62A11-01-250C

Encoders are devices that measure motion or position by detecting changes in the rotational position of a coded disk or ring. Unlike single-turn rotary encoders, which decode the absolute angular position only within one revolution, multi-turn rotary encoders are able to decode the absolute angular position within multiple revolutions. The 62A11-01-250C is a multi-turn absolute encoder that resolves precision positioning with a single pulse per revolution.

The 62A11-01-250C can be used in a variety of applications, including robotic arm control, positioning control of machine tools, and angle measurement of angular motion. It is a rotary encoder and works by using a sensor to convert the angular position of a rotating shaft to electrical signals. Specifically, it comprises a rotary encoder, disc, and coupler. The rotary encoder can detect direction and position of a rotating shaft, the disc transmits the shaft\'s positioning information to the coupler, and the coupler converts it into electrical signals.

The 62A11-01-250C has a low resolution of 0.00002 degrees per count, a high resolution of 0.001 degrees per count, and a wide dynamic range of 250 cycles. Each cycle is 4096 steps, so the maximum range is 1024000 steps. The 62A11-01-250C also has a high Update Frequency of 500 kHz, which allows for quick positioning. Additionally, it has a compact design and is able to operate in a wide variety of environments.

The working principle of the 62A11-01-250C is based on capacitive sensing technology. This means that the encoder uses a single-row of conductive elements that are capacitively coupled to create a rotary position sensor. This sensor produces a Train of Digital Pulse (TDP) corresponding to the angular position of the rotating shaft. This TDP is then processed by a logic circuit and converted to an absolute rotary position value.

The 62A11-01-250C encoder is an ideal solution for machines and systems requiring a high degree of accuracy. Its ability to accurately measure angular position makes it suitable for a range of industrial applications. In addition, its compact design, wide dynamic range, and high update frequency make it an ideal choice for applications that require precise positioning.