PUI Audio DC Motor, 0.26 W, 3V dc, 12000rpm

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€ 1,87

(excl. BTW)

€ 2,26

(incl. BTW)

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Verpakkingsopties
RS-stocknr.:
276-753P
Fabrikantnummer:
HD-EM0802-LW15-R
Fabrikant:
PUI Audio
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Merk

PUI Audio

Product Type

DC Motor

Supply Voltage

3V dc

Power Rating

0.26W

Output Speed

12000rpm

Current Rating

85mA

Length

8mm

Standards/Approvals

RoHS

Width

8mm

Depth

2mm

Core Construction

Coreless

Series

Haptics

Land van herkomst:
CN

PUI Audio DC Motor, 12000rpm Output Speed, 3V Supply Voltage - HD-EM0802-LW15-R


This DC motor provides Compact vibration actuation for small electromechanical systems. Designed for haptic feedback applications, it operates at low supply voltage and is suitable where space is limited and responsive tactile output is required. Its construction supports Rapid rotational response for brief, high-frequency stimuli in portable and embedded devices.

Features and Benefits:


• Coreless rotor reduces inertia for Faster start-up
• Runs at 12,000 rpm to deliver high-frequency vibrations
• Operates from 3V for low-voltage integration
• Draws 85 mA, minimising power consumption in duty cycles
• Delivers 0.255 W for effective tactile output per unit
• Lead wire mount simplifies PCB-free connections

Applications


• Suitable for wearable devices requiring haptic alerts
• Ideal for handheld controls and consumer electronics
• Used for tactile feedback in medical handheld instruments
• Can be used for Compact automation indicators
• Suitable for small robotics requiring vibration cues

What electrical supply is required for operation?


It runs from a 3V DC source and is optimised for low-voltage systems.

How does the motor attach electrically to a prototype?


Connections are provided via lead wire terminations for straightforward wiring without a connectorised PCB mount.

What current should designers budget for under continuous drive?


Nominal current draw is 85 mA during typical operation, useful for power budgeting and battery-life estimates.

What construction characteristic affects transient response?


The coreless construction reduces rotor inertia, improving acceleration and deceleration times during pulse-driven haptic events.

Is this unit suitable for confined enclosures with regulatory constraints?


It is RoHS-compliant, meeting restrictions on certain hazardous substances for electronics assemblies.

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