How to program a LPC1768 microcontroller for NXP?
In order to program the LPC1768 MCU, I will be using the Flash Magic programming tool, which is designed specifically for NXP Microcontrollers with UART Bootloaders.
What are the applications of the LPC1768 MCU?
Applications of LPC1768. The LPC1768 MCU, being an ARM Cortex-M3 based Microcontroller, is powerful enough to run pretty complex embedded applications. Some of the common applications of this MCU are listed below: Motor Control; Alarm / Security Systems; Industrial Networking; Lighting Control Units; eMetering Equipment
Is the LPC1768 microcontroller a GPIO port?
Let’s Blink LED with LPC1768 Microcontroller before we proceed, keep in mind that we have upto 70 general purpose I/O pins in LPC1768 Microcontroller. GPIO or General Purpose Input Output, is the easiest way for you to interact with basic peripherals like LED, Switches and other basic components. The GPIO ports can be used as input or output.
Is the LPC1768 an ARM Cortex-M3 microcontroller?
The LPC1768 MCU, being an ARM Cortex-M3 based Microcontroller, is powerful enough to run pretty complex embedded applications. Some of the common applications of this MCU are listed below: This is a simple tutorial for Getting Started with LPC1768 MCU.
How does the LPC1768 work with other blocks?
Each block has its own set of registers and works fairly independent to other blocks. For example, take the LPC1768 itself. It has a Clock Generation Unit for producing the main system clock, a GPIO Unit for interfacing various peripherals, a UART Peripheral for Serial Communication and many more.
What can I do with LPC1768 Cortex-M3?
On-chip Bootloader for in-system programming (ISP) and in-application programming (IAP). 512 kB of on-chip Flash and 64 kB of on-chip SRAM. 8-channel DMA Controller that can be used with ADC, DAC, Timers, UART, SSP, I2S.