Encoders

Articles

Sensors

Top feedback applications for sensor data

Robotics, automated processes and safety benefit from industrial position sensors
Encoders

Incremental vs. absolute encoders

Know how encoder types enable closed-loop motion control
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Encoders

Encoders for harsh environments

Identify and preemptively fix failures, and magnetic solutions might offer less wear and maintenance overtime
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Encoders

Advantages of encoders vs. resolvers

Encoders have a distinct advantage over resolvers in accuracy and speed, but resolvers dominate in harsh environments
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Encoders

Contact-free sensor solutions for harsh environments

With no mechanical wear, magnetostrictive and inductive technologies meet a range of size, speed and resolution needs
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Drives

Variable frequency drive control with the right speed and torque

Just as each application will dictate the VFD needed, fieldbus protocols range from simple to high-performance
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Encoders

The freedom of the absolute: Let the application guide your encoder choice

Why absolute encoders are the best choice when exact position needs to be known.
Encoders

New generation of Posital kit encoders

Posital announced a major upgrade to its family of 36 mm kit encoders for motion control applications
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Encoders

How to understand encoder feedback

Selecting the proper encoder for your unique system is essential to gain effective feedback data and the three keys for understanding that feedback are resolution, accuracy and...
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Electromechanical

Encoders: the pulse of motion

The tried-and-true method of measuring distance and speed of rotary and linear motion requires an understanding of encoders
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Steppers

Optical or capacitive encoder feedback?

How to decide which device is best for a step motor system