tank circuit

储能电路

  • Effect of tank circuit breaker porcelain surface flashover on protection

    断路器瓷套沿面闪烙对保护动作的影响

  • Operation Analysis and Improvement Measure of 500 kV Tank Circuit Breaker

    500kV 断路器运行分析及改进措施

  • Anode tank circuit magnetro

    阳极 谐振 电路型磁控管

  • Ten ultrasonic transducers whose frequency is twenty hertz power is fifty watts are installed at the bottom of the tank and connected with the ultrasonic generator and control circuit box .

    水箱底部安装了10个频率为20千赫兹,功率为50瓦的超声波换能器,并与超声波发生器和控制 电路盒相连。

  • Methods A small water tank was set in the RO water circuit to collect the left RO water to be used by the dialyzer reuse machine and other more dialysis machines .

    方法:在原有反渗水 回路上增加小型 水箱缓存多余反渗水,供更多血透机及透析器复用机使用。

  • The current calculation to the voltage plateau width of RF-SQUID tank circuit volt-ampere curve has been discussed in the paper . A proper calculating method is suggested .

    本文讨论了通常RF-SQUID 谐振 电路伏安曲线上电压平台宽度计算中的问题,并提出了一种比较合理的计算方法。

  • Double balance Gilbert-cell incorporating a capacitively-source-coupled current amplifier and a single-tuned tank as load is utilized to improve the circuit performance .

    电路采用改进型双平衡Gilbert单元的结构,引进了 性源极耦合差动电流放大器和调谐负载电路,大大提高了 电路的性能。

  • The problem in the calculation of voltage plateau width of RF-SQUID tank circuit volt-ampere curve

    RF&SQUID 谐振 电路伏安曲线上电压平台宽度计算中的问题

  • In the paper we introduce the whole perspective and methodology of the gasoline tank pressure measuring and controlling system based on 8031 the paper also states the operation principle of the whole system the key techniques in designing the hardware circuit and software .

    本文介绍了基于8031单片机开发的汽油 箱内汽油 蒸汽压力测控系统的总体设计思路和方法,阐述了整个测控系统的工作原理、 硬件和软件设计及相关技术问题。

  • The motor is allowed to start up only when the water cooling tank has been full of water . closed circuit cooler for electric machine

    电动机只有在冷却 水箱中充满水后才允许起动。电机用闭式 循环冷却器

  • In this paper the design and testing process of 800 kV tank circuit breaker with two breaks which is of international leading levels is introduced . The technological subjects and treatment measures of developing have been introduced in detailed .

    介绍了已研发成功,并具有国际领先水平的800kV双断口 断路器的设计、试验过程,重点对800kV双断口 断路器开发中的技术课题及其应对措施进行详细介绍。

  • The innovated metering tank the correlative interface circuit and software which make the flow accuracy improve are described .

    全自动化液体计量装置采用改进的计量 及相配套的接口 电路和相应的软件,使 三相流自动控制 模拟井系统提供的流量准确度大大提高。