Hi again folks! Finally after a long time we have yet another LPC214x tutorial. This time its on Analog to Digital Converter(ADC) module in LPC214x MCUs. Read more
Hi again guys! In this tutorial we will go through the basics of UART(SERIAL) programming for LPC214x family of microcontrollers. If you are new to UART, you can go through the basic UART tu... Read more
Introduction I had received 3 requests for “how to generate sine PWM using lpc2148 microcontroller“. So , I planned to do it as soon as I could. In previous article I had posted... Read more
Introduction This Tutorial is for learning Pulse Width Modulation (PWM) programming for ARM7 based LPC214x MCUs. For this Tutorial I’ll be covering Single Edge PWM and how to use to co... Read more
On special request by our readers & followers we have finally posted the LPC2148 Interrupt Programming Tutorial! Read more
The Basics After writing the first blinky program using random delay , now its time to improvise and induce precise delay using timers! The real fun in embedded starts when you start playing... Read more
On special request of our readers today we are posting a new tutorial for interfacing HD44780U / KS0066U based 16x2 LCD Module with LPC2148 microcontroller. Read more
Introduction PLL stands for Phase Locked Loop and is used to generate clock pulse given a reference clock input which is generally from a crystal oscillator(or XTAL). Configuring and using P... Read more
When getting started in embedded programming, GPIO (viz. General Purpose Input Output) pins are one of the first things played with. Its also quite evident that the most popular “hello... Read more
Bitwise or bitlevel operations form the basis of embedded programming. A knowledge of Hexadecimal and Binary Numbering system is required along with conversion from binary to hex and vice-ve... Read more
To get started in Embedded programming following things need to be absolutely clear in our heads: Binary and Hexadecimal Number Systems. Interconversion of Binary and Hexadecimal. Bit Level... Read more