ZNH0100H

Encoders are mechanical devices used to measure motion or position by encoding the motion into electrical signals. They are usually comprised of a rotary or linear encoder and an associated sensing device. The sensing device detects the motion and transmits this information to the encoder, which then calculates and outputs the electrical signal. A rotary encoder, such as the ZNH0100H, is a type of encoder which uses a disc (or wheel) with evenly spaced marks, or pulses, around its circumference to detect motion. A linear encoder, on the other hand, uses a linear array of evenly spaced marks or pulses along its length to detect motion.

The ZNH0100H is a versatile rotary encoder which can be used in a variety of applications, such as automotive, industrial, medical, aerospace and military. It is also commonly used in robotics, and can be used to accurately measure the speed, position, and torque of motor devices. The ZNH0100H is a contactless sensor, which means that it does not require physical contact with the device being measured, and is able to detect even very small movements.

The ZNH0100H rotary encoder works by detecting the amount of rotation of a disc or wheel which has evenly spaced marks or pulses around its circumference. The encoder is equipped with two sensors which detect the position of the marks on the disc when it turns. As the discs rotates, these two sensors detect the passing marks and generate an electrical signal proportional to the speed of the rotation. This signal is then output by the encoder and can be used to measure the speed and position of the device.