舰船电子对抗
艦船電子對抗
함선전자대항
JIANGCHUAN DIANZI DUIKANG
2012年
2期
20-22,26
,共4页
固体激光器%脉冲氙灯%光纤
固體激光器%脈遲氙燈%光纖
고체격광기%맥충선등%광섬
solid-state laser%pulse xenon lamp%optical fiber
以舰载激光器的应用为立足点,将光纤应用于激光器中,使用光纤束耦合传输脉冲氙灯改进了原有激光器的泵浦方式。激光光纤传输具有轻便易于布设的优点。实验结果证明了脉冲氙灯光纤耦合泵浦方式是可行的,此方案可研制出更轻便的激光发射天线以满足装舰需要。
以艦載激光器的應用為立足點,將光纖應用于激光器中,使用光纖束耦閤傳輸脈遲氙燈改進瞭原有激光器的泵浦方式。激光光纖傳輸具有輕便易于佈設的優點。實驗結果證明瞭脈遲氙燈光纖耦閤泵浦方式是可行的,此方案可研製齣更輕便的激光髮射天線以滿足裝艦需要。
이함재격광기적응용위립족점,장광섬응용우격광기중,사용광섬속우합전수맥충선등개진료원유격광기적빙포방식。격광광섬전수구유경편역우포설적우점。실험결과증명료맥충선등광섬우합빙포방식시가행적,차방안가연제출경경편적격광발사천선이만족장함수요。
Taking the application of shipborne laser as the foothold, this paper applies the optical fiber to the laser, and uses the fiber bundle coupling transmission pulse xenon lamp to improve the pumping mode of original lasers. Laser optical fiber transmission has the advantages of handiness and easy arrangement. The experiment results prove that the pulse xenon lamp optical fiber cou- pling pump mode is feasible, this mode can develop more portable laser transmitting antenna to satisfy the ship needs.