文献综述
一.【摘要】随着激光技术的日益成熟，在民用和军用领域有广泛应用。外场环境下，需要对激光器的性能进行检测，探测器点阵法属于激光光斑的直接测量法。本文旨在设计一个激光探测阵列的同步触发器，通过FPGA控制，将采集到的信号作为后端读取电路的触发信号。
我在知网通过搜索关键词“激光探测阵列”、“同步触发器”和“比较器”等搜索了10篇左右相关知识来对本文进行相关论述，其中《高速低功耗电压比较器结构设计》、《电压幅值可达毫伏数量级的小信号峰值检测电路的设计》、《信号采集中峰值检测电路的设计与实现》等文献对我有很多直接参考价值。
【关键词】 激光探测阵列 同步触发器 比较器
峰值检测电路 三维测量技术 激光制导
激光编码
TITLE
【Abstract】With the development of laser technology, it is widely used in civil and military fields. In the field environment, the performance of laser needs to be tested. The detector array method belongs to the direct measurement method of laser spot. The purpose of this paper is to design a synchronous trigger of laser detection array, which is controlled by FPGA. The collected signal is used as the trigger signal of back-end reading circuit.
In HowNet, I searched about 10 pieces of related knowledge by searching the keywords 'laser detection array', 'synchronous trigger' and 'comparator', among which 'structural design of High-Speed Low-Power Voltage Comparator', 'design of small signal peak detection circuit with voltage amplitude up to millivolts', 'design of peak detection circuit in signal acquisition' and so on There are many direct reference values for me.
【Keywords】Laser detection array Synchronous trigger comparator
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