magnetic switch
英 [mæɡˈnetɪk swɪtʃ]
美 [mæɡˈnetɪk swɪtʃ]
磁力开关
双语例句
- Design of Magnetic Switch Pulse Compressor System and Simulation Experiment Study
磁开关脉冲压缩系统的设计与仿真实验研究 - The utility model provides an electromagnetic system for low-voltage AC magnetic switch.
一种低压交流磁力开关的电磁系统。 - In order to increase the working efficiency of electrostatic dust cleaner and obtain the sharpening pulses, the pulse power supply mode based on magnetic switch is put forward.
为提高静电除尘器的工作效率得到陡化的脉冲，提出基于磁开关技术的脉冲供电方式。 - The utility model relates to an improved electromagnetic system for magnetic switch.
本实用新型涉及一种经过改进的磁力开关的电磁系统。 - When the utility model is in use, when the cover is open, the permanent magnet on the dialing rod on the cover is far from the reed magnetic switch, the switch is disconnected;
本实用新型使用时，当旋开锅盖时，锅盖拨杆上的永久磁铁远离干簧磁控开关，开关断开； - High repetition rate and synchronous multi-pulse generated by magnetic switch
用磁开关产生重复频率多路同步高压脉冲 - Design of a Toroid Magnetic Switch
环形磁芯磁开关设计 - The pulse sharpening technology and the design method of the magnetic switch are analyzed concretely. The PSPICE simulation model has been established, and simulation results show that magnetic switch can sharp the high-voltage and high-frequency pulses effectively.
分析了磁开关陡化脉冲的原理和设计方法，并建立了电路的PSPICE仿真模型，仿真结果表明，磁开关可有效陡化高压高频脉冲。 - Magnetic switch was introduced as the isolator between the main and trigger circuits for the request of pre-charge upon RSD.
基于RSD开通的预充要求，引入磁开关作为主回路和触发回路的延迟隔离器。 - Optimal design of pulse compression magnetic switch serial system
脉冲压缩磁开关串联系统的优化设计 - Design of High Voltage and High Frequency Pulse Sharpening Circuit Based on Magnetic Switch
基于磁开关的高压高频脉冲陡化电路的设计 - In order to sense the presence of slider in a two-dimensional micro electronic mechanical system ( MEMS), the authors proposed and developed a novel micro magnetic switch array, which is used as a position sensor and functions by scanning.
为了在二维微驱动系统中实时检出移动块的存在位置，试制了一种基于MEMS工艺的微型磁性开关阵列，它作为一种位置传感器通过扫描查询方式工作。 - According to the design parameters and actual working conditions, an integrated system of the endoscopic MEMS in human gastrointestinal was developed, which is controlled by magnetic switch online and can record static or dynamic images.
根据设计得到的参数和实际条件，通过利用磁控开关，研制出了定位在线控制采样的、可获取静态或动态影像的整个人体胃肠道内窥视系统。 - The result shows that the inconsistent match between the triggering time and the saturated time of magnetic switch will induce failure, the current will be limited in a small area and the turn-on voltage will rise.
同时，理论分析和实验结果都表明，预充时间与磁开关延迟时间的不协调会引起开通电流的局部化，导致最大开通电压大幅增加。 - Design of magnetic switch for excimer laser
准分子激光器脉冲磁压缩开关的设计分析 - The operating characteristics of the magnetic pulse compression circuit with uni stage and multi stage are analyzed, and the reset methods for magnetic core of saturable inductors as magnetic switch are discussed.
结合实验与仿真结果，分析了单级、多级磁脉冲压缩电路的运行特点，讨论了作为磁开关的可饱和电感磁心复位问题。 - Principal of TCK magnetic switch and its application into hoist
TCK磁性开关的原理与在提升机上的应用 - Therefore, this paper has important meanings for applying the magnetic switch in the future.
因此，本课题的研究为今后进一步开展磁控开关的应用有重要意义。 - Experiment to magnetic switch on the remote controlled device has proved that the design of the magnetic holding switch can be used to maintain the wireless remote control with high trigger rate.
对磁控开关遥控装置的实验，证明设计的磁控保持开关可以用于无线遥控，并且触发率高。 - In thesis, the main circuit structure of a large number of simulation analysis, such as voltage regulation converter, magnetic switch core model, the steep gradient compression system circuit, thereby reducing research costs, faster, higher and better results of scientific research.
文中对主要的电路结构进行了大量的仿真分析，如调压变换器、磁开关磁芯模型、压缩陡化系统电路等，以此降低研究成本，获得更快、更高、更好的科研效果。 - The 3-stage magnetic pulse compression employed in the design is simulated basing on the equivalent model of the magnetic switch by PSPICE.
基于磁开关的等效模型对设计中采用的三级磁脉冲压缩网络进行了PSPICE仿真，得出了不同情况下磁脉冲压缩的仿真波形，为实验调试提供了参考依据。 - To protect other key components of the system, magnetic switch is required in the main circuit.
为了保护能源系统的其它关键元件，主放电回路中必须加磁开关隔离触发高压。 - Characteristics such as the switching time, interlamination voltage, saturated inductance, and loss of the core, which can affect the performance of the magnetic switch, are derived in the case of the fast pulse input.
详细推导了快脉冲环境下，影响跑道型磁开关工作性能的动作时间、层间电压、绕组电感以及工作损耗等参量。 - The inductance and volt-second product formulas of the saturable core choke are deduced. The delay time of the magnetic switch is researched into by theory and experiments.
推导了可饱和磁开关的电感和伏秒积的公式，理论和实验研究了磁开关延迟时间。 - Third, we fulfilled the design of power management module with a magnetic switch. The power module would supply power to each module under the control of the magnetic switch.
设计并研究了基于磁开关的电源模块，使电源模块在磁开关的控制下对各个模块进行供电。 - By introducing some important physical quantities, their calculation methods and designing some experimen for magnetic core, the isolation characteristics of the magnetic switch is analyzed in detail.
通过介绍磁开关的一些重要物理量、它们的理论计算方法以及设计的一些磁芯的实验，对磁开关的隔离特性作了详细的分析。 - Solution is given for the pre-pulse problem of the magnetic switch when used as the main switch.
提出了磁开关预脉冲问题的解决方案。 - Sample magnetic switch chips were obtained after package.
制得样品经过封装测试后制成磁阻开关芯片。 - Next part, studied the mechanism of the magnetic switch which was used as a co-application switch with RSD.
随后在介绍磁开关的机理的基础上，研究了它与RSD的配合应用。