- 更多网络例句与输入补偿电流相关的网络例句 [注：此内容来源于网络，仅供参考]
-
The bridge loses balance and sensitive parts have a output signal,which will transform to related current signal after differential magnifying and conversion between current and voltage. Linear 4~20mADC standard signal is formed by compensation of magnifying and non-linear rectified ring circuit ,and second temperature compensation.
输出的电信号，经过差分放大，电压电流转换，变换成相应的电流信号，通过放大和非线性矫正环路的补偿，以及精密的二次温度补偿，产生与输入压力输成线性关系的4~20mADC 二次制标准信号。
-
The technique made full use of the characteristic of PR controller which can realize zero steady-state error in AC input signal in stationary frame. In the method, the active and reactive current component in the vector control strategy were transformed in the stationary frame to achieve the objective of keeping the DC-link voltage constant, adjusting the power factor and decoupling the active and reactive power. Compared with conventional double close-loop proportional integral controller, the PR technique is better in harmonic compensation without the complex rotating frame transformation and the couple or feedback voltage which is easily influenced by temperature and circuit parameters. The control algorithm is easy to be realized while the robustness and power quality is improved.
该方法充分利用了PR控制器能够在静止坐标系下对交流输入信号无静差控制的优势，将矢量控制策略下的有功电流和无功电流分量转换到静止坐标系下进行调节，实现网侧变换器维持直流电压稳定和调节功率因数的控制任务和双馈电机有功、无功功率的解耦控制，与传统的双闭环PI控制相比，该策略无需繁琐的坐标旋转变换，不存在受温度及电路参数影响的耦合项和前馈补偿项，且易于实现对系统低次谐波电流的补偿，减小了控制算法实现难度，提高了控制系统的鲁棒性和电网电能质量。
-
The symmetric space voltage vector realized by TMS320F240 in software is introduced.
介绍了TMS320F240用软件生成对称空间电压矢量的方法，特别是针对高精度V/F值控制的应急通风机对交流变频调速的要求，通过检测直流侧电压实现对输入电压波动的前馈补偿，以提高输出电压精度，改善输出电流波形。
-
In addition, by contrast with the common Space Vector Modulation strategy, it has the capability of self-compensation when it comes to the situation of three-phase Grid Voltages Unbalance, as well as advantage of low tripper components.
与常规空间矢量调制算法(Space Vector Modulation ， SVM)相比较，该算法具有输入电流和输出电压谐波含量小的优点，且当三相电网电压失衡时，能够自动进行补偿。
-
MC44144 Pinout: Flyback and Synchronous Rectifier Apps Provides Complementary Auxiliary Driver with Programmable Deadtime (Turn-On Delay) between AUX and MAIN Switches Peak Current-Mode Control with 0.5-V Cycle-by-Cycle Current Limiting Hiccup Mode 0.75-V Current Limit TrueDrivet 2-A Sink, 2-A Source Outputs 110-V Input Startup Device Trimmed Internal Bandgap Reference for Accurate Line UV and Line OV Threshold Programmable Slope Compensation High-Performance 1.0-MHz Synchronizable Oscillator with Internal Timing Capacitor Precise Programmable Maximum Duty Cycle PB-Free Lead Finish Package
MC44144引脚说明：反激式同步整流和应用服务提供补充辅助与可编程死区时间之间的辅助和主开关峰值电流模式控制0.5 - V的逐周期电流限制打嗝模式0.75 - V的电流限制TrueDrivet 2 - A号水槽，2 -阿源精确的线路过压阈值线UV和可编程斜率补偿高性能1.0 - MHz的振荡器可同步输出110 V输入启动装置边内部带隙基准，内置精密程控定时电容最大占空比无铅引脚完成包
-
A new style CFOA was proposed in this paper, the compens AT ion circuit elimin AT e the imbalance between the two input in st AT ic condition,the PMOS and NMOS complementary input structure enhance SNR,Simul AT ion with 0.6 CMOS process parameters,result in a high SR as well as bandwidth gain-independence.
本文提出了一种新型的电流反馈形运算放大器，该电路所具有的电压补偿电路克服了以往基于CMOS的CFOA两个输入端静态条件下不平衡的缺点；NMOS与PMOS互补的输入结构提高了电路的信躁比。
-
In order to reduce the effect of probe errors in near-field antenna measurement, the solutions are proposed as follows: On the one hand, theoretical formula of probe-compensated is derived; on the other hand, drop-shaped probe is designed and near-zone gain, far-field patterns, axial ratio, main lobe width, input impedance, voltage standing-wave ratio, electromagnetic field and current distribution of probe are obtained through the computer simulation.
针对近场测量中的重要误差源之一&探头&的影响，本文提出解决方法：一方面用探头补偿的方法，根据洛仑兹互易定理和微波网络理论对补偿的解析式进行详细推导；另一方面用两种不同的仿真软件求解终端开口矩形波导探头的近场增益、远场方向图、轴比、主瓣宽度、输入阻抗、电压驻波比、电场分布、磁场分布、表面电流分布等特性参数，可实现探头增益的修正。
-
The current sensor regulates the control input in real time to produce a leakage compensation enable signal, which reconfigures and/or varies the strength of the keeper.
所述电流传感器实时调节所述控制输入，以产生重新配置和/或改变保持器强度的泄漏补偿使能信号。
- 更多网络解释与输入补偿电流相关的网络解释 [注：此内容来源于网络，仅供参考]
-
input offset error：输入偏置误差
input offset current drift 输入补偿电流漂移 | input offset error 输入偏置误差 | input offset voltage drift 输入补偿电压漂移
-
input offset current：输入补偿电流
input format control 输入格式控制 | input offset current 输入补偿电流 | input power 输入功率
-
input offset current drift：输入补偿电流漂移
input number 输入数 | input offset current drift 输入补偿电流漂移 | input offset error 输入偏置误差
-
equivalent input offset current：等效输入补偿电流
equivalent input noise current | 等效输入噪声电流 | equivalent input offset current | 等效输入补偿电流 | equivalent input wideband noise current | 等效输入宽带噪声电流
-
inrush current：涌入电流
则内建的斜率补偿值Ma与输入电压VIN、输出电压VOUT1、升压电感必须满足(公式一)的关系. AIC1880本身内建有柔性启动(Soft-Start)的功能,来避免输入涌入电流(Inrush Current)的产生. 其柔性启动时间可由(公式七)求得.
-
slope：倾斜
内部倾斜(slope)补偿线路MCZ34670评估线路板也已上市,建议售价为美金$115. KIT34670EGEVBE研发工具内建与IEEE 802.3af相容的供电装置介面、5伏特隔离输出电压、可调式UVLO、以及输入电流. 此一线路板已通过New Hampshire大学交互操作性实验室(UNH-IOL)的相容性测试.
-
cascaded：级联
本文将提出一个简化的交流高电压放大器,它使用互补、级联(cascaded)的NMOS和PMOS电晶体(图1). OP07运算放大器具有低输入补偿电压(input-offset voltage)、低输入偏置电流(low input-bias current)和高开环增益.