transistor circuit

英 [trænˈzɪstə(r) ˈsɜːkɪt] 美 [trænˈzɪstər ˈsɜːrkɪt]

晶体管(化)电路

计算机



双语例句

  1. It is used to normal precise measure and measure equipment, temperature compensation of transistor circuit.
    用于一般精度的温度测量和在计量设备,晶体管电路中的温度补偿。
  2. Fixed bias transistor circuit
    固定偏压晶体管电路
  3. Inertia of transistor switching circuit
    晶体管开关器的惰性
  4. Transistor amplifier circuit has oscillation preventing diode connected to connecting wire of2 transistors to prevent inductance due to wire length.
    晶体管放大电路拥有一个防震二极管以防止由电线长度引起的自感应现象,此防震二极管连接在2个晶体管金属丝接头上。
  5. Transistor logic circuit families
    晶体管逻辑电路系列
  6. Emitter coupled transistor logic circuit
    发射极耦合晶体管逻辑电路
  7. Simulation and Experiment of Transient γ Radiation Effects on the Bipolar Transistor Circuit
    双极型晶体管线路瞬态γ辐照效应的模拟计算和实验验证
  8. The zero voltage trigger for thyristor can be realized with simple transistor circuit.
    单向晶闸管的电压过零触发可利用简单的晶体管电路。
  9. The measurement of dielectric constant by using transistor on-off circuit
    用晶体管开关电路测量介电常数
  10. Measuring electromotive force of reversible cell by means of field effect transistor amplification circuit
    用场效应管放大电路测量可逆电池的电动势
  11. In this paper, adequate pulse is produced adopting CPLD and avalanche transistor circuit.
    笔者采用CPLD和雪崩三极管电路产生了适合要求的脉冲。
  12. Load Affection to Current Regulator Transistor Scanning Circuit
    负载对恒流管扫描电路的影响
  13. The Method to Calculate Power Series of Non-linear Transistor Circuit
    计算非线性晶体管电路幂级数的方法
  14. A New Bipolar Transistor Current Circuit
    一种双极型基本电流镜的改进电路
  15. This paper examines whether the stochastic resonance process will occur in the non linear second order circuits. A unijunction transistor second circuit used as an experiment circuit was forced by a bath with a specified signal period and noise.
    为考察二阶非线性电路响应中是否存在随机共振过程,用噪声信号和周期信号同时激励二阶非线性单结管电路,并观察其响应和测量输出响应信号的信噪比。
  16. An Investigation into the Process for High-Stability and Low-Noise Pair Transistor Circuit
    介质隔离高稳定低噪声对管电路的工艺研究
  17. In this technique, Z parameter symbolic network functions for transistor equivalent circuit are used to calculate transistor AC characteristics, eliminating the time consuming process in the conventional method, where characteristics are calculated by solving node voltage equations. This technique greatly increases extraction efficiency.
    它采用晶体管等效电路的Z参数符号网络函数来计算晶体管交流特性,消除了常规方法中通过求节点电压方程获得特性的耗时过程,因此大大提高了提取效率。
  18. After the parameters of transistor and circuit are defined, a sine oscillator can only oscillate in a definite frequency.
    正弦振荡器在晶体管和电路参数确定后,只能在一个频率上产生正弦振荡。
  19. The Application of Transistor Circuit in Relay Protection
    浅谈晶体管电路在继电保护中的应用
  20. The switching process of a transistor Schmitt circuit
    晶体管施密特电路的开关过程
  21. A Power Source is described. Its transistor circuit is simple, Stable and reliable. Its cost is low and the unit is easy to make.
    本文叙述一台400Hz正弦波可调稳压电源,晶体管电路简单,性能稳定可靠,成本低,容易制造。
  22. Bifurcations of a Third-order Common-base Transistor Circuit
    一个三阶共基极晶体管电路的分岔
  23. The switching process of transistor Schmitt circuit was studied in this paper.
    本文研究了施密特电路的开关过程。
  24. A Modified Schottky Transistor Logic Circuit with High Speed and Micropower Consumption
    高速微功耗改进型肖特基晶体管逻辑
  25. Investigation of the critical dynamics respones of the unijunction transistor circuit with periodic stimulation
    单结管电路在周期激励下的临界动态研究
  26. A single-level perceptron network and field effect transistor circuit were used to make a digital/ analogue-based synapse multiplier/ adder.
    利用单层感知器网络、场效应管电路实现了一种新的数字模拟混合突触乘法/加法器电路。
  27. This model is mainly directed against the Inorganic Thin Film Transistor Circuit Simulation Model.
    该模型主要是针对无机薄膜晶体管的电路仿真模型。
  28. It reaches 131% T when the relative sensitivity coefficient of the collector current of silicon magnetic-sensitive transistor differential circuit is measured in experiment.
    实验测试硅磁敏三极管差分电路的集电极电流相对磁灵敏度达到了131%/T。
  29. Secondly the MOS transistor circuit model is analyzed in details. In the time the MOS current mirrors and the current conveyor circuit is systematic studied, and simulated the current conveyor circuits.
    然后详细分析了MOS晶体管电路模型,系统研究了MOS电流镜和电流传输器电路,并对该电路进行了仿真。
  30. The sense amplifier sample circuit is also designed carefully, especially the size of the transistor circuit need to be optimized and adjusted continuously. We should also pay more attention to match the device and reduce process errors in layout.
    其中的灵敏放大器采样电路也是经过仔细设计的,尤其是电路中晶体管的尺寸参数要不断优化和调整,版图上也要特别注意器件的匹配,减小工艺误差。