Design of multi-function remote control car
Abstract
With the rapid progress of computer, microelectronics and information technology, the development of intelligent technology is getting faster and faster, higher and higher, and the application scope has been greatly expanded. Intelligent as a modern new invention, is the future direction of development, it can be in accordance with the preset mode in an environment in the automatic operation, does not need man-made management, can be applied to scientific exploration and other purposes. Intelligent electric car is one of the embodiments. Designers can program their software to achieve their travel, tracking, stop the precise control and detection of data storage, display, without human intervention. Therefore, the intelligent electric car with reprogramming characteristics, is a kind of robot.
The design uses AT89C51 single-chip motor drive circuit and infrared remote control and tracking module and infrared receiver integrated sensor designed, the use of modular design, the use of infrared remote-control car forward, back, turn left, turn right, start and stop.
References
National College Students Electronic Design Competition Organizing Committee. Fifth National College Students Electronic Design Competition Award-winning works selected, 1st edition, Beijing Institute of Technology Press, 2005, P10-17.
HG. Kang, DC. Chen. Electronic technology basic simulation part, 4th edition, higher education press, 1999, fourth edition, P82-155.
HG. Kang, SB. Zou. Electronic technology based on the digital part, 4th edition, Higher Education Press, 2000, 4th edition, P83-155.
JC. Li, RM. Cai. Commonly used crystal diodes, high power transistor manual, People’s Posts and Tele-communications Press, 1981, the 1st edition, P23-55.
ZW. Huang, Y. Wang, WG. Chen. National College Students Electronic Design Competition Training Course, 1st edition, Electronic Industry Press, 2005, P304-P314.
JX. Wu, QY. Shen, TJ. Guo .8051 single chip microcomputer practice and application, the ï¬ rst edition, Tsinghua University Press, 2002, P147-167.
Aoki Yoshihiko. Design and production of analog circuits, 1st edition, Science Press, 2005, 119-131.
G D. Li, YX. Zhu, XS. Wang. Single-chip foundation, 2nd edition, Beijing University of Aeronautics and Astronautics Press, 2001, P13-71.
LF. Mei, YQ. Wang, J. Zhang, etc. Single-chip principle and interface technology, the ï¬ rst edition, Tsinghua University Press, 2004, P296-323.
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