CAJ | 학술논문

针对目前 ARINC429航空总线的研究情况,采用 SoPC 技术设计多通道 ARINC429总线收发装置,解决了目前使用常规芯片导致的系统复杂,使用不便,价格昂贵的缺点.在需要多通道数据收发的场合中,能够有效降低系统的复杂度,提高系统配置的灵活性.另外,在接收过程中研究了改进型倍频容错数据采集方法,首次将其应用于 ARINC429航空总线,实验证明该方法能够大大提高数据接收的准确性和可靠性.
침대목전 ARINC429항공총선적연구정황,채용 SoPC 기술설계다통도 ARINC429총선수발장치,해결료목전사용상규심편도치적계통복잡,사용불편,개격앙귀적결점.재수요다통도수거수발적장합중,능구유효강저계통적복잡도,제고계통배치적령활성.령외,재접수과정중연구료개진형배빈용착수거채집방법,수차장기응용우 ARINC429항공총선,실험증명해방법능구대대제고수거접수적준학성화가고성.
A multi?channel aviation bus ARINC429 transmitter?receiver set was designed,in which Sopc technology was adopted to solve the problem s such as system com plexity,inconvenient application,high cost caused by conven?tional chips used in the current system s. In occasions that require a m ulti?channel data transceiving,it can effective ?ly reduce the com plexity of the system,and im prove the flexibility of system configuration. Further,the im proved fault?tolerant data acquisition m ethods were studied in the receiving process,and applied to the ARINC429 aviation bus for the first tim e. The experim ents prove that this m ethod can greatly im prove the accuracy and reliability of da?ta reception.