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.
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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
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Encoders

Key positions on encoders

Understand the specifications, but don't miss any of the signals by being too slow and not willing to communicate
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Encoders

Resolve or encode the feedback loop

Motor control loops like feedback from any device, but the application is the one calling the shots