Abstract Our project is a standalone temperature and fan monitoring and control unit for the PC. It uses the temperature readings to adjust fan speeds in order to regulate temperature and noise. The system is flexible in that it can be configured to be either completely autonomous, or set up to be configurable. It is […]
PC temperature control using Atmel Mega32 Read More »
Introduction Our electronic drawing board integrates an easy human interface with a standard electronic display; specifically the a touchpad and an oscilloscope or TV screen. The rationale behind the drawing board is to be able to create a free hand sketch using the touchpad and have a real time display on a screen which can
TouchPad Drawing Board Using ATMega32 Read More »
(PRWEB) September 7, 2005 Much equipment still has a RS232 serial port as the main data transfer method. Even new equipment can have serial ports because they are easy and cheap to implement, most microcontrollers support them efficiently and designers know how to use them. Also, data can be transferred reasonably fast at 115Kbps, which
Now Use Your 802.11 WiFi To Connect To RS232 Serial Ports Read More »
Description The ATMega16 chip in the M16 has a real-time counter that operates asynchronously when a 32,768hz watch crystal is connected to it, providing a real-time clock. Bascom has built-in support for the RTC, making it very easy to use time functions. The watch crystal needs to connect to pins TOSC1(pin 28) and TOSC2(pin 29).
Real Time Clock ATMega16 Read More »
Description This board is a small controller board on which you can build your projects. It is suited for educational use, experiments or prototyping. The board uses the AT2313 microcontroller with a 10Mhz crystal. The board contains the ISP 10-pin connector for in circuit serial programming. It has also a push button reset switch for
ATTiny2313 Board RS232 Read More »
Here is my home-made kit of ATmega32 microcontroller interfacing. The ATmega32 controller is rich with features like onboard 32kB in-System programmable flash, 1 KB EEPROM, 2KB SRAM, 10bit ADC (8 channel), SPI bus inteface, TWI (compatible with I2C bus) interface, an USART, analog comparator, etc. That’s why I’ve selected it to load my kit with
Make-Yourself ATmega32 Starter’s Kit with LCD, I2C, SPI, RTC, ADC interfaces Read More »
Here is my project on interfacing of SD Card (microSD). microSD cards are available very cheap nowadays, a great option for having a huge memory in any embedded system project. It is compatible with SPI bus, so the interfacing is easy. SD card adapters are also easily available in market, one can easily make a
SD/SDHC Card Interfacing with ATmega8 /32 (FAT32 implementation) Read More »
