N20 Микровибрационный двигатель 1V-6V Миниатюрный вибрационный двигатель для проекта

Brief: Discover the N20 Micro Vibration Motor, a compact and efficient 1V-6V miniature motor perfect for various projects. Learn about its working principle, structure, and applications in toys, home appliances, and industrial automation. Ideal for OEMs seeking high-torque performance in a tiny package.
Related Product Features:
  • Ultra-compact design with dimensions typically under 20mm, ideal for space-constrained applications.
  • High-speed rotation with rapid response and stable performance at high RPMs.
  • Durable construction using robust materials for longevity in continuous operation.
  • Eccentric shaft design enhances torque and power efficiency through controlled imbalance.
  • Energy-efficient with low power consumption and reliable brushed motor performance.
  • Customizable options include adjustable shaft length, voltage (3V-12V), and RPM.
  • Wide applications in toys, home appliances, industrial automation, and consumer electronics.
  • High torque output in a miniature size, perfect for precise, high-speed motion requirements.
Вопросы:
  • What is the working principle of the N20 Micro Vibration Motor?
    The N20 motor operates based on electromagnetic induction. Current flowing through the stator windings generates a rotating magnetic field, which interacts with the rotor to create torque. The eccentric rotor design amplifies torque and power efficiency.
  • What are the key applications of the N20 Micro Vibration Motor?
    This motor is widely used in toys, home appliances, industrial automation, and consumer electronics. It powers mechanisms in hobby models, compact pumps, robotics, and mini centrifugal fans, among others.
  • Why should I choose the N20 Micro Vibration Motor for my project?
    The N20 motor offers high torque in a tiny size, energy efficiency, and customizable options like adjustable voltage and RPM. Its durable construction and compact design make it ideal for space-constrained applications requiring reliable performance.
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