DP11V3015B15S

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Encoders are used to measure motion, velocity, and position. They provide feedback and are often used for control purposes. The DP11V3015B15S is a type of encoder used in motion and position sensing applications.

The DP11V3015B15S is a Hall effect incremental encoder. It uses a magnetic field to detect rotary motion and output a digital pulse signal. The output of the encoder is a 2-bit signal with 16 different phase positions. By counting the number of pulses output, the angular position of the encoder can be calculated. This type of encoder is used in various industrial applications, such as servomotors, robots, and automotive control.

The DP11V3015B15S is a compact encoder, measuring just 15 mm in diameter. It is also lightweight, weighing only 8g. Its operating temperature range is from -30°C to 80°C and it has an operating voltage range of 4.5V to 24V DC. It has a maximum rotation speed of 8,000 RPM. It has a maximum pulse output of 30kHz and an output current of 2mA. It also has a maximum pulse duty cycle of 20%.

The DP11V3015B15S encoder works by using a rotating disc with two magnetic poles. As the disc rotates, the North and South poles pass between the Hall-effect sensing elements, generating a square wave output. The two poles are 180 degrees apart, so each time the Hall-effect elements are triggered the output will toggle. The frequency of the output can be measured to determine the speed and direction of the rotation. The output of the encoder can also be used to control the speed of a motor or an actuator, as well as to measure position.

The DP11V3015B15S Hall effect incremental encoder is a reliable and cost-effective solution for motion and position sensing applications. With its compact size and lightweight design, it can be easily integrated into a variety of industrial applications. Its ability to provide feedback and control output make it a valuable tool in the automation and robotics industry.

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