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    • 21. 发明授权
    • Inverter transformer to light multiple lamps
    • 逆变变压器点灯多灯
    • US06894596B2
    • 2005-05-17
    • US10701484
    • 2003-11-06
    • Shinichi Suzuki
    • Shinichi Suzuki
    • H01F30/00H01F3/12H01F27/24H01F27/26H01F30/04H01F38/10H01F27/02
    • H01F30/04H01F3/12H01F27/24H01F27/263H01F38/10
    • An inverter transformer includes: a frame-core shaped substantially square; a plurality of I-cores disposed inside and coupled to the frame-core so as to provide a predetermined leakage inductance; and a plurality of primary and secondary windings provided respectively around the I-cores. The I-cores are divided into first group cores located not adjacent to one another and second group cores located not adjacent to one another but adjacent respectively to the first group cores. Magnetic fluxes generated in the first group cores flow in the same direction, magnetic fluxes generated in the second group cores flow in the same direction that is opposite to the direction of the magnetic fluxes generated in the first group cores, and respective voltages induced at secondary windings provided respectively around the first and second group cores are polarized identical with each other.
    • 逆变器变压器包括:基本上正方形的框架芯; 多个I芯设置在框架芯内并耦合到框架芯,以便提供预定的漏电感; 以及分别围绕I芯设置的多个初级和次级绕组。 I核心被分成彼此不相邻的第一组核心和彼此不相邻但相邻于第一组核心的第二组核心。 在第一组芯中产生的磁通量沿同一方向流动,在第二组磁芯中产生的磁通量在与第一组磁芯中产生的磁通量的方向相反的方向上流动,并且在次级 分别设置在第一和第二组芯周围的绕组极化彼此相同。
    • 23. 发明授权
    • Transformer for driving Class D amplifier
    • 用于驱动D类放大器的变压器
    • US4390813A
    • 1983-06-28
    • US278894
    • 1981-06-29
    • Charles A. Stanley
    • Charles A. Stanley
    • H01F30/04H05B41/24H01F17/06H01F19/04
    • H01F30/04
    • In an electrodeless discharge lamp of the type including an ionizable medium within a sealed envelope capable of emitting radiant energy when subjected to a radio frequency field, an oscillator for generating an output signal at a given radio frequency, a Class D RF amplifier including first and second transistors responsive to the oscillator output signal, and an induction coil responsive to the output of the amplifier, the coil being positioned in close physical proximity to the medium in the envelope for coupling to the medium an electric field having a magnitude sufficient to initiate ionization of the medium and a magnetic field for maintaining the ionization, there is disclosed an improved transformer for driving the Class D amplifier which results in a significant decrease in power consumption. The oscillator output signal is connected to the primary winding of a transformer which includes a toroidal, magnetic core. The transistors of the RF amplifier are connected to secondary windings wound on the core. The core is split between the secondary windings to form a high reluctance path which isolates the secondary windings from each other and critically couples the primary winding and the secondary windings.
    • 在包括能够在经受射频场发射辐射能的密封外壳内的可电离介质的无电极放电灯中,用于产生给定射频的输出信号的振荡器包括:第一和第 响应于振荡器输出信号的第二晶体管和响应于放大器的输出的感应线圈,线圈被定位成与壳体中的介质紧密地物理接近,以便耦合到介质,具有足以启动电离的量的电场 的介质和用于维持电离的磁场,公开了用于驱动D类放大器的改进的变压器,其导致功率消耗的显着降低。 振荡器输出信号连接到包括环形磁芯的变压器的初级绕组。 RF放大器的晶体管连接到缠绕在芯上的次级绕组。 磁芯在次级绕组之间分开以形成高磁阻路径,将次级绕组彼此隔离,并将初级绕组和次级绕组极其耦合。