Solenoidal CYMBALON Aeris Coil 2W160-15.2W200-20.2W250-25UW, 15ac220VDC24

Inductor Coil est per curvis insulatas fila (fomited filum, bis-involvit filum, conductor, etc) proxima ad invicem. In AC Circuit, in coil est functio ipsius obturans transitus AC Current, sed non habet effectum in firmum DC intentione (nisi DC resistentia filum scelus se). Ideo et coil potest esse in suffocat, transformator, crucem nexu, onus, etc. in AC Circuit. Cum coil Capacititor non potest esse pro tuning, filtering, frequency lectio frequency division, decoupling et.

In inductance coil est solet per Anglorum litteram "l" in circuitu, et unitas inductance est "Henrici", quae communiter per Anglorum litteram ". Quod unitas minor Heng est Milli Heng, quae exprimitur per Latina litterae MH; Et minor unitas est Micro-Heng, quae repraesentatur per Anglorum littera H. De necessitudine inter eos est: 1h = 103mh = 106uh. (I) sui inductance et mutua inductance. Cum alterna vena transit per inductionem coil, alternans magnetica agro generetur circa coil, quod potest transire per spiram et inducat electromotive vim in coil. Magnitude de sui induci electromotive vis magnetica cum characteres de spiram magnetica flux, quae exprimitur per sui inductance coefficientem. Electrical affectu. Electrical inductance est quantitas quae repraesentat valorem inductorum, quod plerumque dicitur inductance.

Self-inductance working principle of inductance coil: the direction of self-inductance electromotive force in the coil (inductance) will hinder the change of the original magnetic field, because the original magnetic field is generated by the current in the coil, and the self-inductance electric heat hinders the change of the current passing through the coil, which is the inductive reactance of the inductance, and its unit is ohm (). In magnitudine ad inductance est ad current inductance de coil et ac frequency transiens per inductance coil. Maior est inductance, maius est inductance est. Sub eadem inductance, in altiorem frequentiam AC vena, in maius in inductance. Eorum necessitudo potest explicari per haec formula: XL = 2FL ubi XL est inductionem reactionem; F frequenter current; L-inductance.