An instrument or apparatus for measuring the intensity of an electric current, usually by the deflection of a magnetic needle
– an instrument used to measure electric current
An instrument used to measure minute electric currents
meter for detecting or comparing or measuring small electric currents
A device for detecting the presence or direction of small electrical currents
{i} instrument that measures electric currents
an instrument for measuring small electric currents the movement of a current carrying coil in a magnetic field
A sensitive instrument used to detect electric current, named after the electrical pioneer Luigi Galvani
Instrument for measuring small electric currents by deflection of a moving coil. A common galvanometer consists of a light coil of wire suspended from a metallic ribbon between the poles of a permanent magnet. As current passes through the coil, the magnetic field it produces reacts with the magnetic field of the permanent magnet, producing a torque. The torque causes the coil to rotate, moving an attached needle or mirror. The angle of rotation, which provides a measure of the current flowing in the coil, is measured by the movement of the needle or by the deflection of a beam of light reflected from the mirror
consists of a coil of wire suspended in the magnetic field of a permanent magnet When current flows through this coil of wire, the magnetic field exerts a torque on the loop, which is opposed by a spring When you attach a pointer to this coil, you get an analog readout of the current
An instrument that measures small electrical currents by means of deflecting magnetic coils