激磁电压 meaning in English
excitation voltage
Examples
- The wave of magnetic induction density will bring distortion with the raising of excitating voltage while measuring the magnetization characteristic
在进行磁化特性测量时，随着激磁电压的升高，磁感应强度波形将产生畸变。 - We adopted excitating voltage that its frequency is 0 . 5hz to replace dc excitating voltage when measured the dc magnetization characteristic
对于直流磁化特性的测量，本文采用了用0 . 5hz的激磁电压宋代替直流电压进行测量从而使测量方法更加简单。 - In order to measure magnetization characteristic with high accuracy we must keep the wave of magnetic induction is sine , so we must control the excitating voltage
为了能够精确的测量磁化特性必须保证磁感应强度波形为正弦，因此必须对激磁电压波形进行控制。 - On the basic of completed the wave control , we studied the accelerated arithmetic . the speed of measurement has widely improved by using the accelerated arithmetic
我们在完成了对激磁电压控制的基础上并研究了波形控制的加速算法，从而使磁化特性的测量速度有了很大提高。 - Because the excitating voltage ' s frequency is 0 . 5hz , the signal of induced voltage is very small , even though smaller than noise . so how to accurate pick the weak signal is the key of measuring dc magnetization characteristic
由于激磁电压为0 . 5hz ，因此其感应电压非常小，甚至小于干扰信号，如何准确的采集到该弱信号是进行直流磁化特性测量的关键。