9.5mm x 9.5mm Rectangular Linear Vibration Motor Model NFP-ELV959535
$8.00
Elevate your smartphone experience with our X-Axis linear motor 9.5mm square. Perfect compatibility and impressive performance await you! ⚡
| Quantity | Price | Discount |
|---|---|---|
| 1 - 99 | $8.00 | 0% |
| 100 - 999 | $3.70 | 53.75% |
| 1000+ | $2.20 | 72.50% |
Linear Resonant Actuator Haptic Motor Parameters
First, the NFP-ELV959535 is a compact X-axis linear resonant actuator. It is made for fast, clear, and strong haptic feedback in thin smart devices.
Also, this motor has been used in high-end smartphone designs such as the vivo iQOO 10 Pro and iQOO 11. In addition, its X-axis motion gives a sharp and direct touch feel.
Therefore, it is a good choice for phones, wearables, game controls, touch panels, and other small devices.
Main Product Features
- Fast response: Rise time and fall time are both 50ms max.
- Strong X-axis output: X-axis vibration reaches 1.15 ± 0.15Gp.
- Low Z-axis output: Z-axis vibration stays below 0.2Gp.
- Compact size: The body measures only 9.5mm × 9.5mm × 3.5mm.
- Stable frequency: The rated resonance frequency is 170 ± 10Hz.
- Low drive voltage: Rated voltage is 0.9Vrms AC.
- Custom effects: A suitable driver can create many haptic patterns.
Motor Specifications
Next, the table below shows the main size, voltage, current, frequency, response time, and vibration data for the NFP-ELV959535.
| Motor Model | NFP-ELV959535 |
|---|---|
| Motor Length | 9.5 ± 0.1mm |
| Motor Width | 9.5 ± 0.1mm |
| Motor Height | 3.5 ± 0.05mm |
| Rated Voltage | 0.9Vrms AC |
| Rated Current | 130mA max. |
| Resonance Frequency | 170 ± 10Hz |
| Rise Time | 50ms max. |
| Fall Time | 50ms max. |
| X-Axis Vibration | 1.15 ± 0.15Gp at 9Vp, one sine-wave cycle at F0 |
| Z-Axis Vibration | Less than 0.2Gp at 9Vp, one sine-wave cycle at F0 |
Moreover, the strong X-axis output creates a crisp side-to-side vibration effect. As a result, users can feel clear taps, clicks, alerts, and game feedback.
Also, the low Z-axis output helps reduce unwanted up-and-down vibration. Therefore, the haptic effect feels more focused.
Recommended Haptic Driver
To drive this linear resonant actuator, use a haptic driver from the TI DRV26XX series. For example, the DRV2605 can control LRA motors and create many vibration patterns.
In addition, a suitable driver can track the resonance point and keep the output steady. Therefore, it is better than using a basic direct power signal.
The driver is available from this supplier page: TI DRV2605 haptic driver.
X-Axis LRA Haptic Feedback Motor Outline Drawing
First, the outline drawing shows the motor body, contact points, size, and mounting shape. Therefore, designers can check PCB space and housing clearance before making a sample.
Also, the square 9.5mm body fits many thin and compact devices. In addition, the 3.5mm height helps save space inside the product.
Outline Drawing Benefits
- Clear body size: Helps confirm the 9.5mm × 9.5mm shape.
- Height guide: Shows the 3.5mm motor height.
- PCB planning: Helps set the contact and mounting area.
- Housing design: Makes it easier to check internal space.
- Faster sample work: Helps reduce errors during early tests.
X-Axis Linear Vibration Motor Applications
Next, this X-axis LRA can be used in smart devices that need fast and clear touch feedback. For example, it can create key clicks, alert taps, game effects, and menu feedback.
Also, the motor is small enough for thin phones and wearable products. Therefore, it can fit devices with limited internal space.
Typical Applications
- Smartphones: Adds touch feedback for keys, menus, alerts, and games.
- Smart watches: Gives clear silent alerts in a small body.
- Wearable devices: Adds haptic feedback to health and fitness products.
- Game controls: Creates fast and sharp game effects.
- Touch panels: Gives a click-like feel on flat controls.
- Medical tools: Adds clear touch signals to small care devices.
- Handheld products: Improves alerts and button response.
How to Choose This X-Axis LRA Motor
First, check that the product can supply a 0.9Vrms AC signal. Then, make sure the driver can work near the 170Hz resonance point.
Next, confirm that the circuit can supply up to 130mA. Also, use a driver that supports LRA mode and auto resonance tracking.
Moreover, mount the motor firmly to a flat surface. As a result, more vibration can pass into the device body.
However, do not power the motor with direct DC. An LRA needs a controlled AC drive near its resonance frequency.
Final Selection Notes
- First, check size: Confirm that the 9.5mm × 9.5mm × 3.5mm body fits the design.
- Next, check voltage: Use a 0.9Vrms AC drive signal.
- Also, check current: The driver should support up to 130mA.
- Moreover, check frequency: Tune the system near 170Hz.
- In addition, check response time: Rise and fall time are both 50ms max.
- Then, check direction: Make sure the X-axis motion matches the product design.
- Furthermore, use an LRA driver: A TI DRV26XX-series IC is recommended.
- Finally, test the full product: Check force, noise, rise time, fall time, and touch feel before mass production.
In short, the NFP-ELV959535 is a small X-axis linear resonant actuator with fast response, strong side-to-side vibration, and low Z-axis motion.
Therefore, it is well suited for smartphones, watches, game controls, touch panels, medical tools, and other compact haptic devices.
Keywords: linear resonant actuator LRA vibration motor, linear actuator vibration motor, LRA actuator, linear vibration actuator, LRA motor, linear resonant actuator working principle, linear resonant actuator supplier, linear resonant actuator controller, linear resonant actuator DigiKey, linear resonant actuator Arduino, X-axis linear vibration motor
1.Payment methods : Paypal, T/T
Shipping:
1.Delivery: DHL/FedEx 3-5 days.
2.Item will be shipped within 1-3 business days after the payment.
3.If you haven’t received the item on the Delivery Time, pls contact us by email if you have any questions. Normally, we will give you a reply within 24 hours, if not, pls check the spam of your email box. We will do our best to help you solve the problems.
4.Please make sure your address is matched with the finally shipping address before you pay.
FAQ
Q: If customized, what information should you provide?
A: You need to provide the basic specification of the motor, such as: Dimensions, Sizes Applications, Voltage, Speed and Torque. It’s better to offer application prototype drawings to us if possible.
Q: What’s your main motors?
A: Diameter 4mm~42mm Dc Micro Motor And Gear Motor, Auto Dc Motor, Electric Motor, Gear Motor, Mini Dc Motor, Brush Dc Motor, Brushless Dc Motor, Spur Gear Motor, Micro Motor, Vibration Motor Etc.
Q: What’s the main application of the micro dc motor?
A: Our mini DC motors are widely used in Home Applications, Office Equipment, Health-Care Application, Sanitation Industry, High-Class Toy, Banking System, Electronic and Electrical Tools, Automation Industry, Bank Equipments, Payment Equipments, Vending Machines, Power Door Lock, Electric Door Lock.
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ShaMel Jones –
I’ve used this motor on my smartphone to generate subtle notification vibrations, and it works very well. The vibrations are very quiet, making them perfect for discreet alerts.
Gloria Lee –
Linear motor It is small, doesn’t take up much space, and the linear motion is clearly visible. I am very satisfied with its performance!
Jessica –
I am using this motor for component fatigue testing, still experimenting, so far so good, will update on progress later.💟
Gerardo Eade –
This motor provides linear directional vibration, which is very different from the common rotary vibration motors. 👏The vibration it produces is strong, stable and precise.
Niki Clegg –
The setup was straightforward, and the motor’s dimensions fit perfectly with my project. It operates smoothly and quietly. I highly recommend it to developers seeking this type of motor.
Wim Vermaelen –
I bought 15 of these for a project about my master’s program. We ended up creating 3 prototypes of our design and all linear resonant actuators worked effectively at a low cost. I was not sure how long they will last, but for our needs these vibration motors were perfect.
Samy Momo –
Purchased these LRA vibration motors for our small project. The linear resonant actuator worked well and didn’t burn through batteries, I was happy with their good haptic feedback, we were planing to place a second order.
Herman –
We purchased these rectangular linear resonance actuators for a class we were teaching and were very satisfied when all of them worked and had enough power to make our bristle bots. Students were quite surprised. Quality of haptic vibration motors is very nice and we will definitely be using this product again.
Hisahide Kimura –
This linear vibration actuator is high precision and works well in the application. We have used many samples from different manufactures, I found and tried this small lra actuator. Even though it is tiny, it is able to work perfectly with the instructions of the program and release its strong haptic vibration.🙂