Abstract: An inductive transducer intended, according to the invention, for converting the displacement of mechanical objects into an electric signal, comprising primary and secondary coils with cores, connected to one of mutually moving mechanical objects. The coils are arranged one opposite the other with a gap, wherein a main screen connected to the other moving object and at least one auxiliary screen are located. The auxiliary screen is set movably in a plane parallel to the main screen. The inductive transducer of this invention permits obtaining a functional relationship between the output signal and two or more displacements of mechanical objects, and thereby enables the relationship, including the slope thereof, to be controlled by simple means.

Abstract: An induction-type meter for measuring mechanical quantities, comprising a first converter to convert the controlled parameter into a displacement and having elements adapted to be moved relative to each other, and a second converter to convert the displacement into an electric signal and including a magnetic circuit with a block of coils mounted on one of the elements capable of relative movement, and a diamagnetic screen mounted on the other element capable of relative movement. The magnetic circuit is embodied as a closed-open loop system comprised of two parallel parts formed by armored cores mounting said coils and arranged to provide a gap accommodating said diamagnetic screen with profiled working edges.