0
frequency range,Voltage,Physical dimentions ,Harse power Are the few - sridhar, 040380@gmail.com
Wiki User
∙ 16y ago
Add your answer:
Earn +20 pts
Why use dc motor not stepper motor in robot?
DC motors use PWM (pulse width modulation), which can easily increase or decrease the power to the motor, thereby increasing or decreasing the motor speed by modulating the width of the pulse. Stepper motors have fixed frequencies, thereby having fixed motor speeds. As a result, the speed of the stepper motor cannot be controlled when the load is increased.
Is stepper motor ac or dc motor?
neither. DC locks the rotor of a stepper stationary, pulses applied to a stepper's windings in one order advances it while in the opposite order reverses it. steppers typically have 4 to 6 windings.
What are stepper motors used for?
A stepper motor (also referred to as step or stepping motor) is an electromechanical device achieving mechanical movements through conversion of electrical pulses. Stepper motors are driven by digital pulses rather than by a continuous applied voltage. Unlike conventional electric motors which rotate continuously, stepper motors rotate or step in fixed angular increments. A stepper motor is most commonly used for position control. With a stepper motor/driver/controller system design, it is assumed the stepper motor will follow digital instructions. One important aspect of stepper motors is the lack of feedback to maintain control of position, which classifies stepper motors as open-loop systems
Transfer function of stepper motor?
A stepper motor has a transfer function. The exact function is determined by a motor's individual characteristics. The speed at which it is capable of repeating a position is based on its geometric configuration and size.
How can you rotate the stepper motor to different angles?
A; stepper motor can rotate to various angle if the resolution is infinite then the rotation will be infinite. however practically is set to step a certain angle per step
Who invented the stepper motor?
In 1920,English engineer Walker invented the frist stepper motor which was a switched reluctance stepper motor.
Where is the Stepper motor for a 2004 Chevy impala located?
The stepper motor is located in the instrument cluster. The stepper motor is what turns the needles in all the gauges.
where can i buy a stepper motor driver online?
You could purchase a new stepper motor driver at a Home Depot. They offer new stepper motor drivers at great prices and the new stepper motor drivers are very durable.
How stepper motor?
A stepper motor is a type of electric motor that is brushless. The "question" isn't actually a question, so I'm not sure what else you would like to know about stepper motors.
What motor is used in watches?
stepper motor
Is a stepper motor with feedback loop a servo motor?
No, stepper and servo motor are by mechanical design two different types of motors.
Is a stepper motor easier to maintain than a normal ac motor?
A stepper motor is more easier to maintain than a normal ac motor. Ac motor is a seal motor under pressure. A stepper can easliy be open and the interwheels can be fixed and cleaned.
Where can i buy a bipolar stepper motor online?
YOu can go to the following website to buy a bipolar stepper motor online and for great prices http://www.anaheimautomation.com/products/stepper/stepper-motors-list.php?cID=19
What type of motor is used in refrigerator?
stepper motor
What is the type of motor used in hard disk drive?
stepper motor No. it is not a stepper. It is a Brushless DC (BLDC) motor. See related link for more information on this motor.
6 wire unipolar stepper motor pin connection?
tel me the connections of 6wire stepper motor with 8051 microcontroller
Why you use the call delay in case of interfacing of 8085 and stepper motor?
You need to introduce a delay after changing a driver output line for a stepper motor because the stepper motor requires finite time to respond to the command to step. Hundreds, if not thousands, of instructions can be executed while the stepper motor completes its step.
