Advanced JTM0832-TH04-1SHU Dual Magnetic LRA
product detail
The main concerns of customers include multiple aspects. First, they asked about the application of wearable devices, emphasizing how these devices (such as fitness trackers and smart watches) can provide effective vibration feedback to enhance the user experience. Customers also expressed concern about the needs of mobile devices, understanding how smartphones and tablets can use precise tactile feedback to handle notifications, calls, and reminders. In terms of medical devices, customers want to understand how small medical devices need accurate vibration feedback to meet the needs of alarms and notifications. In addition, customers expressed concern about the applicability of consumer electronics, asking how game controllers, remote controls, and other small electronic devices can benefit from precise tactile feedback.
On the technical side, the customer expressed interest in the Z-axis vibration feature, learning that a certain motor vibrates perpendicular to its maximum surface in the Z-axis, providing precise and consistent tactile feedback. The customer also paid close attention to the low current consumption, learning that the motor consumes only 19 mA at 0.6 V while generating 0.55 G-force, which is very suitable for battery-powered devices. In addition, they wanted to learn about the availability of customizable options, including double-sided adhesive, rubber foam pads, and custom lead lengths, and asked if custom FPCs could be provided for orders of 10K pieces or more. Finally, the customer expressed concern about the reliable connection of the motor, learning that its contact pads are designed to mate with PCB-mounted spring contacts or contact pins to ensure a stable and reliable connection.
Whether it is a motor for specific performance requirements or a solution that requires a custom configuration, these motors can meet the specific needs of customers and enhance the user experience.
Product advantages
The main concerns of the customers included several aspects. First, they asked about the versatile mounting options of the motors, emphasizing that a certain motor can be fixed with a sturdy permanent self-adhesive mounting system to ensure a safe and stable installation. The customers also expressed interest in customizable configurations, learning that the motors are available in lead, FPCB and spring mounted versions, and that the wire length and connector can be customized according to specific application needs.
In terms of performance, customers are interested in the high efficiency of the motors, learning that these brushless DC motors have excellent energy efficiency, which can reduce power consumption and extend battery life in portable applications. In addition, customers are interested in the low maintenance requirements of the motors, learning that since there are no brushes to wear out, these motors require minimal maintenance, ensuring long-term reliability and reducing downtime.
Several of the customer's previous questions also involved the Z-axis vibration characteristics of the motor, and learned that a certain motor vibrates perpendicular to its maximum surface on the Z axis, providing precise and consistent tactile feedback. At the same time, they are very concerned about low current consumption, and learned that a certain motor consumes only 19 mA at 0.6 V while generating 0.55 G force, which is very suitable for battery-powered devices. The customer also wants to understand the availability of customizable options, including double-sided adhesive, rubber foam pads, and custom lead lengths, and asked whether custom FPCs can be provided for orders of 10K pieces or more.
In terms of applications, customers are concerned about the suitability for wearable devices, mobile devices, medical devices and consumer electronics, asking how these devices can benefit from precise tactile feedback. Whether it is a motor for specific performance requirements or a solution that requires custom configuration, these motors can meet customers' specific needs and enhance user experience.
Features
The customer's main concerns included multiple aspects. First, they asked about the motor's high-efficiency performance and learned that a certain motor is designed for low current consumption, consuming only 19 mA at 0.6 V while generating 0.55 G-force, which is very suitable for battery-powered devices. The customer expressed interest in the Z-axis vibration characteristics and learned that the motor vibrates perpendicular to its maximum surface in the Z-axis, providing precise and consistent tactile feedback. In addition, the customer wanted to learn about flexible mounting options, including double-sided adhesive, rubber foam pads, and customized lead lengths to meet specific application needs.
In wearables, customers asked how to provide effective vibration feedback in fitness trackers, smart watches, and other devices. They also expressed interest in the needs of mobile devices, understanding how smartphones and tablets can use precise tactile feedback to handle notifications, calls, and reminders. In medical devices, customers want to understand how small medical devices need accurate vibration feedback to meet the needs of alarms and notifications. In consumer electronics, customers asked how game controllers, remote controls, and other small electronic devices can benefit from precise tactile feedback.
Customers also expressed interest in the versatile mounting options for another motor, learning that the motor can be secured with a rugged, permanent self-adhesive mounting system to ensure a secure and stable installation. Customers expressed interest in customizable configurations, learning that the motors are available in lead, FPCB, and spring mount versions, with customized wire lengths and connectors for specific application needs. In addition, they expressed interest in the high efficiency of the motors, learning that these brushless DC motors have excellent energy efficiency, which can reduce power consumption and extend battery life in portable applications. Customers also expressed interest in the low maintenance requirements of the motors, learning that since there are no brushes to wear out, these motors require minimal maintenance, ensuring long-term reliability and reducing downtime.
Finally, the customer expressed concern about the diameter range of the motor and learned that the diameter of a certain vibration motor ranges from φ6mm to φ12mm, providing flexibility for a variety of applications. Whether it is a motor for specific performance requirements or a solution that requires customized configuration, these motors can meet the specific needs of customers and enhance user experience.
Product Detail Photo
