PUI Audio DC Motor, 0.24 W, 3V dc, 12000rpm

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£1.60

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£1.92

(inc. VAT)

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Packaging Options:
RS Stock No.:
276-754
Mfr. Part No.:
HD-EM0803-LW20-R
Brand:
PUI Audio
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Brand

PUI Audio

Supply Voltage

3V dc

Product Type

DC Motor

Power Rating

0.24W

Output Speed

12000rpm

Mount Type

Lead Wire

Current Rating

80mA

Length

8mm

Depth

3mm

Standards/Approvals

RoHS

Width

8mm

Series

Haptics

Core Construction

Coreless

COO (Country of Origin):
CN

PUI Audio DC Motor, 3V Supply Voltage, 12000rpm Output Speed - HD-EM0803-LW20-R


This coreless DC motor is designed to provide compact, high-speed vibration for haptic applications in small electronic devices. It operates at low voltage and current, delivering Rapid rotational motion suitable for tactile feedback systems in wearable and mobile products. The unit is RoHS-compliant and configured for simple integration using lead wires.

Features and Benefits:


• 12000 rpm offers fast tactile response for user interfaces
• Operates at 3V DC for low-voltage system compatibility
• 80 mA current draw minimises power consumption in battery designs
• 0.24 W power rating enables predictable thermal performance
• Coreless construction reduces inertia for Rapid start/stop behaviour
• Lead wire mounting simplifies assembly into Compact products

Applications


• Suitable for wearable devices requiring discreet vibration feedback
• Ideal for mobile handsets and portable haptic actuators
• Used with handheld tools to indicate operational status
• Can be used for notification systems in Compact consumer electronics

What mechanical footprint should designers allow for integration?


Allow for a motor envelope of 8mm diameter and 3mm thickness Plus clearance for lead wires and mounting access.

How does the coreless design affect dynamic performance?


The absence of an iron core lowers rotational inertia, producing Faster acceleration and deceleration for sharper haptic cues.

What electrical supply considerations are important for stable operation?


Supply regulation to 3V DC with sufficient transient response is recommended to maintain consistent speed and vibration amplitude under load.

How does the motor’s power rating influence thermal management?


At 0.24 W nominal power, heat generation is modest but designers should ensure adequate ventilation or conductive paths to prevent localised temperature rise.

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