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Mini Disc Vibrating Motor
₹90.00 Original price was: ₹90.00.₹75.00Current price is: ₹75.00. inc. GST
- Fully consealed, you does not have access to motor shaft
- vibration motor
- Dimension: 10mm diameter, 2.7mm thick
- Voltage: 2V – 5V
- 5V current draw: 100mA, 4V current draw: 80mA, 3V current draw: 60mA, 2V current draw: 40mA
- 11000 RPM at 5V
- Weight: 0.9 gram
Vibration motors are one of the prominent motors used for machine feedback systems. Its functions as register feedbacks for any user inputs or a source for output. This Disc shaped motor designed specifically for products with small form factors. This motor used in a wide range of devices and gadgets where vibration required. Â And also widely used in many electronic projects such as Bristlebots, Brushbots, remote control aircraft, robot beam projects, miniature trains, Radio control remote, Camera, Toothbrush, Electric Shaver, Mobile devices, etc
This Mini Disc Vibrator Motor designed as a tiny motor with offset weights that make them vibrate. This motor basically used to generate vibratory alerts. This shaft-less vibration motor comes in fully enclosed with no exposed moving parts. It comes in a small size of 4mm diameter and 8mm height. Here shaftless design indicates that it can mount it on a PCB or even place it in a pocket to add quiet, easily.Two wires are used to control/power the vibe. Simply provide power from a battery or microcontroller pin (red is positive, blue is negative) and it will buzz away. The rated voltage is 2.5 to 3.8V and for many projects, we found it vibrates from 2V up to 5V, higher voltages result in more current draw but also a stronger vibration.
These 0.8V-3V Micro Vibrators with a maximum speed of 1100 RPM perfect for lightweight applications or where space is a constraint. This is a tiny motor consists of double-sided tape on the bottom side used to attach this motor to any flat surface. When power supplied, the vibration motor causes the attached surface to vibrate. The support leads coming out from the motor body used to solder the motor to a PCB quite easily. In this motor, Polarity is not important; the motor can run CW or CCW.

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