High-Performance JTQ6SL2BQ180002 6mm Diameter DC Micro-Motor
product detail
The main concerns of customers include multiple aspects. First, they asked about the application of mobile devices, emphasizing that these devices (such as smartphones and tablets) need to provide precise tactile feedback for notifications, calls and reminders. At the same time, they expressed their concern about the needs of wearable devices, understanding how fitness trackers and smart watches can benefit from effective and reliable vibration feedback. In addition, customers also paid attention to consumer electronics, asking how game controllers, remote controls and other small electronic devices can use precise and reliable tactile feedback to enhance the user experience. In terms of medical devices, customers want to understand how compact medical devices need accurate and long-lasting vibration feedback to meet the needs of alarms and notifications.
In terms of technology, customers expressed their concern about the compact design of small motors, emphasizing that the 7mm brushed motor is very suitable for applications with limited space. The motor is able to generate fast and continuous vibrations through electrical excitation, providing effective vibration alerts or feedback. Customers also expressed interest in a variety of technical options, including brushed, brushless (BLDC), linear resonant actuator (LRA), and dual magnetic brush types to meet different application needs. In addition, customers want to understand the availability of customizable options, including a variety of connectors, spring contacts, FPCs, or exposed contact pads, and asked whether customized FPCs, foam pads, or double-sided tapes of different thicknesses can be added.
Finally, customers expressed concern about motor durability, learning that brushed motors are typically used in low-cost consumer products and are suitable for light to medium duty cycles, while brushless motors are recommended for applications that require long motor life and high mean time between failures (MTBF). LRA motors are ideal for applications that require fast rise and fall times to provide clear tactile feedback, while dual-magnet vibration motors provide high G forces and excellent rise and fall times without the need for a driver IC.
Currently, customers are also interested in the application of micro drones, emphasizing the need for high speed and reliable performance for precise control and maneuverability. In addition, they inquire about the applicability of electric locks and other locking mechanisms, understanding how these devices can provide consistent and powerful torque to ensure safe operation. Customers are also concerned about compact wearable devices, asking how they can provide effective and reliable motor performance. In terms of medical devices, they want to understand how small medical devices require accurate and long-lasting motor performance to meet various operating needs. Finally, customers are concerned about the needs of small electronic devices, emphasizing how these devices benefit from reliable and high-speed motor performance.
Product advantages
The main concerns of the customers include multiple aspects. First, they asked about the compact design of the motor, emphasizing that the 7mm brush motor is very suitable for space-limited applications and can provide strong vibration feedback in small devices. Customers also expressed interest in the versatile technology of the motor and learned about the multiple technical options it provides, including brushed, brushless (BLDC), linear resonant actuator (LRA) and dual magnetic brush types to meet different application needs. In addition, they pay attention to the efficient performance of the motor to ensure accurate and consistent vibration feedback with minimal energy consumption.
In terms of customization options, customers want to know about available connectors, spring contacts, FPCs, or exposed contact pads, and ask if custom FPCs, foam pads, or double-sided tapes of varying thicknesses can be added. Customers also expressed concern about the durability of the motors, learning that brushed motors are typically used in low-cost consumer products for light to medium duty cycles, while brushless motors are recommended for applications that require long motor life and high mean time between failures (MTBF). LRA motors are ideal for applications that require fast rise and fall times to provide clear tactile feedback, while dual-magnet vibration motors provide high G forces and excellent rise and fall times without the need for a driver IC.
Currently, customers are interested in applications for micro-UAVs, emphasizing the need for high speed and reliable performance for precise control and maneuverability. In addition, they inquire about the applicability of electric locks and other locking mechanisms, understanding how these devices can provide consistent and powerful torque to ensure safe operation. Customers are also interested in compact wearable devices, asking how they can provide effective and reliable motor performance. In terms of medical devices, they want to understand how small medical devices require accurate and long-lasting motor performance to meet various operational needs. Finally, customers are concerned about the needs of small electronic devices, emphasizing how these devices benefit from reliable and high-speed motor performance.
Currently, customers are also interested in the motor's precious metal brush contacts, understanding how they enhance conductivity and durability. In addition, they are interested in the motor's high torque and speed, and learned that its stall torque is 0.90 cm and its typical no-load speed is 19010 RPM, providing strong and high-speed performance. Customers want to know about the availability of custom configurations, including custom lead lengths and speeds, to meet specific needs. Finally, they are interested in the motor's multiple applications, which are suitable for a variety of scenarios such as micro drones, locking mechanisms, wearable devices, medical devices, and consumer electronics.
Features
The JTQ6SL2BQ180002 micro motor is a high-performance and versatile solution for a variety of applications, including micro drones, electronic locks, wearables, small medical devices, and consumer electronics. The motor provides efficient performance, ensuring high-speed and reliable operation with minimal energy consumption, and its stall torque of 0.90 cm is suitable for applications that require consistent and powerful torque. The JTQ6SL2BQ180002 is equipped with precious metal brush contacts, which enhances conductivity and durability, ensuring long-term stable operation of the motor. In addition, the motor supports customized configurations, including lead length and speed, to meet specific needs. Whether you need a motor that meets specific performance requirements or require a customized configuration, the JTQ6SL2BQ180002 can meet your specific needs and enhance the user experience.
Product Detail Photo
