搜索资源列表
genzong
- 一个二维的太阳能跟踪平台的源代码，通过四个光敏电阻检测光强，驱动两个减速电机跟踪-A two-dimensional solar tracking platform source code, through four photo resistors Detected light intensity, motor-driven two speed tracking
Sun_Location
- 精确计算太阳的方位角与高度角，是太阳能电池板跟踪程序的上位机验证程序-Accurately calculate the sun' s azimuth and elevation angle, is the solar panels track the program verification process PC
timertestDlg
- 天文程序,可实现对太阳能的实时跟踪，由VC编写-solar track
solartracking
- 精密（非市场上低精度产品）太阳能跟踪控制器源码，本人亲手开发，虽然属上一代产品，但仍处先进水平，具有较好的借鉴意义，注册ID换下载分数，敬请珍惜-Precision (non-market, low-precision products) solar tracking controller source code, I personally developed, though a few are previous generation products, but still advanced l
solar
- 基于单片机的太阳能的自动跟踪程序，程序包中含有硬件参考图-MCU-based automatic tracking solar energy program
now
- 双轴太阳能跟踪：双轴，通过两个步进电机带动，实现跟踪太阳的目的，-Dual-axis solar tracking: two-axis, driven by two stepper motors to achieve the purpose of tracking the sun,
taiyangnengzidonggenzong
- 基于51单片机都 自动太阳能跟踪系统 包含源码和电路图-51 MCU-based solar tracking system automatically includes source code and schematic
C8051F020
- 通过C8051F020实现传感器信号采集并驱动步进电机，实现太阳能光电池的光线跟踪功能-C8051F020 realize sensor signal acquisition by stepping motor drive, and solar power of ray tracing test
a
- 这是一篇介绍基于步进电机的太阳跟踪系统设计的文章，还不错！建议一看！-This is an article on the stepper motor-based solar tracking system design articles, not bad! Recommend a look!
LZLLZL
- 实现太阳能电磁板自动跟踪太阳的功能，提高太阳能的利用率。-Achieve automatic tracking solar panels solar magnetic features and improve the utilization of solar energy.
track
- msp430f149,IAR,ADC采样之后对太阳点光源进行跟踪,点光源进行模拟滤波放大之后-track the sun
precisetrack
- 太阳精确跟踪系统51单片机实现程序，利用平衡调整法实现-precise track system
yuntaikongzhi
- 对303Q云台的控制使用PLNCE协议，并且对光敏三极管采集光强进行太阳跟踪。-Of 303 q yuntai control use PLNCE agreement, and the photosensitive triode acquisition light intensity on the sun tracking
430
- 使用430控制两个电机跟踪太阳的程序，很好用哦-Use the 430 program to control two motors track the sun, oh good use
Solar-tracking-system
- 太阳能自动跟踪系统，采用了6组光敏电阻检测各个维度的光照强度，以确定太阳光垂直照射的方向，通过调节液压系统来保持太阳能电池板正对太阳光照-Solar tracking system, using the light intensity detected in 6 groups photoresistor each dimension, in order to determine the direction perpendicular sunlight exposure by adjusting
solar-51-
- 利用KEIL软件，由单片机C语言编写而成，主要包括主程序、初始化程序、校正程序、数据读取程序等。太阳偏转角的状态的监测是由单片机I/O口对光电检测模块进行扫描读入实现的。通过步进电机实现太阳能电池板的转动，达到太阳跟踪的目的。- 利用KEIL软件，由单片机C语言编写而成，主要包括主程序、初始化程序、校正程序、数据读取程序等。太阳偏转角的状态的监测是由单片机I/O口对光电检测模块进行扫描读入实现的。通过步进电机实现太阳能电池板的转动，达到太阳跟踪的目的。 利用KEIL软件，由单片机C语言
project
- 单片机采集四个方向的光强，实现太阳能电池板自动跟踪太阳的功能，程序可控制水平和垂直方向电机的运转。(The MCU collects the light intensity in four directions, realizes the function of the solar panel to automatically track the sun, and the program can control the operation of the horizontal and vertic