CI:电流积分器
“电流积分器”(Current Integrator)在工程和物理学领域是一种常见的测量或计算设备,通常用于对电流信号进行积分运算。为方便书写和使用,该术语常被缩写为“CI”。这一缩写广泛应用于各类综合性技术文档或未明确分类的相关场景中,有助于提升专业交流的简洁性和效率。
The Current Integrator具体释义
The Current Integrator的英文发音
例句
- Improving the accuracy and Reliability of Recorded Voltammogram by the Current Integrator and Peak Height Detector
- 利用电流积分器(CI)和峰值保持单元改进固体电极上的多重峰测量和提高记录仪记录伏安图的精确性
- If the stator current includes offset errors and scaling errors, the integrator output signal of the d-axis PI current regulator ripples in the rotor speed of the same frequency.
- 如果定子电流包含偏移误差和比例误差,这个d轴PI电流调节器的积分器输出信号与转子转速波动也具有同样频率。
- The evaluation of errors about current balance time division multiplier with active integrator
- 电流平衡式有源积分型时分割乘法器功率测量的误差分析
- Here describe the adaptive current regulator, negative feed-back for current cut-off, trigger circuit, given integrator and voltage regulator in detail.
- 文中详述了自适应电流调节器、电流截止负反馈、触发电路、给定积分器和电压调节器。
- The adaptive law with the differential term and the control law with integral term of d-q axis current error are deduced by constructing the suitable Lyapunov function, and the anti-windup integrator is added to improve the dynamic performance.
- 通过构造适当的李雅普诺夫函数,推导出带d-q轴电流误差微分项的自适应律和带d-q轴电流误差积分项的控制律,并引入抗饱和积分器,提高系统的动态性能。
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