Summary of AT90S2313 COMPUTER SUPPORTED PID TEMPERATURE CONTROLLER
This article describes a computer-supported PID temperature controller project using an AT90S2313 microcontroller. It features accurate temperature regulation via RS232 serial communication with a PC through a MAX232 chip. The system utilizes an MOC3061 opto-isolated TRIAC and a BTA10-600B for high mains voltage AC control, effectively minimizing overshoots common in simple systems.
Parts used in the AT90S2313 Computer Supported PID Temperature Controller:
- AT90S2313 Microcontroller
- MOC3061 Opto-isolated TRIAC
- BTA10-600B TRIAC
- MAX232 Chip
- RS232 Serial Port Connection
- PC Interface
PID Temperature Controller Max232 PC via RS232 serial port connection can be made According to information I found PID Temperature Controller is accurate temperature control system i AT90S2313 control system with high mains voltage MOC3061 Opto-isolated TRIAC BTA10-600B used… Electronics Projects, AT90S2313 Computer Supported PID Temperature Controller “avr project, microcontroller projects,
PID Temperature Controller Max232 PC via RS232 serial port connection can be made According to information I found PID Temperature Controller is accurate temperature control system i AT90S2313 control system with high mains voltage MOC3061 Opto-isolated TRIAC BTA10-600B used for AC Control
PID TEMPERATURE CONTROLLER
What’s a PID controller? PID stands for “proportional integral differential” and relates to a process which seeks to continuously correct the error between a measured variable and a desired setting by calculating an appropriate correction process. In practice, it can largely avoid the large overshoots and undershoots that occur in simple temerature control systems.
PID TEMPERATURE CONTROL PROJECT
Source: http://www.siliconchip.com.au/cms/A_109007/article.html
PID Temperature Control schematic pcb sowtware AT90S2313 source code alternative link:
FILE DOWNLOAD LINK LIST (in TXT format): LINKS-2539.zip
Source: AT90S2313 COMPUTER SUPPORTED PID TEMPERATURE CONTROLLER
- What is a PID controller?
PID stands for proportional integral differential and relates to a process that continuously corrects the error between a measured variable and a desired setting. - How does a PID controller improve temperature systems?
In practice, it can largely avoid the large overshoots and undershoots that occur in simple temperature control systems. - Can this PID controller connect to a PC?
Yes, the system supports PC connection via an RS232 serial port using a MAX232 chip. - What components are used for high mains voltage AC control?
The project uses an MOC3061 Opto-isolated TRIAC and a BTA10-600B for AC control. - Is the AT90S2313 used as the main control system?
Yes, the AT90S2313 serves as the control system for this accurate temperature control setup. - Does this project offer software source code?
Yes, schematic, PCB, and software source code for the AT90S2313 are available for download.
