MultiPurpose Atmel Development Boards Project

Summary of MultiPurpose Atmel Development Boards Project


This article describes a multi-purpose Atmel AVR development board designed for software quality testing. It supports various microcontrollers including ATmega8, ATmega16, ATmega162, ATtiny2313, and ATtiny13. The board features extensive I/O capabilities such as RS232/RS485 conversion, LCDs, LED bars, sensors, MIDI input, and EEPROM connectivity to facilitate comprehensive circuit testing and development.

Parts used in the MultiPurpose Atmel Development Boards:

  • ATmega8 microcontroller
  • ATMega16 microcontroller
  • atmega162 microcontroller
  • ATtiny2313 microcontroller
  • ATTINY13 microcontroller
  • RS232 to RS485 circuit
  • LCD display (2 × 8 and 16 × 2)
  • LED bar display
  • I2C EEPROM at24cxxx
  • DS18X20 sensors
  • MIDI input
  • Dip-switches
  • Triac floors
  • IR receiver

Atmel series microcontrollers series to prepare for the software quality testing to ensure ease in your test circuit has 3 different test circuit. ATmega8, ATMega16, atmega162, ATtiny2313 and ATTINY13 made ​​to the circuit RS232… Electronics Projects, MultiPurpose Atmel Development Boards Project “avr development board, ”

MultiPurpose Atmel Development Boards Project

Atmel series microcontrollers series to prepare for the software quality testing to ensure ease in your test circuit has 3 different test circuit.

ATmega8, ATMega16, atmega162, ATtiny2313 and ATTINY13 made ​​to the circuit RS232 to RS485 keyboard LEDs LCDs and a lot more input and output sections DS18X20 sensors midi input dip-switches EEPROM triac floors have whatever you a super design moreover pcb drawing is on.

Atmel AVR Development Boards

Atmel AVR Development Boards

Only atmel atmega162 programming feature of the test circuit which has the jumper settings and 2 × 8 and 16 × 2 LCD display with LED bar display indication and button can be connected there. SDA and SCL I2C EEPROM at24cxxx. 16 pin connector for external connections RS232 serial port swic’s bottom.

 LED bar display indication and button can be connected there

At89cx051 and have the same characteristics for the ATTINY2313 devresinde the test section is in addition to the IR receiver.

At89cx051 and have the same characteristics for the ATTINY2313 devresinde

Source: mirley.firlej.org All development, test circuit for atmel alternative link: multipurpose-atmel-development-boards-project.rar alternative link2 alternative link3

Alternative File Download LINK list (in TXT format): LINKS-8950.zip

Quick Solutions to Questions related to MultiPurpose Atmel Development Boards:

  • Which microcontrollers are supported by this test circuit?
    The circuit supports ATmega8, ATMega16, atmega162, ATtiny2313, and ATTINY13.
  • Does the board include an RS232 serial port?
    Yes, the board includes an RS232 serial port with jumpers for settings.
  • What type of LCD displays are connected to the ATmega162 test circuit?
    The circuit features 2 × 8 and 16 × 2 LCD displays along with an LED bar display.
  • Can the board interface with I2C devices like EEPROM?
    Yes, it supports SDA and SCL I2C connections for EEPROM at24cxxx.
  • Are DS18X20 sensors included in the project design?
    Yes, the design includes DS18X20 sensors among its input and output sections.
  • What communication protocol conversion is available on the board?
    The board is made to handle circuits from RS232 to RS485.
  • Does the ATtiny2313 section have an IR receiver?
    Yes, the test section for the ATtiny2313 includes an IR receiver.
  • What external connection options are provided?
    A 16 pin connector is provided for external connections.

About The Author

Ibrar Ayyub

I am an experienced technical writer holding a Master's degree in computer science from BZU Multan, Pakistan University. With a background spanning various industries, particularly in home automation and engineering, I have honed my skills in crafting clear and concise content. Proficient in leveraging infographics and diagrams, I strive to simplify complex concepts for readers. My strength lies in thorough research and presenting information in a structured and logical format.

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