一种大功率无线触摸开窗机的设计
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摘要
针对高层、超高层建筑及玻璃幕墙、玻璃采光顶对自动开窗机的实际需要,设计了一种大功率无线触摸开窗机。详细论述了系统组成及各模块的功能,在此基础上设计了大功率单端反激式开关电源,电容式触摸按键和433MHz无线收发模块,并给出了具体的电路图。实验结果表明:该装置输出精度高、稳定性强,填补了国内电动窗机控制领域大功率控制系统的空白,具有广阔的应用前景。
In view of the actual requirements of the automatic window opener for high rise, super high rise building, glass screen wall and glass sunroof, a high power wireless touch window opener is designed. The composition of the system and the functions of each module are discussed in detail. On this basis, a high power single end fly back switching power supply, a capacitive touch key and a 433 MHz wireless transceiver module are designed, and the specific circuit diagram is given. The experimental results show that the device has high output precision and strong stability. It is filling the blank of large power control system in the control field of domestic electric window machine, having a broad application prospect.
In view of the actual requirements of the automatic window opener for high rise, super high rise building, glass screen wall and glass sunroof, a high power wireless touch window opener is designed. The composition of the system and the functions of each module are discussed in detail. On this basis, a high power single end fly back switching power supply, a capacitive touch key and a 433 MHz wireless transceiver module are designed, and the specific circuit diagram is given. The experimental results show that the device has high output precision and strong stability. It is filling the blank of large power control system in the control field of domestic electric window machine, having a broad application prospect.
引文
[1] 邵登乔. 浅淡智能电动开窗器在建筑幕墙中的应用[J]. 门窗,2012,3:7-9.
[2] 田今高. 电动窗系统在现代建筑中的应用[J]. 科技风,2011(12)
[3] 徐迎春. 智能开窗器在智能建筑中的应用[J].智慧工厂,2015(12)
[4] ChoiHangSeok, Fairchili Sam iconductor, Application Note AN4173: Design Guidelines for Of, line Fly back Converters Using FPS
[5] Erickson R W, DraganM, Fundamentals of Power Electronics Second Edition New Yolk(NY USA):Kluwer A cademic Publishers 2000 300-376.
[6] 卢宇晨,潘峰. 基于TEA1750的110W大功率LED驱动电源设计[J]. 科技通报, 2016(1).
[7] 孟建辉,刘文生. 反激式变换器DCM与CCM模式的分析与比较[J]. 通信电源技术, 2010(06).
[8] 韩新华. 反激式开关电源的分析与研究[J]. 太原科技,2010(01).
[9] 沙占友,李玮. 开关电源输入端保护元件及电路设计[J]. 电源技术应用,2009(11).
[10] 符长友. 基于MSP430F2616的并联开关电源的设计与实现[J]. 科技通报, 2012(04).
[11] 周芒. 电容式触摸按键判码方法研究[J]. 电子世界,2013(10).
[12] 韩俊,戎蒙恬. 低成本电容式触摸控制设计[J]. 信息技术, 2006(08).
[13] 李娜,贾茹楠,詹华伟. 基于STC11F02E的学习型红外遥控智能灯的设计[J]. 电子制作. 2014(03)
[2] 田今高. 电动窗系统在现代建筑中的应用[J]. 科技风,2011(12)
[3] 徐迎春. 智能开窗器在智能建筑中的应用[J].智慧工厂,2015(12)
[4] ChoiHangSeok, Fairchili Sam iconductor, Application Note AN4173: Design Guidelines for Of, line Fly back Converters Using FPS
[5] Erickson R W, DraganM, Fundamentals of Power Electronics Second Edition New Yolk(NY USA):Kluwer A cademic Publishers 2000 300-376.
[6] 卢宇晨,潘峰. 基于TEA1750的110W大功率LED驱动电源设计[J]. 科技通报, 2016(1).
[7] 孟建辉,刘文生. 反激式变换器DCM与CCM模式的分析与比较[J]. 通信电源技术, 2010(06).
[8] 韩新华. 反激式开关电源的分析与研究[J]. 太原科技,2010(01).
[9] 沙占友,李玮. 开关电源输入端保护元件及电路设计[J]. 电源技术应用,2009(11).
[10] 符长友. 基于MSP430F2616的并联开关电源的设计与实现[J]. 科技通报, 2012(04).
[11] 周芒. 电容式触摸按键判码方法研究[J]. 电子世界,2013(10).
[12] 韩俊,戎蒙恬. 低成本电容式触摸控制设计[J]. 信息技术, 2006(08).
[13] 李娜,贾茹楠,詹华伟. 基于STC11F02E的学习型红外遥控智能灯的设计[J]. 电子制作. 2014(03)