搜索资源列表
ADC_PWM_LCD
- 基于AVR单片机mega16单片机的AD转换和PWM控制，通过AD采集光敏电阻电压的变化，知道环境亮度的改变，从而用PWM控制LCD的显示亮度的变化-Based on the single chip microcontroller mega16 AVR AD transform and PWM control, through the AD acquisition photoconductive resistance voltage change, know the change of envi
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- C51单片机热阻光敏电阻程序，电路图，数据手册-C51 single photosensitive thermal resistance programs, schematics, data sheet
at89c51-led-controller
- 基于at89c51单片机，用光敏电阻实现感光，从而对路灯开关的控制-At89c51 microcontroller, sensitive, street light switch control with photoresistor
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- 基于盛群单片机开发的 获得温湿传感器dht11和光敏电阻的数据 并且发送到1602显示屏的程序-Holtek-based single-chip temperature sensor was developed and photosensitive resistance dht11 and sent to the data display process 1602
PC-PIC
- VC++通信介面和PIC联机.PIC单片机通过光敏电阻的变化传送到上位机.并在VC++上拉机介面显示-VC++ Communication interface and PIC line. PIC Singlechip changes through the photosensitive resistor sent to the host computer. And VC++ Pull-machine interface display
cardesigner
- 本汽车远近光灯智能控制系统分为远光灯和近光灯光强检测部分、汽车环境光强检测并自动调光部分、时钟检测智能开启灯光部分、液晶显示远近光灯亮灭情况部分、主动按键自由控制部分。整个系统主要以模拟电路为主，配合数字电路控制，全系统通过AT89S52单片机进行全局控制，利用光敏电阻进行可靠的可见光光强检测。通过论证，本系统能够很好地实现汽车的灯光亮度调节和远近光灯的转换。-The Auto Distance Headlight Automatic Monitoring Electrical System
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- 采用新一代超强抗干扰/强抗静电/高速/低功耗单片STC11F32XE为数据处理和控制的路灯照明智能系统。该单片机实现了对路灯的亮灭控制、报警、还有定时功能。通过A/D转换TLV2543检测LED故障，D/A转换芯片TLC5620控制LED灯状态，利用光敏电阻原理和红外对管特性实现自动调节路灯开关状态。同时成功设计了恒流驱动电源电路，使LED正常稳定的工作，并完成了自动调节路灯驱动电源输出功率，基本上解决了LED灯不能工作在稳定电流的问题。-Interference by a new genera
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- 遥控和单片机光敏电阻数据采集，PC串行通讯-Remote data acquisition and SCM photoresistor, PC serial communication
adc0832
- 8051单片机光敏电阻遮挡试验。 sbit CS=P1^6 //定义数模转换器硬件对应引脚 sbit CLK=P1^3 sbit DO=P1^4 sbit DI=P1^5 sbit LED=P1^2 sbit SPK=P3^0 -8051 the photoresistor block test. the sbit the CS = P1 ^ 6 //defines DAC hardware corresponds to pin the sbit the
光敏电阻模块
- 光敏电阻传感器模块使用，c语言程序，51单片机(Photosensitive resistor sensor module, the use of C language program, 51 SCM)
基于51光敏电阻控制继电器
- 基于51单片机，当光敏数值小于20时，继电器1和2工作，当数值小于10时继电器3延时5秒工作，当数值大于50时继电器全部断开。（数值参数和延时数值可更改，继电器可加减）(Based on 51 single-chip microcomputer, when the light sensitive value is less than 20, the relay 1 and 2 work, when the value is less than 10, the relay 3 delay 5 se
光敏电阻
- 基于stm32单片机平台的光敏电阻光亮度采集代码(STM32 microcontroller platform based on light sensitive light acquisition code)
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- 基于12单片机通过光敏电阻用AD将信息反馈给lcd屏幕(The information is fed back to the LCD screen via a photosensitive resistor)
饮水机
- 通过按键控制售水机水流出和停止； 通过数码管显示费率、出水量及总费用；通过光敏电阻检测环境亮度，在亮度过低的情况下， 自动开灯。(Water outlet and stop of water dispenser are controlled by button; Through the digital tube display rates, water output and total cost; through the photosensitive resistance detection
步进电机版
- 单片机采集两组光敏电阻的阻止，计算电阻差值，以控制步进电机动作，调整x，y轴，使太阳能电池板始终与太阳光垂直，使太阳能板达到最大光效。(Single chip microcomputer collects two groups of photosensitive resistors to prevent and calculate resistance difference, so as to control stepper motor action, adjust X and Y axis,
光敏电阻ADC
- 已编程使数码管自动显示光敏电阻ADC转换后的数值(The digital tube has been programmed to automatically display the value of the photosensitive resistance ADC conversion)
光敏电阻4线参考资料
- 使用51单片机以及arduino对光敏电阻模块进行简单的测试(Simple tests were performed using 51 microcontroller and arduino for photosensitive resistance module.)
程序
- 基于光敏电阻的路灯控制电路。在单片机的基础上，用光敏电阻控制led亮灭。(Street lamp control circuit based on photoresistor. On the basis of MCU, the LED is controlled by photoresistor.)
ALIENTEK MINISTM32 实验4 外部中断实验
- 用stm32f103rct6控制光敏电阻，核心思想是pwm控制，根据光敏电阻检测的光照强度，将其作为输入信号来调整pwm波，从而改变灯光亮度。(Using stm32f103rct6 to control the photoresist, the core idea is PWM control. According to the light intensity detected by the photoresist, it is used as the input signal to adju
太阳追踪51单片机程序
- 基于51单片机开发的程序，根据光敏电阻感应自动调节步进电机，实现光能最大化转换。