transformer coupling

英 [trænsˈfɔːmə(r) ˈkʌplɪŋ] 美 [trænsˈfɔːrmər ˈkʌplɪŋ]

网络  变压器耦合

计算机



双语例句

  1. Magnetostatic-field solution for Tesla transformer's coupling coefficient
    Tesla变压器耦合系数的静磁场解法
  2. Transformer type coupling filter
    变压器型耦合滤波器
  3. Only transformer coupling can contribute to the voltage gain of an amplifier by virtue of a stepup turns ratio.
    只有放大器耦合方能通过开压匝数比提高变压器电压增益。
  4. Study of Nonlinear Characteristic Curve for the Core of Transformer with Magnetic Coupling
    变压器铁心磁耦合下非线性特性曲线的研究无线电自动驾驶耦合器
  5. The first illustrated example is standard transformer coupling.
    第一个例子展示的史标准变压器耦合。
  6. Line frequency hum, primarily induced by imbalance in the filament circuit wiring, the transformer used to power the filament, coupling into the signal leads, etc.
    市电频率Hum,主要原因包括灯丝线路走线导致的不平衡;供给灯丝的电源变压器(缺陷)导致电源杂波耦合进入信号通道,等等。
  7. Analysis of Tesla Transformer with High Coupling Coefficient
    具有大耦合系数的Tesla变压器理论分析
  8. Beginning with the broadband transmission line transformer with 1 ∶ n 2 impedance transformation, its equivalent model with mutual coupling between transmission lines taken into account is given, and its characteristics for impedance transformation is analyzed.
    研究了变换比为1∶n2(n为整数)的宽频带传输线变压器,给出了考虑线圈互耦的等效电路模型,分析了其阻抗变换特性。
  9. Considering the conditions as voltage at primary winding, shortcircuit forces of windings and turns for transformer were calculated with FEM coupling circuit method under the 2D symmetrical model.
    以此起始条件设定变压器原边电压激励,利用磁路-电路耦合有限元法建立了2D轴对称模型,计算了变压器原、副边线圈及各线匝短路电磁力。
  10. Two kinds of high repetition pulsed electric circuits have been used with an energy storage capacitor discharging: ( 1) directly through a laser tube, ( 2) through a pulsed transformer for output coupling.
    采用了两种高重复率脉冲电路:(1)储能电容器直接对激光管放电;(2)储能电容器通过脉冲变压器放电作输出耦合。
  11. A Transformer Model Based on Coupling Multi-windings and Its Application Research
    基于多线圈耦合的变压器数学模型及其应用
  12. In this case, the coupling coefficient of the transformer with magnetic core is up to 0.88.Compared with air-core transformer of the same size, its coupling coefficient increases 10%.
    设计的高功率带绕式脉冲变压器耦合系数可达0.88,与相同结构尺寸的带绕式空芯脉冲变压器相比,耦合系数提高10%。
  13. According to principles of thermodynamics and hydrodynamics, the finite element models of inner temperature field and flow field of resin casting dry-type transformer are established. The fields are analyzed with the solid-flow coupling modules in ANSYS software.
    根据传热学和流体力学的原理建立了树脂浇注干式变压器内部温度场及流体场的有限元模型,利用ANSYS软件的流固耦合功能对其进行了热分析。
  14. In this article, from the most basic physics principle, the function of the piezoelectric transformer performance Vs three basic factors ( mechanical quality factor, electromechanical coupling factor as well as electric quality factor) are established.
    该文从最基本的物理学原理出发,把压电变压器的性能归结为3个基本因子的函数,即机械品质因素、机电耦合因素以及电学品质因素。
  15. On basis of study the characteristics of connection in impendence-matched balancing transformer ( IBT) and inner impendence-matching, the electromagnetic transient simulation model for IBT is designed with referencing electromagnetic coupling multi-winding transformer by means of mathematic reasoning;
    在研究阻抗匹配平衡变压器的接线特点和内部阻抗匹配特性的基础上,结合多绕组变压器的电磁耦合关系,利用数学推理建立其变压器电磁暂态仿真模型。
  16. The implementation method and the analysis of operation mechanism of self-adapting automatic thro-win equipment of emergency power supply of main transformer, bus-bar coupling and interconnection line
    自适应式主变、母联、联络线备自投实施方法及其动作原理的分析
  17. This paper reports the resonant transformer as the coupling network between dc SQUID and preamplifier of dc SQUID magnetometer and investigates the effect of the transfer ratio and Q value of the resonant transformer on the performance of magnetometer.
    该文报道了利用谐振变压器作为耦合网络,其传输比及Q值对超导磁强计性能的影响。
  18. The circuit, with over-current protection of output transformer original side average current and side peak current, adopts pulse transformer coupling MOSFET driving circuit.
    该电路采用脉冲变压器耦合MOSFET管驱动电路,具有输出变压器原边平均电流和副边峰值电流的过流保护功能。
  19. Analyzing the igniting method of LC resonance and considering the control of the inverted main circuit, this paper designs an igniting circuit with transformer coupling controlled by logic.
    本文简单分析了大功率高压钠灯启动方式并设计了一种逻辑控制的变压器耦合启动电路。
  20. For requirements of suppressing harmonics on the dc side of HVDC system, a new hybrid filtering system a shunt passive and a small rated reactor transformer coupling series active filter is presented, and the harmonic compensation and control principles are discussed theoretically in this paper.
    针对高压直流(HVDC)系统直流(DC)侧谐波抑制的要求,提出了一种新型混合滤波系统:并联无源滤波器和串联小容量电抗&变压器耦合有源直流滤波器。
  21. The flux transformer and DC-SQUID were fabricated on same thin film substrate, avoiding the difficulty of single chip coupling alignment between flux transformer and DC-SQUID.
    磁通变换器与DC&SQUID制备在同一片薄膜衬底上,避免了分立单片耦合对准的困难。
  22. Tesla transformer with opening core can integrate Tesla transformer with forming line, which let the Tesla transformer's coupling coefficient reach up to more than 0.9.The expression of output voltage and current is gained by analyzing the circuit model of Tesla transformer.
    带有开口铁心的Tesla变压器与成形线一体化,使Tesla变压器的耦合系数>0.9。根据Tesla变压器电路模型,得出了输出电压、电流的解析表达式。
  23. TESTING Experimental Study of Transformer Coupling Solid State Fault Current Limiter with Capacitance Load
    变压器耦合固态限流器的纯电容负载试验
  24. Calculation of Short-circuit Impedance for Power Transformer with Coupling FEM Method of Magnetic Field and Circuit
    磁场-电路耦合法计算变压器短路阻抗
  25. Based on above analysis, combination with the mining geological condition of 28 transformer substation, the coupling support has been successfully used in engineering and practice.
    在上述分析基础上,结合米村矿28变电所的地质条件进行了现场实验。耦合加固技术在现场实践中得到了成功的应用。
  26. It is the key technology for Transformer Bridge to provide the precision ratio adopting inductive coupling windings.
    其中,采用感应耦合比例绕组来提供高精度的比率是变压器电桥的关键技术。
  27. We put the parallel fundamental series resonant circuit in the coupling transformer secondary side, it can make the current not inject into the active filter and coupling transformer.
    在耦合变压器的二次侧并联基波串联谐振电路,使得电流不会注入有源滤波器与耦合变压器。
  28. In this model, only the parasitic parameters of the transformer related to CM noise coupling paths need to be extracted. So, this modeling approach is simple and the parameters can be easily extracted.
    该模型只需提取变压器中与共模干扰耦合通路相关的寄生参数,而无需对变压器进行全面建模,建模方法简单,参数提取方便。
  29. The air-core pulse transformer has no magnetic saturation, but it has small coupling coefficient, low energy conversion efficiency and unsuitable for repetition applications.
    高功率空芯脉冲变压器虽然无磁饱和,但是它耦合系数很难提高,能量效率低,不易重复频率运行。
  30. The high frequency characteristics of the transformer CM noise coupling path can be well described by this model, because both of the distributed parameters and the high frequency losses in the core and windings are included.
    并且考虑了变压器的分布参数特性,以及磁芯和绕组的高频损耗,可以更好地描述变压器共模干扰耦合通路的高频特性。