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�������պ����ѧѧ�� 2006, Vol. 32 Issue (03) :324-327    DOI:
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��ӭ��1, �����1, ʯ��2*
1. �������պ����ѧ ������ѧ���繤��ѧԺ, ���� 100083;
2. �й���еװ���о�Ժ, ���� 100089
Temperature dynamic characteristics analysis and control of optic-fiber light source
Ma Yingjian1, Jian Hongqing1, Shi Duo2*
1. School of Instrument Science and Opto-electronics Engineering, Beijing University of Aeronautics and Astronautics, Beijing 100083, China;
2. China Academy of Machinery Equipment R&D, Beijing 100089, China

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ժҪ ���ݰ뵼���ȵ�������(TEC)�����Ļ���ԭ��,�����˹��˹�Դģ����¶ȶ�̬����,��������֮��Ӧ����ѧģ��.�Թ�Դģ�������ʵ��ʵ�����,���ö��Ƶ�ʵĹ�����������TECģ��,ͨ����Դģ���ڲ�������Ԫ��������Դ��о�¶ȵĶ�̬����,����С���˷������������,�õ�������ѧģ��ʮ�ֽӽ��Ľ��,��˿���ȷ����ѧģ���еĴ�������.���� MAX1978��ƬTEC������,�����¶ȶ�̬������ѧģ����������ŵı�������΢��(PID)��������,ʵ���˹��˹�Դ���¶ȿ���ϵͳ,�ó���TEC�¶ȿ���ϵͳ�Թ�Դ�����õĿ��ƾ��Ⱥ��ȶ���.
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Abstract�� According to the basic theory of the thermo-electric cooler(TEC),the temperature dynamic characteristics of the optic-fiber light source module was analyzed, and mathematics model was established corresponds to its. In the actual experimental test to light source module, the TEC module was driven by multi-point frequency of working current, and dynamic data of light source core’s temperature was sampled with sensing component, and the dynamic data was calculated and fit with least-squares method, then the result was close to mathematics model, so the parameters of the mathematical model were determined. MAX1978 single-chip temperature controllers for Peltier thermoelectric cooler module was used, and the best proportional-integral-differential(PID)compensating network based on temperature dynamic characteristics mathematical model was designed, then the temperature control system of the optic-fiber light source was achieved, the result shows that TEC temperature control system can control the light source precisely and steadily.
Keywords�� optic-fiber light source   temperature control   thermo-electric cooler   proportional-integral-differential compensating network     
Received 2005-03-29;
About author: ��ӭ��(1952-),��,������,�߼�����ʦ, myjeeps@163.com.
��ӭ��, �����, ʯ��.���˹�Դ�¶ȶ�̬���Է���������[J]  �������պ����ѧѧ��, 2006,V32(03): 324-327
Ma Yingjian, Jian Hongqing, Shi Duo.Temperature dynamic characteristics analysis and control of optic-fiber light source[J]  JOURNAL OF BEIJING UNIVERSITY OF AERONAUTICS AND A, 2006,V32(03): 324-327
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