The sensing membrane is a strained elastic component , which displacement changing as differential pressure for gp gauge transmitter , atmospheric pressure may be brought to bear as well as low - pressure side on the sensing membrane 传感膜片是一个张紧的弹性元件,其位移随所受差压而变化对于gp表压变送器,大气压力如同施加在传感膜片的低压侧一样。
When operating , high - low pressure side isolation membrane and filled oil will translates the process pressure to the center filled oil , and the center filled oil will translates the pressure to the sensing membrane of sensor center inroom 工作时,高低压侧的隔离膜片上和灌充液将过程压力传递给中心的灌充液,中心的灌充液将压力传递到室传感器中心的传感膜片上。
This paper firstly analyzes the method of transmitting signal between high and low voltage , and proposes a method , according to which , optic fiber is taken as signal transmission media , and signal is transmitted to low - voltage side in term of light 本文首先分析了高低压间的信号传输的方法,提出以光纤作为信号传输媒介,信号以光的形式传输到低压侧进行处理的方法。
On account of the disadvantages of the feedback reactive power compensator , a device of its simplified scheme is studied in this paper , in which the reactive power is adjusted by regulating the voltage of the low - voltage side of the transformer 由于这种反馈式补偿方案存在一些问题,本文分析了它的简化形式,即通过调节降压变压器低压侧的母线电压来调节滤波器的无功出力的补偿方案。
The three - phase distribution flow method on combining the back / forward sweep algorithm and circuit calculation is studied . as a result , the transform model from the apparent power of low voltage side to the current of high voltage side is built 研究了电路计算与配电网潮流计算的前推回代法相结合的(基于电路分析的)三相潮流计算方法,在该算法的基础上建立了配变低压侧的功率到高压侧的电流的转换模型。