Linear Vibration Motor NFP-EVL081530 Using In Smartphone Samsung Galaxy-23FE

by Oct 30, 2023Vibration Motor0 comments

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: 0.9 Vrms AC
Work Voltage: 0.1-1.0Vrms 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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Linear vibration motor NFP-ELV081350 using in smartphone Samsung Galaxy 23FE

The Samsung Galaxy 23FE smartphone is equipped with various cutting-edge features, including the linear vibration motor NFP-ELV081530. This motor plays a crucial role in enhancing the user experience by providing haptic feedback, enabling users to feel vibrations and alerts. In this post, we will delve into the details of the linear vibration motor NFP-ELV081530 and its significance in the Samsung Galaxy 23FE smartphone.

1. The Linear Vibration Motor NFP-ELV081530:
The NFP-ELV081530 is a compact and efficient linear vibration motor designed to provide precise and realistic haptic feedback in smartphones. Unlike traditional rotational vibration motors, the linear motor operates by moving a mass in a linear direction, resulting in more accurate vibrations.

2. Haptic Feedback in the Samsung Galaxy 23FE:
Haptic feedback is a feature that allows users to receive tactile responses from their smartphones. The NFP-ELV081530 motor in the Samsung Galaxy 23FE enables various haptic feedback functionalities, such as:

a. Incoming Call and Notification Alerts: When receiving calls or notifications, the linear vibration motor produces vibrations that can be customized to different intensities, allowing users to identify incoming alerts without needing to rely solely on audio or visual cues.

b. Tactile Feedback for Touch Interactions: The linear motor enhances the touch experience by providing subtle vibrations when interacting with the device’s touchscreen. This feature helps users confirm button presses, slider adjustments, and other touch-based interactions.

c. Gaming and Multimedia Immersion: The NFP-ELV081530 motor enriches gaming and multimedia experiences by providing vibrations synchronized with on-screen actions, such as explosions or impacts. This enhances immersion and adds an extra layer of realism to the overall user experience.

3. Benefits of the Linear Vibration Motor:
The implementation of the NFP-ELV081530 motor in the Samsung Galaxy 23FE smartphone offers several advantages, including:

a. Improved Responsiveness: The linear motor offers faster response times compared to traditional rotational motors, resulting in more immediate and precise haptic feedback.

b. Enhanced Energy Efficiency: The NFP-ELV081530 motor consumes less power compared to rotational motors, contributing to improved battery life in the smartphone.

c. Reduced Noise and Vibration: Linear motors produce less noise and vibration compared to their rotational counterparts, leading to a quieter and more comfortable user experience.

4. Customization and Personalization:
The Samsung Galaxy 23FE provides users with the flexibility to customize the haptic feedback settings according to their preferences. Users can adjust the intensity, duration, and pattern of vibrations to suit their individual needs, ensuring a personalized experience.

The linear vibration motor NFP-ELV081530 in the Samsung Galaxy 23FE smartphone plays a vital role in enhancing user experience through haptic feedback. With its compact design, improved responsiveness, and energy efficiency, this motor provides precise and realistic vibrations for various interactions, including incoming call alerts, touch feedback, and gaming immersion. The integration of the NFP-ELV081530 motor showcases Samsung’s commitment to delivering a seamless and immersive user experience in their smartphones.

Where can i get more idea about linear vibration motor ?
NFP-Motor provides all types of vibration motors with stable performance, strong power and long service time.

The linear resonant actuator (LRA) is primarily used to provide haptic feedback in electronic devices. It generates precise vibrations that can be felt by users, enhancing the overall user experience.

 LRAs are commonly employed in smartphones and wearable devices to deliver alerts and notifications. The actuator produces distinct vibrations to notify users of incoming calls, messages, alarms, and other important events.

LRAs are utilized to provide tactile feedback during touch interactions. When users interact with touchscreens or virtual buttons, the actuator generates vibrations that simulate the feeling of pressing physical buttons, improving the responsiveness and usability of the device.

The LRA enhances gaming and multimedia experiences by adding a tactile dimension. By synchronizing vibrations with on-screen actions, such as explosions, impacts, or virtual object interactions, the actuator immerses users in the content, making the experience more engaging and realistic.

In conclusion, the integration of the linear vibration motor NFP-ELV081530 in the Samsung Galaxy 23FE smartphone enhances the user experience through precise haptic feedback. This compact and efficient motor provides customizable vibrations for alerts, touch interactions, and gaming immersion, contributing to a seamless and immersive smartphone experience.


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