The main content of this thesis is about new type power supply of pulse solid-state laser.
本文的主要内容是关于新型脉冲固体激光器电源技术的研究。
Solid state radar transmitter assembly is a key part of active array, its control and protection circuits are important elements for realizing solid state pulse power amplifiers.
固态雷达发射组件是有源阵的关键部件，而控保电路是实现固态脉冲功放的重要部分。
In an all solid state pulsed radar transmitter, the load of power supply is a pulse one, which is designed unlike normal power supplies.
全固态脉冲雷达发射机中，电源的负载是一个脉动的负载，其设计不同于常规电源。
Traditional SCR power-regulator are fully substituted by solid-state relay and pulse generation software.
采用固体继电器和脉冲形成软件代替传统的SCR调功器。
In this paper the solid state laser trigger based on AT89C51 MCU is developed used for single or double pulse laser light source, which is used in laser transient speckle-shearing measurement.
针对激光瞬态散斑测量中所应用到的单脉冲、双脉冲激光光源，研制了基于AT 89 C51单片机的激光瞬态测量用光源的脉冲发生器。
Solid state pulse switch modules are developed for high power modulator.
设计了大功率固态调制器的新型固态脉冲开关模块。
This paper introduces the design method of a kind of distributed pulse power system for solid-state radar transmitter and sharing-current technique.
介绍了一种固态雷达发射机的分布式脉冲电源系统的设计及均流技术。
The electromagnetic pulse(EMP) damage mechanism and failure modes are obtained for the input port and output port of solid state relays by current injection method.
本文通过电流注入法对某型直流固态继电器输入端与输出端的电磁脉冲损伤机制进行了实验研究，确定了两种失效模式。
These relays operate through a patented pulse transformer technology that offers numerous advantages over electromechanical relays and solid-state optocouplers.
这些继电器通过专利的脉冲变压器技术进行运转，提供了机电式继电器和固态光电耦合器的许多优点。
This kind modulator is characterized by repetitive frequency and easily-adjustable width of the output pulse for utilization in solid state switch.
脉冲调制器的放电回路采用先进的固态开关技术，以实现频率和脉宽的连续可调。
The general expression of the output mirror optimum reflectivity is derived by pulse-pumped solid - state laser output energy (power), as known for CW laser.
和连续激光器一样，对于脉冲泵浦固体激光器，利用其输出能量(功率)表达式，得到了输出镜最佳反射率的一般表达式。
A high repetition rate, compact micro-pulse all-solid-state laser is designed.
本文设计并实现了一台高重复率，紧凑型微脉冲全固态激光器。
A high repetition rate, compact micro-pulse all-solid-state laser is designed.
本文设计并实现了一台高重复率，紧凑型微脉冲全固态激光器。
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