1) pulse power method
脉冲功率法
1.
The pulse power method is applied in the forward transconductance and static drain-source on resistance testing of power MOSFET,which could solve the overheat problem of parameters testing under great bias current well.
将脉冲功率法引入功率MOSFET跨导和沟道电阻的测试,很好地解决了大电流偏置下参数测试的散热问题。
2) pulsed power
脉冲功率
1.
To study the pulsed power output of HTS superconducting inductor,a modular type superconducting inductor pulsed power output scheme based on IGBT switch is proposed.
为实现高温超导电感脉冲功率输出,在对多种断路开关特性比较的基础上,提出了基于IGBT开关的超导电感模块化脉冲输出方案。
2.
The experimental data of synchronization measurement and short-circuit in a mini pulsed power generator show the following results: 1) the inductance of the switch is less than 5nH,2) it can bear voltage more than 80 kV and current more than 1 MA,3) the synchronization is 55ns,4) it is easy to .
在小型脉冲功率发生器上的短路实验及同步性测量结果表明,该开关电感小于5nH,能够承受80kV以上的高电压和兆安级以上的大电流,同步性为55ns,其形状为平板状,便于与平行板状传输线连接。
3) power pulse
功率脉冲
1.
In order to reduce the total ferro-magnetic material volume and the energy loss of the serial magnetic switches in power pulse system, the operation theory and the operation course of the magnetic switch are analyed.
为了减小功率脉冲电源串联磁开关的铁心总体积与能量损耗,分析了磁开关的工作原理及其工作过程,推导了单级磁开关铁心体积的计算表达式。
4) pulse power
脉冲功率
1.
The result shows tha t the cell continuous discharge power is 640 W·kg-1 at 10 C rate and the maximu m discharge pulse power of the cell is .
结果表明,蓄电池10C放电时持续放电功率达到640W·kg-1,而脉冲功率达到1048W·kg-1,蓄电池1C充放电循环350周的容量保持率大于90%,在-20℃与55℃下1C放电容量分别为常温25℃下的86%和95%,蓄电池在过充、短路的情况下,不爆炸,不起火,具有较好的安全特性。
2.
A microwave pulse power measuring system was introduced, which was based on the 8 bit SCM 89C51.
介绍以MCS51系列高性能8位单片机89C51为控制核心设计的一种微波脉冲功率测试系统,给出了其工作原理、硬件组成及实现自动测试的软件。
3.
A kind of pulse power technology is researched in this paper.
提出了利用超导磁储能系统(SMES)来提高电力系统稳定性、提供紧急备用电源和实现新概念武器脉冲电源的“一机三职”功能的基础上,研究了一种基于超导电感储能系统和超导开关的脉冲功率成形技术,探讨了超导脉冲功率技术需要解决的重要基础问题;并根据超导电感储能系统及超导开关特性,提出了超导磁体和超导开关的理想结构,设计了一种脉冲成形网络模型;通过控制外加电流触发超导开关失超来控制超导开关断路,实现高密度无损耗储能、可控脉冲整形,并在电阻负载下,进行了脉冲成形回路放电仿真实验,得到了较理想的脉冲功率输出。
5) Pulsed Power
功率脉冲
1.
Research on the Technology of Pulsed Power Generation with Nanosecond Rising-Time Based on the Series of Solid State Swithes;
固态开关串联型纳秒级上升时间功率脉冲发生技术的研究
2.
But pulsed power technology application mainly depends on the requirement, different applications need the specific amplitude, pulse width and so on, so a pulse power supply can not adapt to all occasions.
高功率脉冲技术作为高新、尖端技术日益受到重视,其在国防建设以及国民生产中的应用越来越广泛,也越来越受到人们的关注。
补充资料：脉冲
1.指电流或电压短暂的起伏变化。各种高频脉冲广泛用在无线电技术中。 2.指变化规律类似电脉冲的现象。如脉冲激光器。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条