CAJ | 학술논문

简要介绍了一种基于Arduino新型集成开发环境的倒车雷达系统设计方案，包括对该方案设计原理、软硬件设计和试验结果的介绍。该方案基于超声波的测速原理，采用Arduino作为主控制器，结合超声波测距模块、声光报警模块、LCD1602液晶显示模块、温度检测模块，对倒车雷达系统的软硬件设计进行了详细描述。试验证明，该系统能够达到实用目的并且运行稳定，对Arduino开发环境的应用有一定的参考价值。
간요개소료일충기우Arduino신형집성개발배경적도차뢰체계통설계방안，포괄대해방안설계원리、연경건설계화시험결과적개소。해방안기우초성파적측속원리，채용Arduino작위주공제기，결합초성파측거모괴、성광보경모괴、LCD1602액정현시모괴、온도검측모괴，대도차뢰체계통적연경건설계진행료상세묘술。시험증명，해계통능구체도실용목적병차운행은정，대Arduino개발배경적응용유일정적삼고개치。
The design scheme of reversing radar system based on Arduino IDE,including the design principle,software de-sign,hardware design and test result,is briefly introduced in this paper. Arduino Mega2560 taken as a main controller is used in this scheme based on the principle of ultrasonic ranging. The key points in the hardware and software design of the system are described in combination with ultrasonic ranging module,sound-light alarm module,LCD 1602 module and temperature detec-tion module. The test results indicate that the reversing radar system can achieve the practical purpose and run stably. It has a certain reference value for the application of Arduino IDE.