This application note demonstrates the camera module design using the SGPIO interface on LPC4300. Several unique implementations in this application note highlight the advanced features on LPC4300.

 This application note describes an algorithmic method of generating audible medical alarms that comply with IEC60601-1-8. An overview of medical alarms is presented and the derivation of the algorithm used is provided. The algorithm code implementation is then detailed and discussed including a detailed performance analysis.

 The DMX512 Software Development Kit (SDK) for the LPC11xx/LPC11Uxx installer contains:

LPC1788 BSP for Embedded Artists EA1788 Board. You can use this BSP on EA LPC4088 board too by uncommenting following line:
//#define LPC4088 in LCDConf.h file

Touch calibrated for EA LCD 4.3"(480x272)

V1.1 Applied patch by segger to update from V5.20C to V5.20D.
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This application note describes how to implement UART transmission and reception function via SGPIO on NXP’s LPC43xx. The UART implemented in this application note operates in half and full duplex mode with 8 data bits, no parity, 1 stop bit, no flow control. The supported baud rates are 9600bps/19200bps/38400bps/57600bps/115200bps.

For more information on the NXP motor control library, see the NXP Motor Control Library project page.

DALI Development Kit Revision 2 released 

Revision 2.0 of the DALI SDK for the LPC11xx/LPC13xx contains a major update of the DALI Development Kit  for compliancy with the IEC 62386-102 and IEC 62386-201 standard. Parts of the IEC 62386-207 specification are also included.

This application note describes the basic implementation, along with program source code, and optimization recommendations to implement a sigma-delta ADC using the integrated analog comparator in the LPC81xM series microcontrollers. The implementation within this application note can be used to sample an input voltage that is higher than the microcontroller’s supply voltage.

The LPC800 family of microcontrollers allows wake-up from the power-down state using an I2C interrupt. This application note details the wake-up procedure and the behavior of the LPC800 to these wake-up events.