Wideband Circular linear resonant actuator (LRA) ModelJYLRA1040ZFH01

AC Motor Vibration, LRA 2.5Vrms AC

• Linear motors have gradually become the focus of the new industry with their unique vibration principle and performance characteristics.
  Linear motors have three advantages, one is high efficiency and energy saving; linear motors adopt advanced magnetic circuit design, which is characterized by high efficiency and low energy consumption. The second is high-precision control; the performance parameters of the linear motor can be accurately controlled to provide a delicate tactile feedback effect. Third, long lifespan and reliability, using high-life magnets and sophisticated manufacturing processes to ensure the stability and reliability of linear motors.
  Our product can provide a more delicate and comfortable feedback effect in terms of touch, and enhance the user's user experience and satisfaction with interaction.
• Product Dimensions:  Φ10×4.0  mm
• Rated Voltage (Vac RMS):2.5v, Sinewave
• Rated Current MAX (mA): 200mA max
• Resonant Frequency: F0: 170±10 Hz 
• Rising Time:  25ms max 
• Falling Time:  25ms  max
• Coil Resistance: 10±2%Ω  
• Operating Temp:  -40℃ ~ +80℃ 
• Steady Acceleration(@100g, Grms): 2.4 
• Vibration Direction: Z-AXIS
• Application field:  tablet computer， massage device, AR/VR products, game controller, etc..

AC Motor Vibration, LRA 2.5Vrms AC

• This longitudinal linear motor, also known as circular linear motor, vibrates up and down along the Z axis and is circular in shape.  Compared with the transverse linear motor, the longitudinal linear motor is smaller in size, moving in the Z-axis direction. In contrast with a DC motor, LRAs require an alternating driving signal that can move the actuator up and down. If driven properly, they can be highly efficient and provide good acceleration. Due to its capability for providing rich haptic feedback, Lenovo used this LRA in their project.
• Product Dimension:  Φ10×4.0  mm
• Rated Voltage (Vac RMS):  2.5 V, Sinewave
• Starting voltage(Vac RMS):1.0v
• Operating Voltage (Vac RMS):0.1~2.5
• Rated Current MAX (mA):  110  
• Resonant Frequency:  180±10Hz
• Rising Time:  50ms max 
• Falling Time:  80ms  max
• Operating Temp:  -10℃ ~ +60℃
• Acceleration@F0: Min. 1. 8Grms 
• Life cycle:  1,000,000 cycles.
• Vibration Direction: Z-AXIS
• Application field:   mobile phone， massage device, game controller, etc..
• For small volume you can order from here: JYLRA1040ZF or  JYLRA1040ZF-L30 .

AC Motor Vibration, LRA 1.8Vrms AC 

• Unlike the other circular LRAs, which generally move up and down along the Z-axis, this LRA produces transverse reciprociting motion, moves left and right along the X-axis, that's why it won the first invention patent for this configuration in 2020. The steady acceleration at F0 is quite close to JYLRA1040ZF so to some extent both types are substitutable when mounted on an application weight is less than 200g. 
• Product Dimensions:  Φ10×3.0  mm
• Rated Voltage (AC RMS):1.8
• Operating Voltage (AC RMS):0.1 ~ 1.85
• Rated Current MAX (mA):100
• Rising Time:  50ms max 
• Falling Time:  80ms  max
• Operating Temp:  -10℃ ~ +60℃ 
• Resonant Frequency (Hz):210
• Steady Acceleration(@100g, Grms): 1.8 MIN
• Vibration Direction: X-AXIS
• LRAs require an alternating driving signal that can move the actuator left and right.
• Application field: mobile phone, tablet computer, smart POS, etc..
• Longitudinal linear motor, vibrates up and down along the Z axis JYLRA1030Z is also available, contact us for details!
• For small volume you can order from here:  JYLRA1030X 

AC Motor Vibration, LRA 1.2Vrms AC

• LRAs are comprised of a mass tied to a spring that vibrates in a linear motion. 
• This longitudinal linear motor, also known as the circular linear motor, vibrates up and down along the Z axis and is circular in shape.  Compared with the transverse linear motor, the longitudinal linear motor is smaller in size, moving in the Z-axis direction, and the vibration stroke is relatively short.  
• Product Dimensions:  Φ8×2.5  mm
• Rated Voltage (Vac RMS):1.2
• Operating Voltage (Vac RMS):0.1~1.5
• Rated Current MAX (mA):100
• Rising Time:  50ms max 
• Falling Time:  80ms  max
• Operating Temp:  -10℃ ~ +60℃ 
• Resonant Frequency(Hz):240
• Steady Acceleration(@100g, Grms): 0.8 G 
• Vibration Direction: Z-AXIS
• LRAs require an alternating driving signal that can move the actuator up and down.
• Application field:  medical instrument , smart wearing.
• For small volume you can order from here: JYLRA0825Z .

AC Motor Vibration, LRA 1.8Vrms AC

• This longitudinal linear motor, also known as the circular linear motor, vibrates up and down along the Z axis and is circular in shape.  Compared with the transverse linear motor, the longitudinal linear motor is smaller in size, moving in the Z-axis direction, and the vibration stroke is relatively short.  
• Product Dimensions:  Φ8×3.2  mm
• Rated Voltage (Vac RMS):1.8
• Operating Voltage (Vac RMS):0.1~1.85
• Rated Current MAX (mA):90
• Rising Time:  50ms max 
• Falling Time:  80ms  max
• Operating Temp:  -10℃ ~ +60℃ 
• Typical Current (mA):58
• Resonant Frequency(Hz):235
• Steady Acceleration(@100g, Grms):1.2 G 
• Vibration Direction: Z-AXIS
• LRAs require an alternating driving signal that can move the actuator up and down.
• Application field: mobile phone, smart wearing.
• For small volume you can order from here: JYLRA0832Z .

AC Motor Vibration, LRA 1.8Vrms AC 

• This longitudinal linear motor, moving in the Z-axis direction. 
• Rated voltage: Sinewave 1.8±0.05Vrms
• Resonant Frequency: 175±5Hz
• Steady Acceleration(@100g, Grms): ≥2.1Grms(6Gpp)
• Terminal Resistance: 9.0±1Ω
• MEAS: φ20*8( mm)
• Vibration Direction: Z-AXIS
• LRAs require an alternating driving signal that can move the actuator up and down.
• Application field: Car steering wheel, car panel, car seat, car power button control, high-end mobile phone, e-sports handle, AR/VR products, electric toothbrush, smart meter, smart wear, massage equipment, etc..

AC Motor Vibration, LRA 1.8Vrms AC

• Linear resonant actuators produce linear motion and are now commonly used. Linear motors often use superconducting magnets, which are cooled to low temperatures to reduce power consumption.  
• This longitudinal linear motor, moving in the Z-axis direction.
• Product Dimensions: 12X4×3.5  mm
• Rated Voltage (AC RMS):1.8
• Operating Voltage (AC RMS):0.1 ~ 1.85
• Rated Current MAX (mA):100
• Rising Time:  50ms max 
• Falling Time:  80ms  max
• Operating Temp:  -10℃ ~ +60℃ 
• Resonant Frequency(Hz):235±10Hz
• Steady Acceleration(@100g, Grms):1.1 MIN
• Vibration Direction: Z-AXIS
• LRAs require an alternating driving signal that can move the actuator up and down.
• Application field:   smart wearing
• This also can be soldered with wire leads if your application requires it.
• For small volume you can order from here:  JYLRA0412Z 

 AC Motor Vibration, LRA 1.2Vrms AC 

• LRA is currently used in many devices to achieve better tactile feedback than ERM schemes; They offer higher acceleration, faster response times and clearer tactile feedback than ERMs. LRA motors, like ERM motors, are also based on mass motion. The difference is that the mass is suspended on a spring and moved up and down by a magnetic field. 
• This LRA is transverse linear motor produces transverse reciprociprociting motion, which generally moves left and right along the X-axis.

• Product Dimensions:  10×10×3.5 mm  
• Rated Voltage (AC RMS):1.2 V
• Operating Voltage (AC RMS):0.1 ~ 1.25
• Rated Current MAX (mA):150
• Rising Time:  50ms max 
• Falling Time:  80ms  max
• Operating Temp:  -10℃ ~ +60℃ 
• Resonant Frequency(Hz):170
• Steady Acceleration(@100g, Grms):1.5 G MIN
• Vibration Direction: X-AXIS
• LRAs require an alternating driving signal that can move the actuator left and right.
• Application field: smart phones, tablets, IoT devices, automotive displays, virtual buttons, etc.. 
• Smaller size JYLRA0809X, JYLRA9595X are also available.
• For small volume you can order from here: JYLRA1010FX-L30  

AC Motor Vibration, LRA 2Vrms AC 

• This LRA is transverse linear motor produces transverse reciprociprociting motion, which generally moves left and right along the X-axis. Compared with the z-axis linear motor, the most significant feature of the transverse linear motor is that the vibration has a sense of direction, and different driving signals can be designed according to the requirements to achieve the required vibration intensity and vibration mode. Compared with the longitudinal linear motor, the transverse linear motor can have a larger travel, a long acceleration time, stronger vibration performance but more expensive on price.  LRAs require an alternating driving signal that can move the actuator left and right. If driven properly, they can be highly efficient and provide good acceleration.
• This Linear actuator is the improved version of JYLRA061228X with higher vibration G force.
• Product Dimensions: 12X6×2.85  mm
• Rated Voltage (AC RMS):2.0
• Operating Voltage (AC RMS):1.0 ～ 2.05
• Rated Current MAX (mA):130
• Acceleration F0 : 1.8 Gp 
• Resonant Frequency:  200±10Hz
• Vibration Direction: X-AXIS
• LRAs require an alternating driving signal that can move the actuator left and right.
• Application field: smart phones, tablets, IoT devices, automotive displays, virtual buttons, etc.. 
• For small volume you can order from here: JYLRA061228XH . 

 AC Motor Vibration, LRA 1.2Vrms AC 

• This LRA is transverse linear motor produces transverse reciprociprociting motion, which generally moves left and right along the X-axis. 
• Product Dimensions: 19X6×3.0  mm
• Rated Voltage (AC RMS):1.2
• Operating Voltage (AC RMS):0.1 ~ 1.25
• Rated Current MAX (mA):100
• Rising Time:  50ms max 
• Falling Time:  80ms  max
• Operating Temp:  -10℃ ~ +60℃ 
• Resonant Frequency:  170±10 Hz  
• Steady Acceleration(@100g, Grms): 2.0 G 
• Vibration Direction: X-AXIS
• LRAs require an alternating driving signal that can move the actuator left and right.
• Application field:  smartphones, tablets, game controllers, and VR/AR devices, etc.. 
• This also can be soldered with wire leads if your application requires it.
• For small volume you can order from here: JYLRA0619X .

 AC Motor Vibration, LRA 0.9Vrms AC 

• It is no exaggeration to say that the vibration of linear motor gives a product soul and life to a certain extent, which makes the interaction and communication between the product and the user, which makes people love it.
• This LRA is transverse linear motor produces transverse reciprociting motion, which generally moves left and right along the X-axis. 
• Product Dimensions: 15X8×3.0  mm
• Rated Voltage (AC RMS):0.9
• Rated Current MAX (mA):100
• Rising Time:  50ms max 
• Falling Time:  80ms  max
• Operating Temp:  -10℃ ~ +60℃ 
• Resonant Frequency(Hz):175 
• Steady Acceleration（@100g, Grms）: 3.0 
• Terminal Resistant:   9±1Ω
• Vibration Direction: X-AXIS
• LRAs require an alternating driving signal that can move the actuator left and right.
• Life cycle: 1 million cycles
• Application field: smart phones, tablets, IoT devices, automotive displays, virtual buttons, etc.. 
• This also can be customized according to your requirement on the application.
• For small volume you can order from here: JYLRA150830GPX . 

Dual-frequency bi-way linear vibrator, LRA 1.5Vrms 

• The linear vibrator realizes the vibration of the motor through alternating current, which largely solves the quality problems such as vibration noise, poor start-up and vibration instability of the permanent magnet DC motor. Linear resonant actuator (dual-frequency bi-way linear vibrator) is used to obtain accurate and delicate tactile feedback through mixed frequency drive.
• Advantages: Support HD, with 2 resonant frequencies (160Hz/320 Hz) and 2 vibration directions. It can start and stop quickly. Through the mixed frequency drive, it can achieve a variety of complex vibration performance, produce a realistic touch, obtain a variety of different somatosensory feedback, and give players an immersive sense of substitution. This is a breakthrough new technology in the game field.
• Product Dimensions: 22X10×9.0  mm
• Rated Voltage (AC RMS):1.5
• Operating Voltage (AC RMS): 0.5~3.5V 
• Rated Current MAX (mA):180
• Resonant Frequency(Hz):   160 / 320 
• Steady Acceleration(@100g, Grms): 3.0 G 
• Vibration Direction: Z-AXIS, Y-AXIS
• Application field: Game console, game controller, mobile game controller, VR helmet, vibrating toothbrushes, message equipment and other electronic terminal products.

AC Motor Vibration, LRA 2.0Vrms AC

• Product Dimensions: 12X6×2.85  mm
• Rated Voltage (AC RMS):2.0
• Operating Voltage (AC RMS):1.0 ～ 2.05
• Rated Current MAX (mA):90
• Acceleration F0 : 1.2 G min
• Resonant Frequency:  225±10Hz
• Vibration Direction: X-AXIS
• LRAs require an alternating driving signal that can move the actuator left and right.
• Application field: smart phones, tablets, IoT devices, automotive displays, virtual buttons, etc.. 

 AC Motor Vibration, LRA 2.0Vrms AC

• Product Dimensions: φ 22*30( mm)
• Rated Voltage: 2.0 ±0.05Vrms
• Resonant Frequency: 70±5Hz
• Acceleration @ F0≥ 1.3G(2.6Gpp)
• Sine wave 1.2Vrms (3.40Vp_p)≥ 2.5G(5.0Gpp)@F0
• Sine wave 2.0Vrms (5.66Vp_p)≥ 3.5G(7.0Gpp)@F0
• Sine wave 2.5Vrms(7.07Vp_p)
• Terminal resistant: 6.5±0.6Ω
• Vibration Direction: Z-AXIS
• LRAs require an alternating driving signal that can move the actuator up and down.

AC Motor Vibration, LRA 2.0Vrms AC

• Product Dimensions: L18× W12× H6( mm)
• Rated Voltage: AC2.0 ±0.05Vrms
• Resonant Frequency: 160±10Hz
• Acceleration @ F0: 6.0±0.5g
• Terminal resistance: 8.0±1Ω
• Vibration Direction: X-AXIS.
• LRAs require an alternating driving signal that can move the actuator left and right.

AC Motor Vibration, LRA 2.0Vrms AC 

• Product Dimensions: 32*15*8mm
• Rated Voltage:  2.0±0.05Vrms 
• Resonant Frequency: 100±8Hz
• Rated current: ≤300mArms
• Acceleration @ F0: 5±1.5G
• Vibration Direction: X-AXIS
• LRAs require an alternating driving signal that can move the actuator left and right.

AC Motor Vibration, LRA 0.9Vrms AC

• Product Dimensions:  9.5×9.5×3.5 mm  
• Rated Voltage (AC RMS):0.9 V
• Operating Voltage (AC RMS):0.1 ~ 1.25
• Rated Current MAX (mA):150
• Rising Time:  50ms max 
• Falling Time:  80ms  max
• Operating Temp:  -10℃ ~ +60℃ 
• Resonant Frequency(Hz):175
• Steady Acceleration(@100g, Grms):1.5 G MIN
• Vibration Direction: X-AXIS
• LRAs require an alternating driving signal that can move the actuator left and right.
• For small volume you can order from here:  JYLRA9595X 

AC Motor Vibration, LRA 0.9Vrms AC

• Product Dimensions:  8×9×3.5 mm  
• Rated Voltage (AC RMS):0.9V
• Operating Voltage (AC RMS):0.1 ~ 1.25
• Rated Current MAX (mA):150
• Rising Time:  50ms max 
• Falling Time:  80ms  max
• Operating Temp:  -10℃ ~ +60℃ 
• Resonant Frequency(Hz):170
• Steady Acceleration(@100g, Grms):1.5 G MIN
• Vibration Direction: X-AXIS
• LRAs require an alternating driving signal that can move the actuator left and right.
• For small volume you can order from here:  JYLRA0809X 

AC Motor Vibration, LRA 1.8Vrms AC

• Longitudinal linear motor, vibrates up and down along the Z axis
• Product Dimensions:  Φ10×3.0  mm
• Rated Voltage (AC RMS):1.8
• Operating Voltage (AC RMS):0.1 ~ 1.85
• Rated Current MAX (mA):100
• Rising Time:  50ms max 
• Falling Time:  80ms  max
• Operating Temp:  -10℃ ~ +60℃ 
• Resonant Frequency (Hz):210
• Steady Acceleration(@100g, Grms): 1.3 MIN
• Vibration Direction: Z-AXIS
• LRAs require an alternating driving signal that can move the actuator up and down.
• Application field: mobile phone, tablet computer, smart POS, etc..
• For small volume you can order from here:  JYLRA1030Z 

AC Motor Vibration, LRA 1.8Vrms AC

• This LRA is connectorized with a HOT 2P connector  Molex 078172-0002 .  Short lead time, high quality, original quality assured, good price. Various connectors can be added to our leaded motors.
• Longitudinal linear motor, vibrates up and down along the Z axis
• Product Dimensions:  Φ8×3.2  mm
• Rated Voltage (Vac RMS):1.8
• Operating Voltage (Vac RMS):0.1~1.85
• Rated Current MAX (mA):90
• Rising Time:  50ms max 
• Falling Time:  80ms  max
• Operating Temp:  -10℃ ~ +60℃ 
• Typical Current (mA):58
• Resonant Frequency(Hz):235
• Steady Acceleration(@100g, Grms):1.2 G 
• Vibration Direction: Z-AXIS
• LRAs require an alternating driving signal that can move the actuator up and down.
• Application field: mobile phone, smart wearing.

•  Motor Controller/Driver, Haptic/Vibration Power Management Evaluation Board 

• This is an evaluation board that is specially  developed for our LRAs for our clients who want to test the LRAs, just for testing only, not for sale‘s purpose.