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A telemetric stress-mapping CMOS chip with 24 FET-based stress sensors for smart orthodontic brackets

机译:遥测应力映射CMOS芯片,带有24个基于FET的应力传感器,用于智能正畸托槽

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With ongoing miniaturization in technology and increasing complexity in assembly and packaging, stress-sensing microsystems gain importance for the evaluation of IC packages [1]. Additionally, integrated stress-sensor systems are attractive for miniaturized force and torque sensing in various fields. The chip presented here is designed for the next generation of smart brackets, i.e. intelligent orthodontic brackets serving the orthodontist with measured loads applied to each treated tooth during therapy [2]. Furthermore, wireless communication is beneficial for achieving access to harsh environments and to reduce maintenance [3], and is mandatory for clinical smart brackets.
机译:随着技术的不断小型化以及组装和封装的日益复杂,应力感测微系统对于IC封装的评估变得越来越重要[1]。另外,集成的应力传感器系统对于在各个领域中实现最小的力和扭矩传感具有吸引力。这里介绍的芯片是为下一代智能托槽而设计的,即智能正畸托槽为正畸医生提供在治疗过程中施加到每个治疗牙齿上的测量载荷[2]。此外,无线通信有利于实现对恶劣环境的访问并减少维护[3],并且对于临床智能支架是必不可少的。

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