25BSR22-Q-1-16C

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Encoders measure a wide variety of physical phenomenon, including speed, position, distance, and relative position. The 25BSR22-Q-1-16C is an encoder specifically designed for such applications.

Introduction

Nowadays, digital signals can be easily converted into analog signals and vice versa by encoders. The 25BSR22-Q-1-16C is a robust rotary encoder designed for use in demanding applications. It is accurate, reliable, and cost-effective. It is capable of detecting rotational speeds ranging from 0 - 5,000 rpm (revolutions per minute). It features a wide range of output forms, including analog outputs or digital pulses. It also has a range of shock and vibration resistance, making it the perfect choice for harsh industrial environments.

Application Field

The 25BSR22-Q-1-16C can be used for a wide range of applications, including precise positioning, energy harvesting, and aerospace guidance systems. It is capable of detecting slow rotational speeds as well as fast speeds. This makes it ideal for applications where extreme accuracy is required, such as high-precision robotics. It is also well-suited to monitoring industrial machinery, such as motion controllers, motors, and other devices.

Working Principle

The 25BSR22-Q-1-16C uses a simple optical sensing system to measure rotational speed and position. An LED light encodes the rotating drive shaft, creating a pattern of alternating magnetic flux impulses. As the drive shaft rotates, it produces a sine wave pattern which is translated into a digital signal. The signal is then converted into an analog signal for use in the application. This allows the encoder to accurately measure rotational speed and position.

The 25BSR22-Q-1-16C is an advanced encoder that can be integrated into a variety of systems. Its robust design makes it suitable for a wide range of applications, and its high accuracy makes it ideal for demanding applications. Its range of output forms make it easy to use, and its shock and vibration resistance make it suited for even the harshest of industrial environments.

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