KJ0T12N22PN

KJ0T12N22PN Application Field and Working Principle

KJ0T12N22PN is a type of electrostatic transducer developed by a German firm named Bosch. It is mainly used for the measurement of biaxial angular displacement in precise industrial applications. The device has a wide range of applications such as aerospace, automotive, industrial automation and robotics control.

KJ0T12N22PN is an electrostatic charge transducer. It converts the kinetic energy of a biaxial angular displacement into an electrical charge, which can be measured by an electrical instrument. The device is equipped with four electrodes which are used to measure the force. The force is proportional to the magnitude of the angular displacement. The output voltage is proportional to the angular displacement and is detected by the instrument.

The device works by utilizing the electrostatic force field created by a two-plane capacitor configuration. The two plane capacitor consists of two parallel plates which are electrically charged with opposite electric charges. A biaxial angular displacement causes the electrical force field to be distorted which creates an electrical charge accumulation on the first plane. This charge can be measured directly by the instrument. The output voltage is proportional to the angular displacement.

KJ0T12N22PN is a very precise and reliable device. It can measure the angular displacement with an accuracy of ±0.001 mm. This enables the device to be used for precise industrial applications such as robotics control, manned and unmanned autonomous vehicles, industrial automation and aerospace engineering.

KJ0T12N22PN is an important device in the field of precise industrial applications. By utilizing the electrostatic force field, it is able to measure the biaxial angular displacement with an accuracy of ±0.001 mm. It is widely used in the fields of aerospace engineering, robotics control and industrial automation.