#Product Trends
A COMPREHENSIVE GUIDE TO THE RELATIONSHIP BETWEEN MOTOR VOLTAGE AND PERFORMANCE
ACHIEVING ENERGY-EFFICIENT DESIGNS WITH LOW-VOLTAGE DRIVE
In product development involving motors, a proper understanding of the relationship between voltage and motor performance is the foundation for efficient motor selection and design.
How do the motor’s speed and torque change when the applied voltage is varied, and how do these relate to electric current? Without a grasp of these fundamental characteristics, it is impossible to determine motor specifications that meet the product’s performance requirements.
In recent years, in particular, interest in motors that operate stably even at low voltages has been growing, driven by increasing demand for battery-powered products such as IoT devices and portable medical equipment.
In this article, we will provide a technical explanation of the relationship between motors and voltage, followed by an introduction to the characteristics of Coreless motors capable of starting at voltages as low as 1.0 V.
