LED Projects

INFRA RED REMOTE CONTROLLED ROBOCAR USING AVR ATMEGA32 MCU

INFRA RED REMOTE CONTROLLED ROBOCAR USING AVR (ATMEGA32) MCU

The present PROJECT describes a design and implementation of an infrared (IR) remote controlled RoboCar which can be used for various automated unmanned control applications. I have designed remote controlled RoboCar(left-right/front-back motion). The entire system is based on microcontroller (Atmega32) that makes the control system smarter and easy to modify for other applications. It enables

INFRA RED REMOTE CONTROLLED ROBOCAR USING AVR (ATMEGA32) MCU Read More »

Using a Quadrature Encoder With an ATtiny 2313 and an OLED Display

Using a Quadrature Encoder With an ATtiny 2313 and an OLED Display

In this instructable you’ll learn how to use a rotary encoder (see http://en.wikipedia.org/wiki/Rotary_encoder ) with a microcontroller and how to display the numeric value as a bar and a numeric value on an OLED display. See the video below for the project in action. The right upper corner of the OLED display shows a small

Using a Quadrature Encoder With an ATtiny 2313 and an OLED Display Read More »

Writing Program and Compile the Hex File Using the Atmel Studio

AVR Microcontroller Fuse Bits Configuration. Creating and Uploading in the Flash Memory of Microcontroller the LED Blinking Program.

In this case we will create simple program in C code and burn it into the memory of the microcontroller. We will write our own program and compile the hex file, using the Atmel Studio as the integrated development platform. We will configure fuse bits and upload hex file into the memory of the AVR ATMega328P microcontroller, using our

AVR Microcontroller Fuse Bits Configuration. Creating and Uploading in the Flash Memory of Microcontroller the LED Blinking Program. Read More »

Step 1 Writing and Building AVR Microcontroller Application in C Code Using the Integrated Development Platform Atmel Studio 7

AVR Microcontroller. Toggle LED’s Using a Push Button Switch. Push Button Debouncing.

In this section, we will learn How to make program C code for ATMega328PU to toggle the status of the three LED’s according to the input from a button switch. Also, we have explored a solutions to the problem of is ‘Switch Bounce‘. As usually, we will assemble the electrical circuit on base of the

AVR Microcontroller. Toggle LED’s Using a Push Button Switch. Push Button Debouncing. Read More »

WHEELS BIKE LIGHT

WHEELS BIKE LIGHT CIRCUIT

ATTINY2313 a flashy accessory for your bike 74LS595N 25LC080P a good practice based on the software with all the details have pcb diagram hex code schema (schema) and PCBs (br) Latest eaglecad prepared by…Electronics Projects, Wheels bike light circuit “avr project, microcontroller projects, “ ATTINY2313 a flashy accessory for your bike 74LS595N 25LC080P a good practice based on

WHEELS BIKE LIGHT CIRCUIT Read More »

INTERACTIVE LED LIGHT

ATMEGA168 MOOD POLY CONTROLLED INTERACTIVE LED LIGHT

“Polycontrolled Interactive LED Mood Light” is based on Atmel ATMEGA168/88 quite a strange RGB LED application design professional as well as various modes, speed, the program’s options. I hope I know the main parts… Electronics Projects, ATMEGA168 Mood Poly Controlled Interactive LED Light “avr project, microcontroller projects, “ “Polycontrolled Interactive LED Mood Light” is based on Atmel ATMEGA168/88 quite a

ATMEGA168 MOOD POLY CONTROLLED INTERACTIVE LED LIGHT Read More »

LED SIGNS LED MATRIX ANIMATION TEST 1

ATMEGA128 ATMEGA32 PC CONTROLLED LED MATRIX ANIMATION LED SIGNS

Serve to control the 128×64 graphic LCD with a preview of the contents of the array and menu graphics. The heart of the controller is Atmega 128 CPU for communication with the PC corresponds… Electronics Projects, ATMEGA128 ATMEGA32 PC Controlled LED Matrix Animation LED Signs “avr project, microcontroller projects, “ Serve to control the 128×64 graphic LCD with a

ATMEGA128 ATMEGA32 PC CONTROLLED LED MATRIX ANIMATION LED SIGNS Read More »

Scroll to Top