| 一种基于超级电容快速充电的循迹小车设计 |
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| 引用本文： | 纪鑫哲,叶尔深·艾尔肯,叶博远,张海楠,金平.一种基于超级电容快速充电的循迹小车设计[J].无线互联科技,2020(4):73-75. |
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| 作者姓名： | 纪鑫哲 叶尔深·艾尔肯 叶博远 张海楠 金平 |
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| 作者单位： | 河海大学能电院 |
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| 摘 要： | 文章利用MSP430F149单片机、TPS63020芯片、TCRT5000红外传感器、无线充电模块、计时控制电路、自启动电路、DC DC模块和直流电机等模块设计并制作了一个可循迹的电动小车动态无线充电系统,可通过灯光显示是否处于充电状态,小车检测到发射线圈停止工作时可自行启动,并在行驶期间实现动态充电,设计了电容"快充慢放"电路,能够完成预期功能,在电能输出效率最优情况下沿引导线稳定行驶。
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| 关 键 词： | 动态无线充电 小车 循迹 MSP430F149单片机 TCRT5000红外传感器 超级电容 快充慢放 |
Design on the invention relates to a tracking car design based on super capacitor quick charging |
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| Authors: | Ji Xinzhe Yeershen·Aierken Ye Boyuan Zhang Hainan Jin Ping |
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| Affiliation: | (School of Energy and Electricity,Hohai University,Nanjing 211100,China) |
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| Abstract: | In this paper,MSP430 F149 single chip microcomputer,tps63020 chip,TCRT5000 infrared sensor,wireless charging module,timing control circuit,self starting circuit,DC-DC module and DC motor are used to design and make a traceable dynamic wireless charging system for electric vehicle,which can display whether it is in charging state by light,when the vehicle detects that the transmitting coil stops working,it can automatically The circuit of capacitor fast charging and slow discharging is designed,which can complete the expected function and drive stably along the conductor under the condition of the optimal power output efficiency. |
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| Keywords: | dynamic woreless charging handcart tracing MSP430F149 microcontroller TCRT5000 infrared sensor super capacitor fast charge and slow discharge |
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