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REGULAR Menu Lifewire Tech for Humans Newsletter! Search Close GO Computers, Laptops & Tablets &gt; Accessories & Hardware 33 33 people found this article helpful <h1>
Driving Stepper Motors at High Speed</h1>
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Stepper motors promote precision and repeatability</h2> By Matthew Burris Matthew Burris Writer Kettering University DeVry University Former Lifewire writer Matthew Burris is an engineer, writer, inventor, small business founder, and startup enthusiast with knowledge of electrical components.
%Start Driving Stepper Motors at High Speed GA S REGULAR Menu Lifewire Tech for Humans Newsletter! Search Close GO Computers, Laptops & Tablets > Accessories & Hardware 33 33 people found this article helpful

Driving Stepper Motors at High Speed

Stepper motors promote precision and repeatability

By Matthew Burris Matthew Burris Writer Kettering University DeVry University Former Lifewire writer Matthew Burris is an engineer, writer, inventor, small business founder, and startup enthusiast with knowledge of electrical components.
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Natalie Lopez 2 minutes ago
lifewire's editorial guidelines Updated on July 25, 2020 Tweet Share Email Tweet Share Email Accesso...
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Natalie Lopez 2 minutes ago
Dolly1010 / Wikimedia Commons

High-Speed Stepper Motor Factors

Several factors become d...
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lifewire's editorial guidelines Updated on July 25, 2020 Tweet Share Email Tweet Share Email Accessories & Hardware The Quick Guide to Webcams Keyboards & Mice Monitors Cards HDD & SSD Printers & Scanners Raspberry Pi Stepper motors are one of the simpler motors to implement in electronics designs where a level of precision and repeatability is needed. The construction of stepper motors places a low-speed limitation on the motor, lower than the speed the electronics can drive the motor. When a high-speed operation of a stepper motor is required, the difficulty of implementation increases.
lifewire's editorial guidelines Updated on July 25, 2020 Tweet Share Email Tweet Share Email Accessories & Hardware The Quick Guide to Webcams Keyboards & Mice Monitors Cards HDD & SSD Printers & Scanners Raspberry Pi Stepper motors are one of the simpler motors to implement in electronics designs where a level of precision and repeatability is needed. The construction of stepper motors places a low-speed limitation on the motor, lower than the speed the electronics can drive the motor. When a high-speed operation of a stepper motor is required, the difficulty of implementation increases.
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Dylan Patel 1 minutes ago
Dolly1010 / Wikimedia Commons

High-Speed Stepper Motor Factors

Several factors become d...
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Dolly1010 / Wikimedia Commons 
 <h2> High-Speed Stepper Motor Factors </h2> Several factors become design and implementation challenges when you drive stepper motors at high speeds. Like many components, the real-world behavior of stepper motors is not ideal and far from theory.
Dolly1010 / Wikimedia Commons

High-Speed Stepper Motor Factors

Several factors become design and implementation challenges when you drive stepper motors at high speeds. Like many components, the real-world behavior of stepper motors is not ideal and far from theory.
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Evelyn Zhang 12 minutes ago
Stepper motors' max speed varies by manufacturer, model, and the inductance of the motor, with speed...
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Sophie Martin 2 minutes ago
In lower speed applications, it's possible to drive a stepper motor at the desired speed without...
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Stepper motors' max speed varies by manufacturer, model, and the inductance of the motor, with speeds of 1000 RPM to 3000 RPM usually attainable. For higher speeds, servo motors are a better choice. <h2> Inertia </h2> Any moving object has inertia, which resists changes to the acceleration of an object.
Stepper motors' max speed varies by manufacturer, model, and the inductance of the motor, with speeds of 1000 RPM to 3000 RPM usually attainable. For higher speeds, servo motors are a better choice.

Inertia

Any moving object has inertia, which resists changes to the acceleration of an object.
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In lower speed applications, it&#39;s possible to drive a stepper motor at the desired speed without missing a step. However, attempting to drive a load on a stepper motor at high speed immediately is a great way to skip steps and lose the motor&#39;s position. A stepper motor must ramp up from low speed to high speed to maintain position and precision except for lightweight loads with little inertial effects.
In lower speed applications, it's possible to drive a stepper motor at the desired speed without missing a step. However, attempting to drive a load on a stepper motor at high speed immediately is a great way to skip steps and lose the motor's position. A stepper motor must ramp up from low speed to high speed to maintain position and precision except for lightweight loads with little inertial effects.
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Ava White 3 minutes ago
Advanced stepper motor controls include acceleration limitations and strategies to compensate for in...
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Ella Rodriguez 1 minutes ago
The drive signal for stepper motors generates a magnetic field in the motor coils to create the forc...
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Advanced stepper motor controls include acceleration limitations and strategies to compensate for inertia. <h2> Torque Curves </h2> The torque of a stepper motor is not the same for every operational speed. It drops as the stepping speed increases.
Advanced stepper motor controls include acceleration limitations and strategies to compensate for inertia.

Torque Curves

The torque of a stepper motor is not the same for every operational speed. It drops as the stepping speed increases.
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The drive signal for stepper motors generates a magnetic field in the motor coils to create the force to take a step. The time it takes the magnetic field to come up to full strength depends on the inductance of the coil, drive voltage, and current limitation. As the driving speed increases, the time the coils stay at full strength shortens, and the torque the motor can generate drops off.
The drive signal for stepper motors generates a magnetic field in the motor coils to create the force to take a step. The time it takes the magnetic field to come up to full strength depends on the inductance of the coil, drive voltage, and current limitation. As the driving speed increases, the time the coils stay at full strength shortens, and the torque the motor can generate drops off.
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Hannah Kim 9 minutes ago

Drive Signal

The drive signal current must reach the maximum drive current to maximize th...
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Scarlett Brown 23 minutes ago

Dead Zone

The ideal concept of a motor allows it to be driven at any speed with, at worst...
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<h2> Drive Signal </h2> The drive signal current must reach the maximum drive current to maximize the force in a stepper motor. In high-speed applications, the match must happen as quickly as possible. Driving a stepper motor with a higher voltage signal helps improve the torque at high speeds.

Drive Signal

The drive signal current must reach the maximum drive current to maximize the force in a stepper motor. In high-speed applications, the match must happen as quickly as possible. Driving a stepper motor with a higher voltage signal helps improve the torque at high speeds.
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Dylan Patel 2 minutes ago

Dead Zone

The ideal concept of a motor allows it to be driven at any speed with, at worst...
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Nathan Chen 5 minutes ago
The dead zone arises from resonance in the system and varies for every product and design.

Reso...

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<h2> Dead Zone </h2> The ideal concept of a motor allows it to be driven at any speed with, at worst, a reduction of torque as the speed increases. However, stepper motors often develop a dead zone where the motor cannot drive the load at a given speed.

Dead Zone

The ideal concept of a motor allows it to be driven at any speed with, at worst, a reduction of torque as the speed increases. However, stepper motors often develop a dead zone where the motor cannot drive the load at a given speed.
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Evelyn Zhang 4 minutes ago
The dead zone arises from resonance in the system and varies for every product and design.

Reso...

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The dead zone arises from resonance in the system and varies for every product and design. <h2> Resonance </h2> Stepper motors drive mechanical systems, and all mechanical systems can suffer from resonance. Resonance occurs when the driving frequency matches the natural frequency of the system.
The dead zone arises from resonance in the system and varies for every product and design.

Resonance

Stepper motors drive mechanical systems, and all mechanical systems can suffer from resonance. Resonance occurs when the driving frequency matches the natural frequency of the system.
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Brandon Kumar 17 minutes ago
Adding energy to the system tends to increase its vibration and loss of torque, rather than its velo...
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Adding energy to the system tends to increase its vibration and loss of torque, rather than its velocity. In applications where excessive vibrations prove problematic, finding and skipping over the resonance stepper motor speeds is especially important. Applications that tolerate vibration should avoid resonance where possible.
Adding energy to the system tends to increase its vibration and loss of torque, rather than its velocity. In applications where excessive vibrations prove problematic, finding and skipping over the resonance stepper motor speeds is especially important. Applications that tolerate vibration should avoid resonance where possible.
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Christopher Lee 19 minutes ago
Resonance can make a system less efficient in the short term and shorten its life over time.

St...

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Nathan Chen 4 minutes ago
One tactic is micro-stepping, which lets the motor make smaller than full steps. These micro steps o...
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Resonance can make a system less efficient in the short term and shorten its life over time. <h2> Step Size </h2> Stepper motors employ a few driving strategies that help the motor adapt to different loads and speeds.
Resonance can make a system less efficient in the short term and shorten its life over time.

Step Size

Stepper motors employ a few driving strategies that help the motor adapt to different loads and speeds.
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Ryan Garcia 44 minutes ago
One tactic is micro-stepping, which lets the motor make smaller than full steps. These micro steps o...
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Audrey Mueller 35 minutes ago
For full-speed operation, you'll usually want to drive a stepper motor with full steps. However,...
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One tactic is micro-stepping, which lets the motor make smaller than full steps. These micro steps offer decreased accuracy and make stepper motor operation quieter at lower speeds. Stepper motors can only drive so fast, and the motor sees no difference in a micro-step or a full step.
One tactic is micro-stepping, which lets the motor make smaller than full steps. These micro steps offer decreased accuracy and make stepper motor operation quieter at lower speeds. Stepper motors can only drive so fast, and the motor sees no difference in a micro-step or a full step.
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For full-speed operation, you&#39;ll usually want to drive a stepper motor with full steps. However, using micro-stepping through the stepper motor acceleration curve can significantly decrease noise and vibration in the system. Was this page helpful?
For full-speed operation, you'll usually want to drive a stepper motor with full steps. However, using micro-stepping through the stepper motor acceleration curve can significantly decrease noise and vibration in the system. Was this page helpful?
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