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Vibration LRA Motor 60Hz

Name: Vibration LRA Motor 60Hz
Brand: MIKROE
SKU: MIKROE-6810
Price: 15.90 USD
Availability: InStock

PID: MIKROE-6810

Weight: 20 g

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Vibration LRA Motor 60Hz (LRA2024A-1088F) provides precise linear vibration feedback along the Z-axis, ensuring strong, quiet, and consistent tactile sensations. It operates at 60±10Hz with an input range of 0.1-1.2Vrms AC and up to 200mA rms, offering stable performance and low power consumption. With a 20mm diameter and 24mm body length, it delivers ultra-wide frequency response, high vibration intensity, low noise, and smooth motion. Compact and efficient, this motor ensures realistic and comfortable haptic output ideal for gaming controllers, VR systems, wearable devices, and handheld instruments that rely on precise and synchronized vibration feedback.

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MIKROE products are not subject to U.S. tariffs. Under the U.S. HTSUS classification specified in Annex III, 9903.01.32, subdivision (v)(iii) of U.S. Note 2 and Executive Order 14257, they are exempt from ad valorem duty rates.

How does it work?

Vibration LRA Motor 60Hz (LRA2024A-1088F) is a linear resonant actuator (LRA) designed to deliver precise and powerful haptic feedback in compact embedded applications. It operates as a linear vibration motor that uses a magnetic mass-spring system oscillating along the Z-axis to generate consistent vibrations synchronized with an AC signal. With a rated voltage of 1.2Vrms AC and an operating range between 0.1 and 1.2Vrms AC, the motor ensures efficient energy conversion while maintaining ultra-quiet and ultra-comfortable operation. It achieves optimal performance at an input frequency of 60±10Hz and a rated current of up to 200mA rms, enabling stable amplitude and frequency response suitable for real-time haptic feedback systems.

Measuring 20.0mm in diameter and 24.0mm in length, the LRA2024A-1088F combines a compact mechanical structure with high vibration strength, making it ideal for use in modern devices that require precise tactile response. Its ultra-wide frequency response and strong resonance characteristics make it especially well-suited for gaming controllers, VR systems, and handheld devices, where synchronized vibration enhances realism and user immersion by accurately mirroring in-game actions, sounds, or environmental effects.