This tiny DC motor has a shaft with an offset mass that vibrates when it rotates. Motors like this are commonly found in cell phones and other devices that use vibration for tactile feedback.
The motor has 1.5″ leads and is encased in a removable rubber sleeve that gives it flat surfaces for mounting and prevents it from chattering against whatever it is mounted to. It is intended for operation around 3 V (2.4 V to 3.5 V recommended).
This tiny DC motor produces vibrations by spinning an eccentric shaft at over 10,000 RPM when powered at 3 V. Motors like this are commonly found in cell phones and other devices that use vibration for tactile feedback, and its small size (11.6 × 4.6 × 4.8 mm) and light weight (0.8 g) make it easy to integrate into systems with tight space constraints. The motor has 1.5″ leads and is encased in a removable rubber sleeve that gives it flat surfaces for mounting and prevents it from chattering against whatever it is mounted to. It is intended for operation around 3 V (2.4 V to 3.5 V recommended), and polarity is not important (the motor can run CW or CCW). See the datasheet under the resources tab for more information on this motor.
Specifications
- Size: 11.6 × 4.6 × 4.8 mm1
- Weight: 0.8 g2
- No-load speed @ 3V: 12500 rpm
- No-load current @ 3V: 65 mA3
- Stall current @ 3V: 100 mA
- Voltage: 3 V4
1Including rubber sleeve and motor shaft with offset mass.
2With rubber sleeve.
385 mA maximum at 3 V.
4Recommended operating range is 2.4 to 3.5 V; starting voltage is 2 V.