电容负载用英语怎么说，电容负载的英文翻译

词语导航

基本信息

词语：电容负载

繁体：電容負載

拼音：diàn róng fù zǎi

英语翻译

【电】 capacitive load

分词翻译

电容的英语翻译：

capacitance; electric capacity
【计】 C
【化】 capacitance; capacity; electric capacity
【医】 capacitance; electric capacity

负载的英语翻译：

load
【计】 L; load line
【化】 load

翻译例句

1. 电容负载是如何影响运算放大器的性能的？

Q. How does capacitive loading affect op amp performance?

2. 这一点在“分流电容负载和保护”一节中详细讨论。

This is discussed in detail in the paragraphs on Shunt Capacitance Loading and Guarding.

3. 电阻r 3允许IC 1来驱动电容负载，使C1不会进入振荡状态。

Resistor R3 allows IC1 to drive the capacitive load that C1 presents without going into oscillation.

4. 在3.5A的峰值驱动能力，使这部分驾驶时一个很好的选择高电容负载。

The 3.5a peak drive capability makes this part an excellent choice when driving high capacitance loads.

5. 采用分布式电容负载型结构设计出毫米波薄膜介质移相器，其中的高阻传输线为有限宽度地共面波导。

The distributed BST capacitor-loaded phase shifter was designed, of which the high impedance transmission line is finite ground coplanar wave-guide (FGCPW).

6. 本文分别讨论了常规冲击电压发生器在大电容负载和小电感负载下的输出特性，和不同级球隙过电压的同步特性。

In this article, we discussed the output capability of the typical impulse voltage generator with a large capacitance load or a small inductance load, and the synchronization capability.

7. 在VS引脚处需要额外的电容来处理负载电流的峰值和电位电机的再生。

Additional capacitance will be required at the VS pins to handle load current peaks and potential motor regeneration.

8. 在两种负载模型下，通过计算分析了滤波电感和电容对电源电压波动的影响；

The voltage ripple waveform is analyzed based on the inductance and the capacitive change under two load models.WwW.wEnTIYI.cOM

9. 在大量仿真数据以及当前集成电路设计工艺的基础上，提出了一种简单互连线负载的有效电容计算模型。

A simple and efficient model was presented for computing the effective capacitance of interconnect load based on simulation and integrated circuit process.

10. 即使对于电阻性负载，屏蔽电缆的电容也可能会导致继电器触点焊接。

Even with resistive loads, the capacitance of a shielded connecting cable may cause relay welding.

11. 在给定自激电容、转速和负载的情况下，通过计算激磁电抗与输出频率，进而得到外特性。

Under the values of given self-excited capacitors, rotor speeds and loads, the external characteristics are obtained by calculating the magnetizing reactance and frequency.

12. 本文利用高压支承变压器高频载波下付边电感与负载电容的谐振特性，设计并研制了有源谐振的ESS。

In the palper, with resonance between the secondary coil of suspension transforMer and capacitance load the active ESS has been developed.

13. 本文对电容抽头负载部分接入的谐振网络设计提出了一种准确而快速地确定回路电容值的方法。

Here is a new method about the resonant network design for the capacitor tap, this can decide very quickly and accurate Capacitance Value.

14. 给出了一种用串联电容来提高两组或多组相同感性负载并联电路功率因数的方法。

A new approach to enhance the power factor of two or more the same inductive loads in parallel is presented.

15. 接着对负载谐振式逆变器进行了分类并比较了他们的特点，最终采用了串联谐振、电容分压输出的拓扑结构。

By classifying load resonant inverters and comparing their characteristic, a topology of series resonant inverter with output from resonant capacity is proposed.

16. 由于电容在充电过程中，其电压不断改变，其等效负载也在较大的范围内变化，因而对充电电路的负载特性提出了较高要求。

Because the capacitor voltage always changes in the course of charging, and the equivalent load also changes in a large range, the load characters of charging circuit are required strictly.

17. 讨论了串联电容法对多组感性负载并联电路总功率因数的影响。

The reaction to the total power factor of some the same inductive loads in parallel are presented.

18. 限制瞬态效应所使用的方法取决于负载是电容性的还是电感性的。

The methods used to limit transient effects depend on whether the load is capacitive or inductive.

19. 该功率因数补偿器具有相负载分别补偿，补偿电容在电压过零时投切，各相功率因数和电流值分时显示等特点。

This compensator can compensate phase loads respectively and display all the phase power factors and current values in a time-split way.

20. 开关电路是脉冲数字系统中常用电路之一，由于负载电容的影响，限制了该电路的工作速度。

The switching circuit is offen used in the pulse digital system. As the switching circuit is acted on by capacitive load, the working speed of the switching circuit is limited.

21. 该电路适用于蓄电池负载，无需储能电容，满足了车载充电机在体积重量方面的要求。

The circuit is suitable for being connected to the load of storage batteries, and no storage capacitors are needed, it also meets the requirement of volume and weight for on-board charger.

22. 同时，构成电容性负载，使容性功率因数降至最小0.2以下，无谐波和电磁干扰，真正的绿色光源。

At the same time, constitute a capacitive load, so that capacitive power factor of 0.2 to a minimum the following, non-harmonic and electromagnetic interference, the true green light source.

23. 它会影响到晶振的谐振频率和输出幅度，一般订购晶振时候供货方会问你负载电容是多少。

It will affect the crystals resonant frequency and output amplitude, the general ordered crystal when the supplier will ask you how much the load capacitance.

24. 同时也给出实际电感偏离等电感的设计值时，修正电容及负载的计算公式。

In addition, design formulae for modification of capacitances and terminated resistances are also presented, which are used for compensating the inductor tolerances in practice.

25. 本文从MOS管电容模型出发详细分析了MOS源漏自举电路的自举物理过程，认为其中负载管栅电容主要起耦合作用。

The processes of the bootstrapping from source and drain are analyzed in detail based on the capacitor model of MOSFET and it is pointed out that the gate capacitance mainly plays a part of coupling.

26. 论文还研制了一套高压信号实时检测装置以满足电容器负载高压信号实时检测的需要。

To satisfy the demand of the real time signal measurement of the high voltage load capacitor, the thesis developed a set of measurement instrument.

27. 大的负载电容和日益严重的线间耦合使得深亚微米总线面临着功耗、延迟和可靠性等问题。

Due to the large load capacitance and increasingly serious inter-wire coupling, deep submicron buses are facing many problems like power, delay and reliability.

28. 在切换灵敏负载(DUT或仪器)及电容性负载时，它还能够减小瞬态。

It is also desired to reduce transients when switching sensitive loads (DUTs or instruments) and capacitive loads.

29. 当整机电源输入口电压跌落时，本发明电路的抗跌落电容放电，能为整机提供短时负载功耗。

In the invention, discharge of falling off capacitance supplies power dissipation of short time load for complete device.

30. 当整机电源输入口电压跌落时，本发明电路的抗跌落电容放电，能为整机提供短时负载功耗。

In the invention, discharge of falling off capacitance supplies power dissipation of short time load for complete device.