Kinetic Mechanical Engineering, 2024, 5(1); doi: 10.38007/KME.2024.050101.
Donghui Feng, Bing Long, Yunming Li, Dunyu Zhou, Guangnan Zhao, Tao Sun, Yiting Shen, Xie Ma, Yufeng Ma, Jiaguang Chen, Jingwen Zhang, Jia Zeng
Ningbo Jinchengtai Electronics Co., Ltd., Ningbo 315500, China
Ningbo University of Finance & Economics, Ningbo 315175, China
Ningbo Polytechnic, Ningbo 315800, China
NingboTech University, Ningbo 315100, China
With the rapid development of information technology, users' requirements for camera performance have increasingly heightened, especially in terms of image stability and clarity. This study focuses on anti-magnetic interference and anti-shake motor technology, analyzing not only the optimization of the working principle of jitter motors from a theoretical perspective but also verifying the effectiveness of various technical improvements through experiments. In addition to enhancing motor performance, the study also emphasizes the innovative design of soft connection technology with suspension filaments and simplifies the production process while ensuring product performance, aiming to reduce costs. The successful implementation of the research has epoch-making significance in promoting the advancement of camera module technology in information terminal devices and enhancing user experience. This paper also conducts an in-depth analysis of technical difficulties encountered in motor design and proposes innovative solutions, paving new paths for the future development of motor technology. Through this research, it is expected to promote breakthroughs in high-definition imaging technology for information terminal devices, contributing significant strength to the industry's development.
Jitter Motor, Information Terminal Devices, Anti-Magnetic Interference, Anti-Shake Technology, Production Process
Donghui Feng, Bing Long, Yunming Li, Dunyu Zhou, Guangnan Zhao, Tao Sun, Yiting Shen, Xie Ma, Yufeng Ma, Jiaguang Chen, Jingwen Zhang, Jia Zeng. Engineering Design and Application Research of Key Technologies for Jitter Motors in Information Terminal Devices. Kinetic Mechanical Engineering (2024), Vol. 5, Issue 1: 1-12. https://doi.org/10.38007/KME.2024.050101.
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