High efficiency JTM0832-FP78-U LRA coin vibration motor
product detail
The main concerns of customers include multiple aspects. First, they asked about the application of micro drones, emphasizing that these devices require high speed and reliable performance for precise control and maneuverability. In addition, customers expressed concern about the suitability of electronic locks and other locking mechanisms, understanding how these devices can provide consistent and powerful torque to ensure safe operation. Wearable devices are also a focus of customers, asking how to provide effective and reliable motor performance in compact wearable technology, especially in fitness trackers and smart watches.
In medical devices, customers want to know how small medical devices need accurate and persistent vibration feedback to meet the needs of alarms and notifications. In consumer electronics, customers ask how game controllers, remote controls and other small electronic devices can use precise tactile feedback to enhance the user experience.
The customer also expressed interest in the motor’s precious metal brush contacts, understanding how they enhance conductivity and durability. In addition, they were interested in the motor’s high torque and speed, learning that its stall torque is 0.90 cm and its typical no-load speed is 19010 RPM, providing powerful and high-speed performance. The customer wanted to know about the availability of custom configurations, including custom lead lengths and speeds, to meet specific needs. Finally, they expressed interest in the motor’s multiple applications, including micro drones, locking mechanisms, wearables, medical devices, and consumer electronics.
Currently, customers are also interested in applications for mobile devices, emphasizing that these devices (such as smartphones and tablets) need to provide precise tactile feedback for notifications, calls and reminders. Whether it is a motor for specific performance requirements or a solution that requires custom configuration, the motor can meet the specific needs of customers and enhance the user experience.
Product advantages
The customer's main concerns included several aspects. First, they asked about the characteristics of the precious metal brush contact and how it enhances conductivity and durability. The customer also expressed interest in the high torque and speed of the motor, and learned that it has a stall torque of 0.90 cm and a typical no-load speed of 19010 RPM, providing powerful and high-speed performance. In addition, they wanted to understand the availability of custom configurations, including custom lead lengths and speeds, to meet specific needs.
In terms of applications, customers expressed interest in a variety of applications for motors, including micro drones, locking mechanisms, wearable devices, medical devices, and consumer electronics. Customers also asked about the characteristics of high-performance motors, emphasizing their high-efficiency performance to ensure reliable high-speed operation with minimal energy consumption.
In addition, customers expressed interest in the application of wearable devices, asking how to provide effective and reliable vibration feedback in devices such as fitness trackers and smart watches. 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 alarms. 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. Finally, customers expressed interest in the applicability of consumer electronics, asking how game controllers, remote controls, and other small electronic devices can benefit from precise tactile feedback.
Currently, customers are also interested in the characteristics of Z-axis vibration, and learned that a certain motor vibrates perpendicular to its maximum surface in the Z-axis, providing precise and consistent tactile feedback. Customers are also very concerned about low current consumption, and learned 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 want to learn about customizable options, including the availability of double-sided adhesive, rubber foam pads, and custom lead lengths, and asked if custom FPCs can be provided for orders of 10K pieces or more. Finally, customers are concerned about the reliable connection of the motor, and learned that its contact pads are designed to mate with PCB-mounted spring contacts or contact pins to ensure a stable and reliable connection.
Features
The customer's main concerns included several aspects. First, they asked about the features of the high-performance motor, emphasizing its high-efficiency performance to ensure reliable high-speed operation with minimal energy consumption. The customer expressed interest in the motor's stall torque and learned that it provides 0.90 cm of stall torque, suitable for applications that require consistent and powerful torque. In addition, the customer expressed interest in the advantages of precious metal brush contacts and learned how it enhances conductivity and durability. In terms of customized configurations, the customer wanted to know about the available custom lead lengths and speeds to meet specific needs.
In terms of applications, customers expressed interest in a variety of applicable scenarios for motors, including micro drones, locking mechanisms, wearable devices, medical devices, and consumer electronics. They specifically asked about the application of wearable devices, emphasizing how fitness trackers and smart watches can benefit from effective and reliable vibration feedback. At the same time, customers expressed interest in the needs of mobile devices, understanding how smartphones and tablets can use precise tactile feedback to handle notifications, calls, and alarms. In terms of medical devices, customers want to understand how small medical devices require accurate vibration feedback to meet the needs of alarms and notifications. Finally, customers expressed interest in the applicability of consumer electronics, asking how game controllers, remote controls, and other small electronic devices can benefit from precise tactile feedback.
Currently, the customer is also interested in the Z-axis vibration characteristics of another motor, and learned that the motor vibrates perpendicular to its maximum surface in the Z-axis, providing precise and consistent tactile feedback. The customer is also very concerned about low current consumption, and learned 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 want to learn about customizable options, including the availability of double-sided adhesive, rubber foam pads, and custom lead lengths, and asked if custom FPCs can be provided for orders of 10K pieces or more. Finally, the customer expressed concern about the reliable connection of the motor, and learned 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 Detail Photo
