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    • 82. 发明授权
    • Switching power supply circuit
    • 开关电源电路
    • US07286374B2
    • 2007-10-23
    • US11449209
    • 2006-06-08
    • Masayuki Yasumura
    • Masayuki Yasumura
    • H02M3/335
    • H01F37/00H01F27/38H01F2017/0093H01F2038/026H02M3/335H02M2001/0058H02M2001/0064Y02B70/1433Y02B70/1491
    • The invention aims at putting a single ended resonance type converter capable of obtaining a ZVS operation over an overall corresponding load region to practical use. A switching power supply circuit includes a primary side switching converter of a class-E resonance type, and a choke coil of a primary side series resonance circuit of the class-E resonance type converter is used as a primary winding of an insulating converter transformer. With this structure, a choke coil winding to be inserted into an input line of a DC input voltage is arranged between a positive-polarity end portion of a smoothing capacitor, and a node between the primary winding and a primary side series resonance capacitor. Thus, a resonance pulse voltage generated in the choke coil winding is superimposed on an AC voltage in the primary winding. Also, a primary series resonance current is caused to separately flow through the choke coil winding.
    • 本发明的目的在于设置能够在整个相应的负载区域上实现ZVS操作的单端共振型转换器。 开关电源电路包括E类谐振型的初级侧开关转换器和E类谐振型转换器的初级侧串联谐振电路的扼流线圈作为绝缘转换变压器的初级绕组。 利用这种结构,在平滑电容器的正极性端部与初级绕组和初级侧串联谐振电容器之间的节点之间设置插入DC输入电压输入线的扼流线圈绕组。 因此,在扼流线圈绕组中产生的共振脉冲电压叠加在初级绕组中的AC电压上。 此外,使主串联谐振电流分别流过扼流线圈绕组。
    • 89. 发明授权
    • Coupled inductor power supply with reflected feedback regulation
circuitry
    • 耦合电感电源与反射反馈调节电路
    • US5973945A
    • 1999-10-26
    • US108886
    • 1998-07-01
    • Balu BalakrishnanWilliam M. PolivkaClifford J. Walker
    • Balu BalakrishnanWilliam M. PolivkaClifford J. Walker
    • H02M3/335H02M3/24
    • H02M3/33576H02M3/33523H01F2038/026
    • A power supply for supplying power to a load comprises a coupled inductor having a primary winding, at least one secondary winding, and a regulation circuit coupled to the primary winding that allows current or voltage to be supplied to the coupled inductor for a time duration, An error detection circuit is coupled to the secondary winding to compare a voltage or current supplied to the load against at least one threshold. Upon exceeding the threshold, the error detection circuit alters the voltage or current at the secondary winding, which causes a reflected feedback signal to be generated. A reflected feedback regulation circuit coupled to the primary winding provides an information signal to the regulation circuit responsive to the reflected feedback signal. The information signal increases or decreases the time duration to regulate the power supplied to the load.
    • 用于向负载供电的电源包括耦合电感器,其具有初级绕组,至少一个次级绕组和耦合到初级绕组的调节电路,其允许电流或电压被提供给耦合电感器持续一段时间, 误差检测电路耦合到次级绕组,以将提供给负载的电压或电流与至少一个阈值进行比较。 当超过阈值时,误差检测电路改变次级绕组处的电压或电流,从而产生反射反馈信号。 耦合到初级绕组的反射反馈调节电路响应于反射的反馈信号向调节电路提供信息信号。 信息信号增加或减少调节供应给负载的电力的持续时间。
    • 90. 发明授权
    • Integrated-magnetic apparatus
    • 集成磁性设备
    • US5726615A
    • 1998-03-10
    • US217477
    • 1994-03-24
    • Gordon E. Bloom
    • Gordon E. Bloom
    • H01F27/255H01F27/28H01F27/38H01F29/14H01F38/02H02M3/28H01F27/02H01F5/00H01F17/06H01F27/24
    • H01F27/38H01F27/255H01F27/2804H01F2027/2809H01F2027/2861H01F2038/026H01F29/14H02M2001/0064H02M3/28
    • Disclosure is made of an integrated-magnetic apparatus, comprising: winding structure for insulatingly carrying at least two generally flat, laterally offset and spaced apart electrical windings of a power converter around an aperture; a core having a flat exterior face, an interior cavity and an un-gapped core-column that is located within the cavity and that passes through the aperture of the winding structure; flat-sided surface carried by the core and forming an interior chamber that is located adjacent to the flat face of the core and forming a core-column that has a gap and that is located within the chamber; and structure, located around the gapped core-column, for carrying a third electrical winding of the power converter. The first two electrical windings are substantially located within the cavity and are adapted to be transformingly coupled together through the core. The third electrical winding is adapted to be inductively coupled through the gapped core-column to the other electrical windings, and is phased to have the magnetic flux passing through the gapped core-column substantially in the same direction as the magnetic flux passing through the un-gapped core-column and to have substantially the same AC components of flux in the gapped core-column and in the un-gapped core-column.
    • 公开了一种集成磁性装置,其包括:缠绕结构,用于绝缘地携带围绕孔的功率转换器的至少两个大致平坦的,横向偏移的和间隔开的电绕组; 芯具有平坦的外表面,内腔和未折叠的芯柱,其位于腔内并且穿过绕组结构的孔; 平坦的表面,由芯体承载并形成位于与芯的平坦表面相邻的内部腔室,并形成具有间隙并且位于腔室内的芯柱; 和结构,位于间隙芯柱周围,用于承载功率转换器的第三电绕组。 前两个电绕组基本上位于空腔内,并且适于通过芯变换耦合在一起。 第三电绕组适于通过间隙芯柱电感耦合到另一个电绕组,并且被定相以使磁通量通过间隙芯柱基本上与通过非磁性体的磁通量相同的方向 并且在间隙芯柱和未折叠的芯柱中具有基本上相同的通量的交流分量。