Inductive linear transducer IW10 The displacement transducers work on the principle of differential choke, i.e., they have a differential choke. an inductive half bridge. They consist of two coils enclosed in a stainless steel cylinder that guarantees positive protection against vibration, shock, moisture, oil and corrosive substances. A mu-metal piston core causes opposite changes in inductance as it moves through the center of the coils. The displacement transducers are designed for a carrier frequency of 10 kHz. Other frequencies can be used but may involve changes to the initial values.
Inductive linear transducer IW10 The displacement transducers work on the principle of differential choke, i.e., they have a differential choke. an inductive half bridge. They consist of two coils enclosed in a stainless steel cylinder that guarantees positive protection against vibration, shock, moisture, oil and corrosive substances. A mu-metal piston core causes opposite changes in inductance as it moves through the center of the coils. The displacement transducers are designed for a carrier frequency of 10 kHz. Other frequencies can be used but may involve changes to the initial values.