CA3100F20-24SF80

The CA3100F20-24SF80 is a motorized linear potentiometer of the Hall effect type, equipped with a specialized servo drive system. It is widely used in numerous applications, such as position feedback for machine control in robotics, and as an input device for linear position measuring systems. The servo drive system enables the device to accurately and reliably measure position even in the presence of vibration and shocks, making it ideal for applications where such conditions may be present. In this article we will discuss the application field and working principle of the CA3100F20-24SF80.

The CA3100F20-24SF80 is primarily used in robotics and position feedback systems for machines. It can also be used as an input device for linear position measuring systems. The device features a high precision servo motor with a linear actuator and Hall sensors to measure the linear movement. The device can accurately measure even under very harsh conditions, such as shock and vibration, making it ideal for industrial and military applications.

In terms of working principle, the CA3100F20-24SF80 uses the Hall effect. The Hall effect occurs when a voltage is applied to a current carrying conductor in a perpendicular magnetic field. The resulting current is proportional to the voltage and magnetic field, allowing for precise measurement and control. The magnetic field is created by an electromagnet in the servo drive system, providing precise control of the linear movement of the motor. The Hall sensors then measure the current in the conductor, giving a linear measurement of the position. This allows the device to provide accurate and reliable position feedback for machine control or linear position measurements.

In conclusion, the CA3100F20-24SF80 is a motorized linear potentiometer of the Hall effect type, equipped with a specialized servo drive system. It is primarily used in robotics and position feedback systems for machines, as well as input devices for linear position measuring systems. The device features a high precision servo motor, linear actuator, and Hall sensors for accurately and reliably measuring position under harsh conditions. The working principle of the device is based on the Hall effect, where an applied voltage to a current carrying conductor in a perpendicular magnetic field causes the current to be proportional to the voltage and field, allowing for precise control and measurement.