• 主题
高级搜索  >
历史搜索 清空历史
首页> 外文期刊>Advances In Applied Physics >Use of short message service (SMS) based ATmega328 microcontroller and SIM800L modules as on / off control electronic equipments
【24h】

Use of short message service (SMS) based ATmega328 microcontroller and SIM800L modules as on / off control electronic equipments

机译：基于短消息服务（SMS）的ATmega328微控制器和SIM800L模块用作开/关控制电子设备

获取原文
           
页面导航
  • 摘要
  • 著录项
  • 相似文献
  • 相关主题

摘要

This article creates a new method of controlling tool on / off electronic devices using Short Message Service (SMS). On / off electronic device controllers have been developed using Siemens C35 mobile phones as receivers on devices and other phones as controllers. In this study the receiver on the tool used SIM800L module, so to operate the device simply use a mobile phone. Apart from being a receiver, SIM800L can also send a reply to the mobile phone that is used as a controller. Work process tools that have been made that the command in the form of SMS sent using the phone will be received by SIM800L and processed by ATmega328 microcontroller. If the command is processed in accordance with the program, then ATmega328 will turn on or off the relay that is connected directly with the electronic devices to be controlled. The created tool has been tested with 5 distance variations. Taken 50 attempts for each distance variation with randomly selected commands. The test results show that the tool is made quite effective to use, with an average accuracy of 92.62%. Keywords: SMS, SIM800L, ATmega328, Relay 1. Introduction Many methods are used to control on / off electronic devices that have been done as in the journal entitledDevelopment of a Sim800L Based Reprogrammable Household Smart Security System with Recipient Phone Call Alert [1], Embedded Technology for Remote Data Logging, Monitoring and Controll- 20 Made Dwi Artawan et al. ing Using GSM/GPRS [2], A Smart Control System of Home Appliances Using SMS [3], Intelligent Control of Electronic Appliances Using Remote GSM [4], Remote Controller for Controlling Turning Appliances On and Off [5], but from the methods that have been done, some use internet access to control so at least have to use android based mobile phone, turn off automatic device with sensor, but can only be monitored by handphone, controller with remote control for very limited distance and there also using the arduino minimum system module directly on the tool, but there is no reply from a given command code error. In this research has been successfully made the controller on / off electronic devices equipped with 16 commands that can be used to control, as well as replies from the given command as well as notification of errors sent to the command tool. The tool has been tried with 5 variations of control distance. 50 experiments were taken for each distance variation with randomly selected command, with average tool success rate of 92.62%. In this paper discussed in part 2 of the tool schematic circuit, section 3 discusses the results and discussion and section 4 discusses the conclusions. 2. Schematic Circuit Tool The tools used in this research are cellular phone, ATmega328 microcontroller downloader, multimeter, tweezers, solder, screwdriver, scissors, PCB drill, 5 Volt 1 Ampere adapter. While the materials used to design the controller on / off the electronic devices in this research are ATmega328 microcontroller, SIM800L module, capacitor 16 V 470 μF, capacitor 100 nF, capacitor 22 pF, resistor 330 Ω, resistor 10 kΩ, resistor 1 kΩ, trimpot, transistor 2N3904, diode 4007, diode 4148, relay 5 V, Crystals 16000 MHz, led 3 mm, connecting cable, project board. For schematic circuits on the tool made using Eagle application and schematic results on the tool can be seen as in Figure 2.1. Figure 2.1 Schematic circuit tool.
机译：本文创建了一种使用短信服务（SMS）控制电子设备上的工具开/关的新方法。使用西门子C35移动电话作为设备上的接收器并使用其他电话作为控制器来开发开/关电子设备控制器。在本研究中，该工具上的接收器使用了SIM800L模块，因此只需使用手机即可操作该设备。除了作为接收器之外，SIM800L还可以将答复发送给用作控制器的手机。 SIM800L将接收通过电话发送的SMS形式的命令后，由ATmega328微控制器处理的工作流程工具。如果按照程序处理了命令，则ATmega328将打开或关闭直接与要控制的电子设备连接的继电器。创建的工具已经过5种距离变化的测试。使用随机选择的命令对每个距离变化进行了50次尝试。测试结果表明该工具使用起来相当有效，平均准确度为92.62％。关键字：SMS，SIM800L，ATmega328，继电器1。简介许多方法都用于控制电子设备的开/关，如题为《开发具有接收者电话警报的基于Sim800L的可重编程家用智能安全系统》 [1]所述，嵌入式技术用于远程数据记录，监视和控制-20 Made Dwi Artawan等。使用GSM / GPRS [2]，使用SMS的家用电器智能控制系统[3]，使用远程GSM的电子设备智能控制[4]，用于控制打开和关闭电器的远程控制器[5]，但从已经完成的方法，有些使用互联网访问进行控制，因此至少必须使用基于android的手机，关闭带有传感器的自动设备，但只能通过手机，带有远程控制功能的控制器进行监控，距离非常有限，并且arduino最小系统模块直接在工具上，但是没有给出来自给定命令代码错误的答复。在这项研究中，已经成功地使控制器的电子设备开/关配备了16个可用于控制的命令，以及对给定命令的答复以及向命令工具发送的错误通知。该工具已经过5种控制距离变化的尝试。使用随机选择的命令针对每个距离变化进行了50个实验，平均工具成功率为92.62％。在工具原理图电路的第2部分中讨论的本文中，第3节讨论了结果和讨论，第4节讨论了结论。 2.原理图电路工具本研究中使用的工具是手机，ATmega328微控制器下载器，万用表，镊子，焊料，螺丝刀，剪刀，PCB钻，5伏1安培适配器。尽管在本研究中用于设计电子设备开/关控制器的材料包括ATmega328微控制器，SIM800L模块，电容器16 V 470μF，电容器100 nF，电容器22 pF，电阻330Ω，电阻10kΩ，电阻1kΩ，微调电位器，晶体管2N3904，二极管4007，二极管4148，继电器5 V，晶体16000 MHz，led 3 mm，连接电缆，项目板。对于使用Eagle应用程序制作的工具上的原理图电路，该工具上的原理图结果如图2.1所示。图2.1电路原理图。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱：kefu@zhangqiaokeyan.com

京公网安备：11010802029741号 ICP备案号：京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有

  • 客服微信

  • 服务号