四川兵工学报
四川兵工學報
사천병공학보
SICHUAN ORDNANCE JOURNAL
2011年
9期
43-46,50
,共5页
框架式导引头%稳定跟踪平台%数字化控制系统%TMS320F2812信号处理器
框架式導引頭%穩定跟蹤平檯%數字化控製繫統%TMS320F2812信號處理器
광가식도인두%은정근종평태%수자화공제계통%TMS320F2812신호처리기
frame-type seeker%stable tracking platform%digital control system%TMS320F2812 signal processor
以电视制导为背景,就框架式导引头控制技术进行了研究。阐述了现有模拟式框架导引头稳定跟踪平台的优缺点,分析了导引头稳定跟踪平台的设计方案及组成,通过对模拟式框架导引头稳定跟踪平台和数字式框架导引头稳定跟踪平台的比较,找出了二者的优缺点。在建立系统的数学模型基础上,利用MATLAB计算了根轨迹、幅值裕量、相角裕量、超调量和过渡时间,求解了校正函数,通过串联校正来使系统满足初始要求。在控制器的硬件设计上,选择了TMS320F2812信号处理器,说明了TPS767D318电源芯片和JTAG接口的引脚连接,同时,在基于F007集成运算放大器的基础上设计了由0~5V转变为0~3V的信号采样电路。
以電視製導為揹景,就框架式導引頭控製技術進行瞭研究。闡述瞭現有模擬式框架導引頭穩定跟蹤平檯的優缺點,分析瞭導引頭穩定跟蹤平檯的設計方案及組成,通過對模擬式框架導引頭穩定跟蹤平檯和數字式框架導引頭穩定跟蹤平檯的比較,找齣瞭二者的優缺點。在建立繫統的數學模型基礎上,利用MATLAB計算瞭根軌跡、幅值裕量、相角裕量、超調量和過渡時間,求解瞭校正函數,通過串聯校正來使繫統滿足初始要求。在控製器的硬件設計上,選擇瞭TMS320F2812信號處理器,說明瞭TPS767D318電源芯片和JTAG接口的引腳連接,同時,在基于F007集成運算放大器的基礎上設計瞭由0~5V轉變為0~3V的信號採樣電路。
이전시제도위배경,취광가식도인두공제기술진행료연구。천술료현유모의식광가도인두은정근종평태적우결점,분석료도인두은정근종평태적설계방안급조성,통과대모의식광가도인두은정근종평태화수자식광가도인두은정근종평태적비교,조출료이자적우결점。재건립계통적수학모형기출상,이용MATLAB계산료근궤적、폭치유량、상각유량、초조량화과도시간,구해료교정함수,통과천련교정래사계통만족초시요구。재공제기적경건설계상,선택료TMS320F2812신호처리기,설명료TPS767D318전원심편화JTAG접구적인각련접,동시,재기우F007집성운산방대기적기출상설계료유0~5V전변위0~3V적신호채양전로。
Based on the background of TV guidance,the paper researched on the control technique of frame-type seeker.In the paper,it expounded the advantages and drawbacks of analog frame seeker platform of stable tracking,analyzed the design scheme and composition of stable tracking platform of the seeker.By means of the comparison of stable tracking platform between analog and digital frame seeker,it found the advantages and drawbacks of the both.On the basis of system math modeling,by use of MATLAB it computed the root trajectory,margin of amplitude and phase,overshoot and transition time,and solved the revised function to make system satisfy initial demand of the system through series correcting.For the aspects of controller hardware design,it selected TMS320F2812 signal processor to explain the pin connection between TPS767D318 power supply chip and JTAG interface.At the same time,based on the integrated operational amplifier F007,it designed the signal sampling circuit transformed from 0~5V to 0~3V.