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汽车尾灯逻辑检测装置的设计与分析
资料介绍
汽车尾灯系统制作简单，节能可靠，减少交通事故隐患、提高行车的安全性是不懈追求的目标。采用7块集成电路芯片，6个LED发光二极管，4个电阻，2个电容，通过数字逻辑设计的基本方法，设计了一款汽车尾灯系统监测装置．并对汽车尾灯系统的总体设计方案、硬件电路、结构特点、工作原理及其调试方法进行了详细的分析介绍。该系统实现了正常运行、左转、右转、临时刹车等4种常用的汽车尾灯状态，且制作简单，可靠节能，具有比较高的实用价值。
The automobile taillight system to create simple, reliable energy and reduce traffic risks and improve traffic safety is the goal of the unswerving pursuit, we use seven integrated circuit chip, six LED light-emitting diodes, four resistors, two capacitors, by the basic method of digital logic design, design a automobile taillight system monitoring devices, and automobile taillights overall system design, hardware circuit, structural features, working principle and method of debugging a detailed analysis of introduction. The system implements the normal operation, turn left, turn right, temporary brake and other automotive taillights of four commonly used state, and the production of simple, reliable energy, with a high practical va...
部分文件列表
| 文件名 | 大小 |
| 汽车尾灯逻辑检测装置的设计与分析.pdf | 243K |
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