Overview:
The NXP LPC1768 is an easy-to-use MCU
development board designed for rapid prototyping. It is a powerful 32-bit ARM
Cortex-M3 processor running upto 100 MHz with 512 KB flash and 32 KB
RAM, which makes it far more capable than popular 8-bit prototyping
alternatives.
Features:
- Controller: CORTEX M3 Based LPC1768 from NXP.
- Package: LQFP100.
- Clock Used: 12MHz for Controller, 32.768KHz for internal RTC.
- Power: On Board, 5V and 3.3V.
- Stackable daughter board LPC1768
- On board debugging JTAG Option
- USB onboard programming
- 8 interfacing LED’s.
- 1 * 4 interfacing keys.
- 4* 4 interfacing keypad matrix.
- Two channel RS232 port for communication.
- 3 ADC potentiometer input interface..
- 16X2 LCD interface.
- On Board Power supply 3.3V,5V 12V,GND.
- 8 pin DIP switches.
- On board voltage level converter
- Board enabled with the header for stacking the Xbee product.
- Board enabled with the header for Stacking the Arduino shields.
- ON board Micro SD card
- ON/OFF slide switch.
- RDL bus.
- External jumper nodes.
- ON board 2 channel CAN interface *
- Reset button.
- Power plug-in DC Socket.
- Power supply indicator LED.
- Test led for Tx, Rx.
- 4 digit 7Seg Multiplexed Display.
- FT232RL USB communication.
- 2- CAN busses.
Scope of Learning:
- LED blinking.
- 8 bit LED Left shift, Right shift and counting operation.
- 1X4 Keypad interfacing.
- 16X2 LCD interfacing.
- 4X4 Keypad interfacing.
- 3 Channel ADC interfacing.
- PWM interfacing with LED.
- 8 bit DIP switch interfacing.
- Buzzer interfacing.
- 7 Segment interfacing.
- ULN2803 DC Motor and Stepper motor interfacing.
- ULN2803 Relay interfacing.
- UART RS232 serial communication.
- RTC DS1307 I2C protocol interfacing.
- AT24C04 EEPROM I2C protocol interfacing.
- RF/WiFi XBEE interfacing*
- SPI protocol interfacing with RDL product.
- Ardunio GSM/GPRS shield interfacing
Package
Contains:
- LPC1768 ARM Cortex-M3 Development Board+ Mini USB Cable.
For More Schematic and Samples: CLICK HERE
