output load current
英 [ˈaʊtpʊt ləʊd ˈkʌrənt]
美 [ˈaʊtpʊt loʊd ˈkɜːrənt]
网络 输出负载电流
双语例句
- Industry trends lean toward lower output voltages, more power, tighter power regulation, and faster response to changes in load current.
业界之发展趋势是要求更低的输出电压、更大的功率、更有效控制电源、以及对负载电流的转变有更快速的反应。 - Analysis and research between the output gain of the differential amplifier mith the resistor load and that with current source load
电阻性负载与恒流源为负载的差动放大器放大倍数的分析 - The conclusion is that both output voltage waveform at rectifier load and system output characteristic may be improved apparently with capacitor current feedback regulation.
研究表明，采用电容电流反馈控制方式，可以使逆变系统的输出电压波形及负载特性得以有效改善。 - Synchronous motor excitated magnet by direct current can make output mechanism specialities matched load specialities by means of adjusting exciting current to change magnetic field and power factor.
这是因为电励磁的同步电动机可通过调节励磁电流来改变其磁场和功率因数，使输出的机械特性与负载特性相匹配。 - The influence on the output voltage of different supply nodes is analyzed quantitatively when the voltage of the power net and load current fluctuate.
定量分析了在电网电压和负载电流发生波动时，不同供电方式对输出电压的影响。 - Based on the results, the very pulse power supply meets corresponding function requirements on output voltage regulation, load regulation, output ripple and dynamic response, and the power also has a tolerable waveform speciality and an excellent ability of over current protection and short protection.
实验结果表明，该脉冲电源的输出电压调整特性、负载调整率、输出纹波、动态响应等均满足了一定的要求，并具有良好的过载、短路保护特性和波形特性。 - Comparison between the output gain of the differential amplifier circuits with resistor load and that with the current source load, Both in terms of Transistor with the low frequency hybrid-pi model circuits, Is presented.
本文主要是对电阻性负载与恒流源为负载的差动放大器，利用混合h参数等效电路对其放大倍数进行分析计算与比较。 - When the motor works in its steady state, the inductance of the output filter can be adjusted according to the inverter fundamental frequency, carrier frequency, and load current. A better filtering effect and better electrical driving effect can thus be achieved.
在稳态运行时，根据基波频率、载波频率和负载电流来改变电感值，以便获得较好的滤波效果和电气传动效果。 - In order to essentially improve microwave output power and efficiency, a new idea about magnetically insulated transmission line oscillator ( MILO) is brought forward, which use most of the load current to produce microwave.
为了进一步提高MILO产生微波的功率和效率，提出了其负载电流能量全部利用来产生微波的新思想。 - This paper analyses the effects of several factors on the power output, including load coefficient, voltage drop in electrode boundary layer, electrode resistance, axial and transverse leakage current and finite segmentation of electrodes.
本文分析负载系教、电极边界层电压降、电极电阻、轴向与横向漏电以及电极有限分段对输出功率的影响。 - A PI voltage control and a P current control are adopted in the dual-loop after output voltage decoupling and load current disturbance compensation.
在实现输出电压解耦和扰动电流补偿后，电压外环采用比例积分环节，电流内环采用比例环节的控制器。 - The system consists of the AC input stage, single phase PFC, main inverter, output low-pass filter, auxiliary power supply, and load current sharing circuit, etc.
整个电源由输入电路、功率因数校正器、主逆变器、输出滤波电路、辅助电源、均流电路等部分组成。 - The voltage loop control utilizes the tracking error of output voltage to estimate the desired inductor current in which the resistive load is estimated through an adaptive law, while the current loop sliding-mode control regulates the inductor current.
电压环控制采用自适应律来估计负载电阻，并利用输出电压的跟踪误差获得期望的电感电流；电流环滑模控制对电感电流进行调节。 - When the inverter has RC snubbers and inductance load and adopts the asymmetric dead-time inserted mode, the forward load current makes the output voltage reduced and the negative-going load current makes the voltage raised. This may bring the change of the output CMV of the inverter.
逆变器带上RC吸收回路及感性负载时，单边设置死区时正方向的负载电流使输出电压减小，负方向的负载电流使输出电压增加，从而影响了逆变器输出的共模电压。 - As the output short-circuit current of the distributed generation and the load current is not very different, the load current can not be ignored during the short-circuit calculation.
由于分布式电源输出的短路电流与负荷电流的差别不大，因而在短路计算中不可忽略负荷的影响。 - Closed loop regulation simulation is carried out based on the established machine model, the steady-state performance and dynamic performance are analyzed, stable voltage output is realized by three loops control method of output voltage loop 、 exciting current loop and load current loop.
在电机本体模型基础上进一步构建了电压调节系统闭环仿真模型，完成发电系统稳态和动态性能分析，采用输出电压、励磁电流和负载电流三环控制方法，实现稳压输出。 - The output voltage of rectifier will be changed with the alternating of AC power grid or load current.
当交流电网电压或负载电流变化时，整流器输出电压也会随之发生变化。