高压电路

  • 网络High voltage circuit;high tension circuit;Secondary circuit;DMOS
高压电路高压电路
  1. 本文介绍和讨论了东芝KXO-15C发生器高压电路连环故障的检修和发生原因。

    This paper introduces the maintaining methods and discuses the reasons of linked breakdowns of the high voltage circuit of TOSHIBA KXO-15C X-ray generator .

  2. 岛津HPLC检测器SPD-1负高压电路检修及零部件改进

    Repair of Negative HV Circuit of Shimadzu HPLC Detector Model SPD-1

  3. 引信ESA高压电路充电时间变化规律研究

    A Study on the Rule of Time of Charge for the High Voltage Circuit in ESA Fuzes

  4. 为了满足一定的击穿电压,薄膜SOI高压电路一般采用漂移区线性掺杂技术,但其工艺复杂,且自热效应严重;

    For thin-film SOI-HVIC , linear drift region doping profile is adopted to satisfy a certain breakdown-voltage , but this process is too complex and its self-heating effect is obvious ;

  5. 高压电路防污闪带电清洗维护技术可行性研究

    Study on the feasibility of live cleaning for high voltage electrified transformer

  6. 高压电路电器设备检查器超高压线路带电作业

    Electrical equipment universal testing stand live ultrahigh tension power lines

  7. 简单介绍了基于开关电源技术的高压电路设计;

    The design of high-voltage circuit based on PWM technology is briefly described .

  8. 可使测试人员远离高压电路,确保测试人员安全,可靠性高。

    Can make the testers from high voltage circuit , ensure testers safety and high reliability .

  9. 一共需要生产1950块(包括10%余量)高压电路板,为5万多道探测器服务。

    1950 ( including 10 % for spare ) high voltage boards are needed , serving morethan 50000 channels of detectors .

  10. 其中驱动机箱提供腔体所需的所有电源,腔体则将其余功能包含在其中,包括:雪崩三极管脉冲电路、高压电路以及制冷散热系统。

    Drive chassis supplies all inputs the image intensifier needs and the shell includes other function elements such as pulse-produce circuit , high voltage model and refrigeration system .

  11. 对高压电路系统故障的实例进行了故障原因分析和处理,并对电源电压波动对仪器的影响进行了初步的探讨。

    The analysis and treatment of trouble of high-voltage circuit system are carried out through instance , and the effect of mains voltage fluctuation on equipment is also inquired initially .

  12. 文中介绍了由直流高压电路、脉冲放电电路和一级脉冲磁压缩电路组成的铜蒸气激光器电源。

    The supply power of copper vapor laser ( CVL ) consisting of DC high voltage circuit , pulse discharge circuit and one stage magnetic pulse compression circuit is introduced here .

  13. 本文首先对纳米晶存储器的工作原理进行了介绍,针对纳米晶存储器的操作方法,提出了高压电路系统在整个存储器芯片中的架构和作用,接着对高压产生电路作了详细的阐述和分析。

    According to its operation methods , the architecture and functions of the high voltage system in the whole chip are proposed , and then the high voltage generation circuits are detailed described and analyzed .

  14. 有源型光纤电流传感器利用电磁感应原理,测量高压电路的电流值。近年来,它凭借成熟的传统互感器原理和先进的光纤通信技术已经逐步市场化。

    Active fiber current sensor measures the current value using Electromagnetic induction effect , and recently it is well developed because it can not only use mature technique of traditional transducer but also adopt advanced fiber communication techniques .

  15. XY110型X射线机电源和高压次级电路工作原理及检修

    Working principle and repairing of XY-ray machine and the power

  16. 用于FED和PDP平板显示高压驱动电路的CMOS器件

    High-Voltage CMOS Devices for FED and PDP Driver IC

  17. 汽车HID电子镇流器高压启动电路及控制策略

    Electronic Manufacturing Igniter Circuit and Control Strategy for Automotive HID Headlamp Ballast

  18. 高压集成电路中高压功率MOSFET的设计

    The Design of High Voltage Power MOSFET Device for HVIC

  19. 200VMOS高压集成电路的研制

    Development of A 200V MOS High Voltage Integrated Circuit

  20. 设计并调试了频闪驱动电路和高压放大电路,实现了MEMS器件的频闪照明和高压静电驱动;

    A stroboscopic drive circuit and a high-voltage amplifier circuit are designed and debugged , in order to realize stroboscopic illumination and high-voltage electrostatic stimulation of MEMS devices .

  21. SOI高压集成电路根据顶层硅厚度可分为厚膜和薄膜两大类。

    According to the thickness of the SOI film , high voltage IC based on SOI material ( SOI-HVIC ) can be divided into thin-film and thick-film .

  22. 研究电子安全系统(ESA)高压转换电路充电时间变化规律。

    The rule of charge time of high-voltage circuit in the electronic safety and arming system ( ESA ) of fuzes is studied .

  23. SOI(SilicononInsulator)高压集成电路具有无闩锁、漏电流小、抗辐射、隔离性能好等优点,已成为功率集成电路(PowerIntegratedCircuit)的重要发展方向。

    SOI HVIC ( Silicon On Insulator High Voltage Integrated Circuit ) is the mainstream and trend of the Power Integrated Circuit ( PIC ) due to the improved no latch-up , reduced leakage current , perfect irradiation hardness , and improved insulation .

  24. 首先设计了Boost功率因数校正电路的参数和控制电路,其次设计了Buck电路的电路参数和控制电路,然后设计了逆变电路的驱动电路,最后设计了高压触发电路。

    Firstly , the parameters and control circuit of boost PFC circuit and is designed . Secondly , parameters and control circuit of the buck circuit is designed . Thirdly , drive circuit of inverter is designed .

  25. 外围电路包括:保护电路、HV电路、高压产生电路、控制电路、译码电路、灵敏放大电路、八位锁存器、八位移位寄存器等。

    The periphery circuit includes protect circuit , HV circuit , high voltage producing circuit , control circuit , decoding circuit , sensitively amplificatory circuit , eight bits flip-latch and eight bits shift register .

  26. 文章较详细地对影响PMT工作性能的直流高压电源电路的工作原理进行分析,并对常见故障的判别、维修进行分析探讨。

    This paper analyzes the principle of direct current high-pressure power source which affects the work performance of PMT and discusses the judgement and maintenance of common malfunction respectively .

  27. 采用分立元件设计了输出电压为228V的APD高压发生电路,在200微秒时,输出电压就进入了稳定输出状态。

    A high voltage generated circuit of APD , whose output voltage is 228V , is designed with separating parts .

  28. SOI结构具有高速,低功耗,高集成度,抗辐照,易于隔离等优点,并且可以克服体硅材料的缺点,被广泛的应用在高压集成电路和功率集成电路中。

    The advantages of SOI are high speed performance , low power dissipation , high integration , perfect anti-irradiation , improved isolation and so on . SOI can also overcome the disadvantages of the bulk silicon .

  29. 场板技术作为一种实用的结终端技术,因其所占面积小、制造工艺简单等优点,在功率MOS器件、高压集成电路和智能功率集成电路中得到了广泛的应用。

    As a practical junction termination techonology , field plate ( FP ) has been widely used in power MOSFET , HVIC and SPIC with the merits of small occupied area , simple manufacturing process and so on .

  30. 目前彩色PDP的功耗比较大,这主要是由于它的发光效率比较低,高压高速电路损耗较大,以及显示屏寄生电容的充、放电而带来的无用功耗比较大而造成的。

    High power consumption of high voltage and high speed circuits , useless power consumption of parasitic capacitor , and low luminous efficiency are the main causes for the high power consumption of color PDPs .