FEATURES
- MCU: 16/32 bit LPC2106 with 128K Bytes Program Flash, 64K Bytes
- RAM, RTC, 2x UARTs, I2C, SPI, 2x 32bit TIMERS, 7x CCR, 6x
- PWM, WDT, 5V tolerant I/O, up to 60MHz operation
- JTAG connector as per ARM's 2x10 pin layout, ARM-JTAG (Wiggler) compatible
- Extension header for uC pins
- 14.7456 Mhz crystal allow easy communication setup (4x PLL = 58,9824 Mhz CPU clock)
- RS232 interface circuit
- RESET circuit
- RESET button
- DEBUG jumper for JTAG enable/disable
- BSL jumper for bootloader enable/disable
- RTCK pullup resistor
- push BUTTON with pullup
- status LED
- Power plug-in jack
- single power supply: +5-9VAC/DC required
- two on board voltage regulators 1.8V and 3.3V with up to 800mA current
- power supply filtering capacitor
- PCB: FR-4, 1.5 mm (0,062"), green soldermask, white silkscreen component print
prototype PCB area with +3.3V and GND bus
- Dimensions: 100x77 mm (3.9x3.05")
- Four mounting holes
DOCUMENTS:
- LPC-P2106.pdf
- LPC-P2106.chm
- ARM Cross Development with Eclipse (10MB) REV-3 very detailed tutorial by Jim Lynch how to setup and works with the free GNUARM tools ARM-JTAG and LPC2106 board. The sample codes for this tutorial is here.
- ARM Cross Development with Eclipse in Spanish language (3MB) REV-1 Paul Aguayo did a great job translating to Spanish language Jim Lynch's tutorial. He also shrink the size of the document without missing the quality of the pictures and tutorial text.
HARDWARE:
- Schematic
- ARM JTAG connector (TOP view)
SOFTWARE:
- BLINK LED at P0.7 - C source code (Rowley's CrossConnect), C source code (IAR EWARM) and compiled HEX code which can be programmed with Philips' Flash ISP utility
- Free RTOS port by Richard Barry for our LPC-P2106 board
- Free Forth interpreter by Frank Sergeant
- GCC sample codes provided by Jim Lynch for his tutorial
- Button-Led demo code
- RS232 UART demo code
- GCC+Eclipse+OpenOCD projects
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