Full Kit AVR Development Board

Here it is! For the one who is really excited about learning Basic Microcontrollers this development board could be your choice. There are a lot of inputs and outputs that can help you to learn basic microcontrollers programming especially AVR Family chip i.e Atmega16, Atmega32 or Atmega8535. With this board you can master AVR chip programming start from basic even to professional because the interfaces are so complete.

What did i make it?

The reason i make this board is to help Electronic Engineer, Student, or Hobbyist in learning basic microcontrollers programming. Simulation software can also help them but with this board, they can see and learn in real world (hardware). Beside that this board is a DIY Projects so you can make it buy yourself. You can also learn SMD or THT Soldering in one board

Board Information

The board is designed to be compact with 100 x 100 mm dimension. it consist of :

Figure 1 Top Layer of Trainer Kit

1. 8 Push Button digital inputs
2. 8 Output LEDs
3. 2 Analog Inputs
4. 4 Digit Common Anode 7-Segments
5. 5V Buzzer Output
6. 1 Channel 5V Relay (Opto-isolated)
7. 2 Channel L293D Motor Driver
8. External EEPROM 64K
9. DS1307 Real Time Clock (RTC) Interface
10. 5V and 3V3 Regulated Supply
11. LCD 16x2 Interface with Contrast Setting
12. Serial Com Port MAX232
13. ULN2003 Stepper Motor Driver
14. ISP Programer Socket
15. DC and Terminal Block Power Socket

Such a complete development board!.

How to use it?

1. You have to install AVR Programming software such as CVAVR or AVR Studio then make your own projects
2. Do the electrical wiring that related to your projects i.e you want to turn led on, use a jumper wire and connect the header
3. For basic programming you can make simple running led code and see what happen in the board
4. Compile your code to .hex and transfer it to the board. It can be done with some softwares like AVRDUDESS or PROGISP
5. Flash the .hex code and see the outputs!

You can make your own projects and develop it by your self. You can control the DC Motors, Stepper Movements, or even make a simple RTC Digital Clock by using LCD or 7 segments, it's all in one board