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secondary coil 【電學】副線圈。

secondary colour

Firstly , the experimental phase current and input power data obtained from load test are employed to estimate the parameters in ii rated condition . then , the phase current and input power data in locked rotor condition are used to track the variation of the parameters of the secondary coil with slip frequency . the classical method and the direct modification method are also used to estimate the parameters of the induction machine in comparison with this technique 首先利用了負載試驗的定子電流和輸入功率數據來識別額定工況下的電機參數,然后又使用了堵轉時的定子電流、輸入功率數據來識別電機二次繞組參數隨轉差頻率的變化,并與傳統參數測試方法和直接修正參數法進行了比較。

The primary performance target by which the superior and inferior quality of the ignition system can be judged includes ignition advance angle 、 unload voltage of secondary coil and ignition energy , etc . all of these can acquire through measuring the characteristic parameter of magneto 判斷點火系統品質優劣的主要性能指標有點火提前角、和點火能量等。這些性能指標都可以通過磁電機特性參數來獲得。本課題來源于嘉陵工業股份公司檢測站的實際應用,針對摩托車磁電機進行多參數實時檢測的一套檢測系統。

This testing system is designed according to the germany standard , to test many dynamic parameters in the moment of ignition time . such as the primary coil current , secondary coil current , high voltage and time signal 本文研制的測試系統依照德國標準進行設計,實現對點火瞬間產生的初級與次級線圈電流、電壓及時間等動態參數的測試。

A new type of compound flyback converter is two flyback converters with only one transformer core and secondary coil . it completes changing voltage , isolation , and power transfer 雙組合式單端反激變換器其實質為共用一個變壓器鐵芯和副邊的兩個單端反激變換器,由它完成對低頻電功率的變壓、隔離、傳遞功率的任務。

An electrical transformer in which the primary and secondary coils have some or all windings in common 自耦變壓器一種電力變壓器,其初級線圈與次級線圈部分或全部共用

The fluctuating magnetic field cutting across the turns of loops of wire of the secondary coil sets up an electrical pressure or voltage in these loops . 起伏變化的磁場橫向切割著的次級線圈的線匝或線環時,會在這些線環中引起電壓。

The fluctuating mangnetic field cutting across the turns or loops of wire of the secondary coil sets up an electrical pressure or voltage in these loops . 起伏變化的磁場橫向切割著次極線圈的線匝和線環時,會在這些線環中引起電壓。

The factor which is most detrimental to the formation of the null voltage is the capacitive coupling between the primary and secondary coils . 對形成零電壓最有害的因素是初線圈和次級線圈之間的電容耦合。