252B503A40TB

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Joystick Potentiometers are an effective and versatile tool for measuring a variety of parameters, including angular velocity, linear motion, and distance. The 252B503A40TB is a joystick potentiometer used in applications such as medical, automotive, and aerospace industries. The device is made up of two components: the internal sensing element and the external control knob.

The 252B503A40TB consists of a contactless sensing head that contains two Hall effect sensors. These sensors measure the changes in the angle, linear displacement, and distance changes. The internal sensor measures the angular velocity, linear motion, and distance changes. The external control knob is mounted at the end of the device and is used to set the desired position, velocity, and distance.

The 252B503A40TB is an analog device that offers a range of up to 30° with an 0.1° resolution. This degree of precision makes it especially useful for automotive, aerospace, medical, and industrial control applications. The device is capable of operating at temperatures between -20°C to + 85°C, with a frequency of up to 40kHz.

The 252B503A40TB has a linearity error of 0.04% and a hysteresis of 0.034%. The device also has a minimum travel speed of 15µs and a response time of 2µs. This combination of precision and speed make the device well-suited for a variety of applications.

The 252B503A40TB is an important part of the modern digital world. The device is used in a wide array of applications, from manufacturing sophisticated medical instrumentation to controlling the motion of robots. In addition, the device can be used to measure changes in the force, angle, and distance with exceptional accuracy.

In summary, the 252B503A40TB is an important part of the modern digital world. The device offers high precision, speed, and accuracy for a variety of automotive, aerospace, medical, and industrial control applications. The device is capable of operating at temperatures between -20°C to + 85°C, with a frequency of up to 40kHz and a linearity error of 0.04%. The device is also capable of measuring changes in force, angle, and distance with exceptional accuracy.

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