UPV/nMine UAV extension board for OLIMEX LPC-E2468
This board is the second design of our uav project, first one is based on OLIMEX LPC-H2294, we are moved to Olimex LPC-E2468 because this small board have very interesting hardware and peripherals for UAV applications (Ethernet, 2xCAN, 4xUARTs, USB HOST and more)
IMU details:
This board try to contain all necessary sensor, communications ports, analog inputs... for any medium responsibility UAV. It is not lightest solution but it have a lot of more hardware options and peripherals than other well known and very expensive uav controllers.
Features
4 Layer board with ground plane for high noise immunity
I/O Connectors:8 x Servos - Standard pitch 2.54mm
4 x speed input (for sensors, motor RPM, or PPM capture)
2 x CAN BUS with transceivers - Header 2.54mm
2 x Analog Inputs for general propose 0-5v (for sonar altimeter for example)
2 x UARTs (3.3v level) for GPS and MaxStream XBEE-Pro 60mW radiolinkOnboard sensors options:
Accelerometers (two options):
- MMA7260Q 6g- analog
- LIS3LV02DQ digital 1mg resolution
Gyros:
- Analog Devices ADXRS300
Compass (two options):
- HM55B 2 axis 6 bit
- PNI Corp's MicroMag 3-Axis Magnetometer
Pressures:
- MPXV5010DP 1.45psi (Airspeed)
- MPXA4100A6U 15.2PSI (Altitude)
Features from Olimex LPC-E2468 development board:
- MCU: LPC2468, 16MB SDRAM (more is possible if necessary), 128 MB Flash, standard JTAG connector for debugging with ARM-JTAG
- Ethernet 100MBit
- 2x USB hosts
- USB-to-RS232 converter device connected to LPC2468 UART
- SD/MMC card connector
- UEXT connector with I2C, SPI, RS232
- RESET Button, two USER button
- Dimensions: 90x60mm (3.54 x 2.36")
PCB and assembly information:
Special thanks to DISCA Departament
of Universidad Politecnica de Valencia