NFP-ELV081530-linear-haptic-vibration-motor

 

Elevate Experience Small Vibration Motor NFP-ELV081530 Perfect For Brilliant Sole Insole


LRAs are a type of vibration motor that produce motion in a single direction. This characteristic makes them ideal for creating precise and controlled haptic feedback, which is essential in various applications, including wearable technology like smart insoles or footbeds.

Brilliant Sole™ is poised to enhance user experiences in virtual reality, fitness, and beyond, paving the way for innovative applications of smart footwear technology.

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Integration in Brilliant Sole™ insoles, LRAs NFP-ELV081530 are integrated to provide users with real-time feedback through vibrations. This feedback can be tailored to various applications, including:

⚙️Virtual Reality (VR) and Gaming: Enhancing immersive experiences by simulating physical sensations, such as walking on different surfaces or receiving feedback from virtual environments.
⚙️Health and Fitness Monitoring: Providing cues or alerts for posture correction, stride adjustment, or signaling to the wearer when it’s time to increase or decrease their physical activity.
⚙️Navigation: Offering discreet, direction-based cues to the wearer, enabling navigation without the need for visual or audio guidance.

Exploring The Role Of Linear Resonant Actuators In Brilliant Sole™Footbeds


The integration of linear actuator haptics into Brilliant Sole™ footbeds opens up a multitude of applications, from enhancing user interaction with virtual environments to providing valuable health-related insights through gait analysis. Furthermore, the use of LRAs can significantly contribute to the development of assistive technology, aiding individuals with visual impairments through haptic navigation cues.

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High Quality Affordable Motor LRA Vibration Motor Parameters


The use of LRAs in Brilliant Sole™ insoles presents several advantages:

  • Precision: LRA offer precise control over vibration intensity and pattern, which can be crucial for conveying specific information or sensations to the user.
  • Energy Efficiency: Compared to other types of motors, linear haptic motor is more energy-efficient, making them suitable for battery-operated wearables like smart footbeds.
  • Durability: linear resonance has fewer moving parts, leading to increased durability and a longer lifespan, which is essential for wearables that undergo frequent and varied use.
  • Compact Size: Small insoles of linear vibrator allows them to be easily integrated into footbeds without compromising the comfort or design of the footwear.
Motor Model NFP-ELV081530
Motor Length 15 ± 0.1 mm
Motor Width 8 ± 0.1 mm
Motor Height 3.0 ± 0.05 mm
Rated Voltage 0.9Vrms AC
Work Voltage 0.1Vrms-1.0Vrms AC
Overdriver Voltage 9Vp AC Motor quick start voltage
Rated Current Max 130 mArms
Resistance 9 ± 1Ω
Rated Vibration 0.9 ± 0.15Grms
Resonance Frequency 170 ± 8 Hz
Rising Time Max. 100 msec
Falling Time Max. 130 msec
Mechanical Noise Min 10MΩ @100VDC
Weight 2.1 ± 0.1 Gram
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