变压器有一个初级线圈和次级线圈。
次级线圈的圈数和初线线圈圈数一样。
点火线圈有初级线圈、次级线圈和铁芯组成。
It is composed of a primary winding, secondary winding and core of soft iron.
有一种方法是把初级线圈和次级线圈绕在这个地方。
In one way, primary and secondary coils are wound around the space.
交变电压的改变与初级线圈及其次级线圈的匝数成正比。
Of, relating to, or using an intermittent asymmetrical alternating electric current produced by an induction coil.
差功变压器的次级线圈接成反向串联，以便在平衡时输出为零。
The differential transformer secondary windings are connected in subtractive series so that the output is zero at balance.
变压器其交变电压的改变与初级线圈及其次级线圈的匝数成正比。
An electric transformer changes the alternating voltage applied to it in proportion to the Numbers of turns in its primary and secondary windings.
结果表明：1当次级线圈的匝数小于6702匝时，灵敏度与匝数成线性关系。
The result shows that: 1 When the coil number is less than 6702, sensitivity has linear relationship with the number.
点火线圈初级绕组。电流通过线圈，产生一个电磁场，用来在次级线圈中产生高电压。
Ignition coil primary winding. Current flow through the coil produces an electromagnetic field, which is used to induce a high voltage in the secondary coil.
点火回路按惯例可分成两部分，一部分是初级线圈(低压回路)，另一部分是次级线圈(高压回路)。
The ignition circuit can conveniently be divided into two parts. One park is known as the primary windings (low-tension circuit) and the other part is the secondary windings (high-tension circuit).
其结构由原边电路、聚磁环、霍尔器件、次级线圈和放大电路等组成， 分直测式和磁补偿式两种工作方式。
The sensor is made up of original circuit, magnetic core, Hall part, secondary coil and magnifier. There are two work modes: direct measure mode and closed-loop mode.
对于如此低的频率，它将只有是依靠于当它对普通马达运行时不可缺少，我将使用一个次级线圈创伤自一根50英里长的线。
For such a low frequency, which would only be resorted to when it is indispensable for the operation of ordinary motors, I would use a secondary winding wound from a wire 50 miles in length.
分析还表明，若考虑次级线圈的铜电阻和耦合电容的容抗，用次级线圈匝数的倒数及其二次项表示电流输出型磁通门的灵敏度具有更高的精度。
The analysis also shows that using reciprocal turns and its square to describe the sensitivity can be more precise, if the copper resistance and the impedance of the coupling capacitor are considered.
分析还表明，若考虑次级线圈的铜电阻和耦合电容的容抗，用次级线圈匝数的倒数及其二次项表示电流输出型磁通门的灵敏度具有更高的精度。
The analysis also shows that using reciprocal turns and its square to describe the sensitivity can be more precise, if the copper resistance and the impedance of the coupling capacitor are considered.
应用推荐