Title :
The design of windsurfing control system based on SCA100T-D02 inclinometer
Author_Institution :
Electron. Tech. Base Lab., Shenzhen Polytech., Shenzhen, China
Abstract :
This system is based on the ATMEGA16L controller, aircraft motor fan for windsurfing with wind, the use of SCA100T-D02 high precision inclinometer as windsurfing angle measurement. The main control system generates PWM wave in order to control the fan speed and the digital SPI output of SCA100T-D02 is transmitted to the main control system. Finally, angle results display on the 12864 liquid crystal. The discrete PD algorithm is adopted in order to get stable angles. From the measurement results, the system well completes the contest each index of basic requirements and advanced parts. the measured data greatly improve than the required data. Also, the system adopts the best cost-effetive solutions and has the strong stability and good anti-jamming performances. So this system is relatively perfect windsurfing control system.
Keywords :
PD control; aircraft control; angular velocity control; angular velocity measurement; fans; liquid crystal displays; peripheral interfaces; pulse width modulation; stability; 12864 liquid crystal; ATMEGA16L controller; PWM wave; SCA100T-D02 inclinometer; aircraft motor fan; anti-jamming performance; digital SPI; discrete PD algorithm; fan speed control; stability; windsurfing angle measurement; windsurfing control system; Aerospace electronics; Control systems; Education; Information science; Liquid crystal displays; Presses; Stability analysis; ATMEGA16L; Inclinometer; PD algorithm; SCA100T-D02;
Conference_Titel :
Consumer Electronics, Communications and Networks (CECNet), 2012 2nd International Conference on
Conference_Location :
Yichang
Print_ISBN :
978-1-4577-1414-6
DOI :
10.1109/CECNet.2012.6201875
