
Master microcontroller programming by learning generic drivers, digital input/output interfacing with keys, and interfacing displays like seven-segment displays and LCDs. Explore serial interface concepts and synchronous versus asynchronous communication.
Interface a keypad with a microcontroller using port pins for high/low detection and a 5–10 ms debounce to avoid false triggers, then explore a 4x4 matrix to save pins.
Explore how to drive an LED matrix from a microcontroller, comparing two interface configurations, wiring rows and columns, and using high and low outputs to blink LEDs.
Explore pulse width modulation by configuring timers and registers to control duty cycle, on time, off time, and interrupts for blinking leds and intensity control.
Learn how analog signals are converted to digital values by an ADC, with resolution-defined steps, serial data timing, and reference voltage, plus delta-sigma and pipeline architectures.
Learn how a 16x2 alphanumeric LCD works, including address mapping, command and data registers, and the RS, RW, and EN control signals for microcontroller interfacing.
This course will help you to understand microcontroller programming and interfacing of different peripherals with microcontroller. We will also provide you the sample programs which requires to write to access or program the hardware. we will also provide you the common techniques in industry which will help you to get your first dream job.
Here we will talk about most fundamental aspect microcontroller programming which is being used in different industries. We will also help you in understanding & reading the datasheet of microcontrollers. We have covered keypad & Keypad matrix interfacing, LED Matrix Interfacing, ADC, Seven Segment displays & LCD interfacing, EEPROM & RTC Interfacing, Watchdog, peripherals which works on synchronous & asynchronous serial protocol. You need to have basic knowledge of binary, decimal and hexadecimal number system to understand the things well. However we have provided the multiple example in the course which will help you.
The course is design in such a way that it will easy for you to understand for everyone. We will discuss about the C programming fundamentals which is needed to program the hardware. We will demonstrate way of implementation. Our industry experience will help you to solve your problem very quickly. We will also try to answer your individual queries over chat or one to one communication.