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LPC1114FN28

A collection of 5 issues

Interfacing Raspberry Pi and LPC1114FN28 via SPI

In one of my previous posts, i mentioned about building a toy car project using Raspberry Pi as the brain and the LPC1114FN28 for low level control. This post describes in detail of this hobby project. Basically, in this project, the Raspberry Pi (running a minimal version of Debian, not

Programming LPC1114FN28 with standard C using Newlib

Some of my old posts show how to program the ARM Cortex M0 LPC chip in a bare metal manner, although this approach provides a simple setup that requires no additional libraries, it is only for the studying purpose. It is not a good options for production since your code

Arm-cortex m0 programming with LPC1114FN28 , a guild to GPIOs

This is a migrated version of my Wordpress post, written on : 14 Mars 2015 Input/Output The LPC1114FN28 has two pin ports (0 and 1) that make totally 22 pins (12 for port 0 and 10 for port 1, as shown in the image below). All of these pins could

Programming the LPC1114FN28 using Raspberry Pi

This is a migrated version of my Wordpress post, written on : 27 February 2015 I had some Raspberries Pi A+ available on the toolbox, and i've just got idea to use one of them in my programmable car toy project. The point is that the Pi will be

ARM-Cortex M0 programming with lpc1114FN28 - an overview

This is a migrated version of my Wordpress post, written on : 27 February 2015 What is it? The lpc1114FN28 is a low cost, low power 32 bit MCU designed in a 28dip package, it is breadboard friendly and very easy to set up for those who are new to ARM