simple topology造句

• So far, the bandgap reference is the most popular circuit, which successfully achieves the requirements mentioned above . it exhibits both high stability and low temperature coefficient, also has low noise and simple topology
  其中，带隙基准电压源因其高稳定度、低温漂、低噪声且构成简单等优点而得到普遍重视，亦为本文所采用。
• The current mode ac / ac variable frequency converters with high frequency ac link are also presented in the thesis the current mode ac / ac converters with high frequency ac link have the advantages such as simple topology, two-stage power conversions, bidirectional power flow, high frequency electrical isolation, strong load adapting ability, suit for low power conversion fields
  论文对这类变换器实现acac变频变换作了初步探讨。这类换器具有电路拓扑简洁、两级功率变换(lfachfaclfac)、双向功率流、高频电气隔离、网侧电流波形好、负载适应能力强、适合于小功率变换场合等特点。
• Push-pull current mode hfl inverter also is composed of four power switches . the simulation and experiment of a 500va experimental prototype indicates that this circuit has the advantages of less components, simple topology, the ability of four quadrant operation and high efficiency . the inverter does not need the symmetry of the components " parameters and can be applied to dc to ac conversion with single low input voltage source
  推挽双向电流源高频链逆变电路也是由四个功率管组成，500va的原理样机的仿真和实验研究结果表明，该电路元器件少、电路拓扑简单、能够四象限可靠运行、变换效率高，并不要求器件参数的完全对称，适合于输入电压较低的场合。
• Its test results indicate : voltage mode inverters with high frequency link have the advantages such as high frequency electrical isolation, simple topology, two-stage power conversions, high power density, bidirectional power flow, good line current waveform, low audio noise, high converting efficiency, and high input power factor etc . this kind of converter lay the key technical foundation on new type high power density, high efficiency and low cost asi
  设计的1kva270v10%dc/115v400hzac单极性移相控制双向电压源高频环节逆变器原理试验表明,这类逆变器具有高频电气隔离、电路拓扑简洁、两级功率变换(lfac/hfac/lfac)、功率密度高、双向功率流、音频噪音低、变换效率高、网侧功率因数高等优点,为新一代高功率密度、高变换效率、低成本航空静止变流器奠定了关键技术基础。
• The prototype test results indicate : voltage mode and current mode ac-ac mode ac / ac converters with high frequency link have the advantages such as high frequency electrical isolation . simple topology, two-stage power conversions, high power density, bidirectional power flow, good line current waveform, no audio noise, high converting efficiency, and high input power factor etc . this kind of converter lay the key technical foundation on new type regulated sinusoidal ac power supply, electronic transformer, ac regulator, and wave converter etc
  试验表明，这类变换器具有高频电气隔离、电路拓扑简洁、两级功率变换(lfachfaclfac)、功率密度高、双向功率流、无音频噪音、变换效率高、网侧功率因数高等优点。为新一代正弦交流稳压器、电子变压器、交流调压器、同频波形变换器的实现奠定了关键技术基础。
• This kind of converter has the advantages such as high frequency electrical isolation, simple topology, two-stage power conversion ( lfac / hfac / lfac ), high power den sity, bi-directional power flow, soft commutation of output cycloconverter, uni-polarity spwm waveform, no audio noise etc . the correction and advance of the new concept of the 220v + 10 % ( 50hz ) / 220v ( 50hz ) uni-polarity phase-shifted controlled voltage mode ac / ac converter with high frequency
  这类变换器具有高频电气隔离、电路拓扑简洁、两级功率变换(lfachfaclfac)、功率密度高、双向功率流、输出周波变换器实现了zvs换流、单极性spwm波、无音频噪音等优点。
• The test results demonstrate that the converter has some advantages, such as simple topology, high power density, high conversion efficiency, high power factor, uninterruptible power supply and low cost . such converter find extensive use in uninterruptible power supply application in telecom, computer industry
  试验结果表明，这类变换器具有电路拓扑简洁、功率密度高、变换效率高、功率因数高、不间断供电、成本低等优点，在通讯、计算机、工业控制、医疗电子设备等需要不间断直流供电的场合，具有广泛的应用前景。
• The current source ac / ac converters with high frequency ac link have the advantages such as simple topology, two-stage power conversions, bidirectional power flow, high frequency electrical isolation, good line current waveform, strong load adapting ability and suit for low power conversion fields . the correction and advance of these converters are verified by the simulation and test results
  这类换器具有电路拓扑简洁、两级功率变换(lfachfaclfac)、双向功率流、高频电气隔离、网侧电流波形好、负载适应能力强、适合于小功率变换场合等特点。