FAULHABER E4P-360 rotary encoder

A range of microdrive encoders are available for applications requiring precise control of motor speed,direction of rotation and positioning. The performance of a drive or servo system depends on the accuracy and reliability of the available servo feedback.,working principle of capacitive encoder,capacitive encoder uses AC magnetic field transmitter,graphic rotor,field receiver and dedicated application-specific integrated circuit to convert the modulated signal into output pulse,which can be used to receive the output of optical or magnetic encoder The same circuit reads. Micro Drive capacitive encoders are designed to be used with Micro Drive DC motors,brushless motors,and precision gear heads for a complete micro drive system.,the working principle of a magnetic encoder. The magnetic encoder is based on a multi-pole,permanent disk mounted directly on the motor shaft. Magnetic flux changes are detected by the magnetic sensor and converted into an output signal with a 90-degree phase shift. This principle allows the configuration of miniature encoders characterized by small size and high resolution. Micro Drive Magnetic Encoders are designed for use with Micro Drive DC motors,brushless motors and precision gear heads to form a complete Micro Drive system.,The working principle of the optical encoder. The optical encoder uses a continuous infrared light source to transmit through a low inertia multi-section rotor disk,which is directly installed on the rear end shaft of the motor. A miniature photoelectric encoder combined with a miniature motor produces two miniature phase-shifted drives.