Following table summarizes the provided sample programs :
(Link for the .RAR file is provided at the end of the post)
Example Number/ Name of the folder | Brief Description |
ex01 | Program demonstrates use of input/output registers in AVR. - It will monitor SW1 and SW2 on the kit - When SW1 is pressed, LEDs will be flashed in one pattern. When SW2 is pressed, LEDs will be flashed in another pattern |
ex02 | - Blinks the LED on PB3 at 31Hz using Timer0. - Timer0 is configured in CTC mode. Timer resets when compare match occurs between OCR0 and TCNT0. - Also output toggle is enabled in this mode. This makes pin OC0 (i.e. PB3 in mega16) toggle on every compare match. |
ex03 | - Blinks the LED on PB0 at 1Hz using Timer1 CTC Interrupt. - Timer1 is configured to run in CTC mode. Timer resets when compare match occurs between OCR1A and TCNT1. And interrupt is generated. - State of the PB0 is toggled on every interrupt. |
ex04 | - Demonstrates the PWM using Timer0. - LED connected on PB3 will faded in and faded out continuously using PWM. |
ex05 | - Generates sound using the CTC mode of timer 1. - By changing the OCR1A value, we can generate square waves of different frequencies. - Output is available on PD5(OC1A) pin. - Connect this pin to on speaker using external wire to listen the sound. - Press SW1 or SW2 to start melody. - Program also prints the frequency being generated on serial interface. |
ex06 | - Demonstration of simple edge detector robo-car code |
ex07 | - Demonstration of simple line follower |
ex08 | - Demo program for the development board. Shows how to use printf, ADC, LCD, I2C, Infrared remote. |
ex09 | - Demonstares the use of L293D connected on PD. - Press SW0 to stop the motors - Press SW1 to start the motors in one direction - Press SW2 to start the motors in reverse direction |
ex10 | - LED Blinking using RTOS threads. FreeRTOS based. WinAVR compiler. - Use eclipse IDE and select File> Switch Workspace> Other …, and select this folder. |
ex_test01_IO_TEST-mega16 | - Toggles all I/O lines of uC at the rate of 1Hz. Helpful for debugging the board. |
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