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SCR.rar
- STC12C5412AD做的温度检测控制的源程序.有AD检测,可控硅过零触发,PID算法.,STC12C5412AD make the temperature measurement and control of the source. Have AD detection, zero crossing triac trigger, PID algorithm.
2011824
- 一种声光控制开关装置，它包括：声光控制电路、延时电路、可控硅开关电路等。-One kind of sound and light control switch devices, which include: sound and light control circuit, delay circuit, the triac circuit.
022
- 单片机来做的PWM来无级调光程序 单片机来做的PWM来无级调光程序通过光耦可控硅来控制可控硅的导通角，从而实现白炽灯亮度的变化。 -Microcontroller PWM to do the procedure without dimming PWM microcontroller to do the procedure without dimming control by SCR optocoupler triac conduction angle, in order to achiev
temperature
- STC12C5412AD做的温度检测控制的原理图.有AD检测,可控硅过零触发,开关电源.-Detect STC12C5412AD make the temperature control schematic. Have AD detection, zero crossing triac trigger, switching power supply.
MOC3020S
- 双向晶闸管隔离驱动芯片，做单片机电源控制用-Isolation Triac driver chips, to do with single-chip power control
controltriac
- control triac (220 AC) by pic microcontroller
AVRTemperatureControlSystem
- 基于 AVR 单片机的水温自动控制系统 摘要: 本系统以 ATMEGA16 单片机作为系统的检测和控制核心，采用温度传感器 AD590实现0—100℃温度范围内的实时温度采集，通过双向可控硅 BT136 控制电热杯对系统进行加热，利用继电器控制半导体制冷片对系统进行散热。通过一线键盘实现对任意温度值进行设定并对模糊 PID 参数的调整，液晶 LCD1602 实时更新显示当前温度测量值与键盘设定温度值。利用模糊 PID 算法，通过调功法对水温系统进行控制,实现在 0—100℃范围内任
Temperature
- AC HEATER CONTROL SYSTEM - TEMPERATURE SETTING - FND DISPLAY - TRIAC CONTROL
abc
- 设计以89c52单片机为核心，采用了温度传感器AD590，A/D采样芯片ADC0804，可控硅MOC3041及PID算法对温度进行控制。该水温控制系统是一个典型的检测、控制型应用系统，它要求系统完成从水温检测、信号处理、输入、运算到输出控制电炉加热功率以实现水温控制的全过程。-89c52 microcontroller as the core design, using a temperature sensor AD590, A/D sampling chip ADC0804, triac MO
PWM-PCA-V0.1
- 利用双向可控硅控制家中所有的电灯的亮和灭，采用ARM单片机-Using triac control the home bright and all the lights off, using the ARM microcontroller
TRIAC
- microchip pic16 triac control
Triac-working-with-I2C-ADC-and-PWM
- 89S52 based project controls the triac using PWM to control the light intensity based on the light intensity.
Relay-and-TRIAC-Control-Power-Device
- 可控硅的各种实用电路分析与各种控制系统电路中可控硅的应用-SCR practical circuit analysis and various control system circuit SCR applications
temperature-control-system
- 基于单片机的温度控制系统设计与实现--设计了烘干箱温度控制及其显示系统。本设计中通过单线式温度传感器DS18B20进行温度检测，并将检测数据送入核心处理器AT89C51进行数据处理，温度的控制调整由双向可控硅、键盘、核心处理器协调工作完成 ，并将最终温度通过四位一体数码管显示。采用MCS-51系列单片机作为核心处理器控制方便、灵活，并且能够很大程度上提高温度控制技术指标。-In this paper, a drying case temperature control and display s
Relay-and-TRIAC-Control-Power-Device
- 继电器及双向可控硅控制照明设备，C语言编程，并配有proteus仿真电路。-Relay and triac control lighting equipment, C language programming, and is equipped with proteus simulation circuit.
controlcc
- 89C2051 C语言例程,用于继电器和可控硅控制,PID控制，ID采样-89C2051 C language routines for the relay and triac control, PID control, ID sampling
TRIAC-control-of-heating-element.
- TIAC COMMAND FOR SCR USING PWM
PIC-examples-11-15
- PIC examples 11 Relay and TRIAC Control Power Device ==== 15 TMR0 Control Horse Light-PIC examples 11 Relay and TRIAC Control Power Device ==== 15 TMR0 Control Horse Light
Microcontrollers and Triacs Easily Connected
- Triac control using 8051 compatible controller, with C source
triac_pulse_lcd
- Control triac for temperature regulation ir