首页> 外国专利> System of two-frequency induction heating with both static and dynamic automatic compensation of the charge impedance changes and method for the two-frequency induction heating with both static and dynamic automatic compensation of the charge impedance changes

System of two-frequency induction heating with both static and dynamic automatic compensation of the charge impedance changes and method for the two-frequency induction heating with both static and dynamic automatic compensation of the charge impedance changes

机译:静态和动态自动补偿充电阻抗变化的双频感应加热系统和方法

摘要

dwuczu0119stotliwou015bciowego induction heating system with static and dynamic compression to compensate changes the impedance of the input is that one terminal (1 ') of the coils secondary transformer (t) is connected a suppressor (l) with adjustable inductance, the second clamp it is connected to the potential (3), which is a common clamp capacitor (c2).the formation of parallel impedance (zp) and the clamp capacitor (c1), forming an impedance terraced (ci) so that the second clamp (c1) is connected to the potential (5), which is also a clamp load impedance (zo).while the second clamp impedance (zo) is connected to the potential (4), which is a common clamp capacitor (c2) and secondary coils of transformer separuju0105cego (t), with block design (bo), combined with du0142awikiem (l), which is a built-in algorithm set u0105cy impedance surrogate input is derived signal (lvar) to choke (l).in order to change the inductance of choke (l). furthermore, the object of the application is the way dwuczu0119stotliwou015bciowego induction heating with static and dynamic compression to compensate changes impedance of the load.
机译:具有静态和动态压缩以补偿输入变化的感应加热系统,其输入阻抗是:线圈次级变压器(t)的一个端子(1')连接了电感可调的抑制器(l),第二个钳位它连接到一个电位器(3),它是一个共同的钳位电容器(c2)。形成并联阻抗(zp)和钳位电容器(c1),形成一个梯形阻抗(ci),以便第二个钳位( c1)连接到电位(5),这也是一个钳位负载阻抗(zo);而第二钳位阻抗(zo)连接到电位(4),这是一个公共钳位电容器(c2),次级变压器Separuj u0105cego(t)的线圈,具有模块设计(bo),与内置算法集d u0142awikiem(l)组合,阻抗代理输入是派生信号(lvar)扼流(l)为了改变扼流圈(l)的电感。此外,本申请的目的是通过静态和动态压缩来补偿负载阻抗变化的感应加热方式。

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