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    • 1. 发明申请
    • DIODE-SPLIT HIGH-VOLTAGE TRANSFORMER
    • 二极管高压变压器
    • WO99003118A1
    • 1999-01-21
    • PCT/EP1998/003882
    • 1998-06-25
    • H01F27/32H01F27/36H01F38/42
    • H01F27/362H01F38/42
    • The invention specifies a compact and cost-effective diode-split high-voltage transformer for high voltages of, in particular, above 20 kV, in which the high-voltage winding (W2 - W5) lies in chambers (8) of a coil former (9) underneath the primary winding (W1), and which contains means by which the electric field between the coil former (9) and the core is reduced in order to avoid corona effects. These means are, for example, a conductive coating of the surface (15) of the inner cavity (11) of the coil former (9), which coating preferably comprises colloidal graphite. The conductive coating may also be realized by a metallized plastic film which is wound between the core and the coil former (9). As an alternative, the cavity (11) between the core and the coil former (9) may be filled with a material whose relative permittivity epsilon r is distinctly greater than that of air. The use of a larger number of diodes is also possible as the means for reducing the electric field. The high-voltage winding (W2 - W5) is essentially covered completely by the primary winding (W1), with the result that the interference radiation produced in the high-voltage winding is virtually completely screened. Applications arise in particular for television sets and computer monitors.
    • 本发明规定了用于特别是高于20kV的高电压的紧凑且具有成本效益的二极管分压高压变压器,其中高压绕组(W2-W5)位于线圈架的室(8)中 (9)在初级绕组(W1)下面,并且其包含减少线圈架(9)和铁芯之间的电场的装置,以避免电晕效应。 这些装置例如是线圈架(9)的内腔(11)的表面(15)的导电涂层,该涂层优选包括胶体石墨。 导电涂层也可以通过卷绕在芯体和线圈架(9)之间的金属化塑料膜来实现。 作为替代,芯和线圈架(9)之间的空腔(11)可以填充相对介电常数εr明显大于空气的材料。 使用更大数量的二极管也可以作为减小电场的手段。 高压绕组(W2-W5)基本上被初级绕组(W1)覆盖,结果是在高压绕组中产生的干涉辐射几乎完全被屏蔽。 应用尤其适用于电视机和电脑显示器。
    • 2. 发明申请
    • SLIT TRANSFORMER
    • SLIT变压器
    • WO98057339A1
    • 1998-12-17
    • PCT/KR1998/000109
    • 1998-04-30
    • H01F41/00H01F5/02H01F38/42H01F27/28
    • H01F5/02H01F38/42
    • A high-frequency slit transformer which can be manufactured at a low cost by automating the coil winding method and performing the impregnation step performed for preventing the disconnection of coils not by using any vacuum device, but under an atmospheric pressure. In the high-frequency slit transformer, a winding section (106) of a bobbin has a plurality of slits (150), and supporting sections (129) of an upper core (300) and a lower core (200) are respectively fixed to fixing sections at both ends of the bobbin. In addition, projecting sections (131) of cores (300 and 200) are opposed to each other with a prescribed gap in between in a through hole (104) of the bobbin, and the other projecting sections (132a and 132b) of the cores (300 and 200) are connected and fixed to each other on the outside of the winding section (106) of the bobbin. Furthermore, primary and secondary coils which are wound around the winding section (106) are alternately housed in the slits (150) on both sides of the projecting sections (131) on the basis of the gap formed of the sections (131).
    • 一种高频狭缝变压器,其可以通过使线圈卷绕方法自动化并且进行浸渍步骤,而不是通过使用任何真空装置,而是在大气压下进行浸渍步骤,以低成本制造。 在高频狭缝变压器中,线轴的卷绕部(106)具有多个狭缝(150),上芯(300)和下芯(200)的支撑部分(129)分别固定在 线轴两端的固定部分。 此外,芯线(300和200)的突出部分(131)在线轴的通孔(104)和芯部的另一个突出部分(132a和132b)之间以规定的间隙彼此相对, (300和200)在线轴的卷绕部分(106)的外侧彼此连接并固定。 此外,卷绕在卷绕部分(106)上的一次和二次线圈基于由部分(131)形成的间隙而交替地容纳在突出部分(131)两侧的狭缝(150)中。
    • 7. 发明申请
    • 変圧装置
    • 变压器
    • WO2002089158A1
    • 2002-11-07
    • PCT/JP2002/003667
    • 2002-04-12
    • 株式会社日立メディアエレクトロニクス
    • 後藤 孝彦佐藤 輝昭
    • H01F38/42
    • H01F38/42
    • A transformer having a reduced inner space, so as to reduce the amount of insulation seal material injected, a set substrate−dedicated area, size, and cost of the transformer. A low−voltage coil, a high−voltage coil, and a focus pack (3) are built in an external case (2) and a pair of U−shaped cores (1) is inserted in the vertical direction into the coil center portion, so as to constitute a closed magnetic circuit. A leg portion (1a) of the core (1) is arranged with an angle &thetas; in the direction apart from the adjacent surface of the external case (2) with respect to the reference axis X which is a center line of a U−shaped open portion of U−shaped terminals (6a to 6j) for the low−voltage coil.
    • 具有减小的内部空间的变压器,以减少注入的绝缘密封材料的量,变压器的设定基板专用面积,尺寸和成本。 在外壳(2)中内置低压线圈,高压线圈和聚焦包(3),并且在垂直方向上将一对U形芯(1)插入到线圈中心部 ,以构成闭合​​磁路。 芯部(1)的腿部(1a)以角度& 在相对于作为低压线圈的U形端子(6a〜6j)的U形开口部的中心线的基准轴线X的方向上离开外部壳体(2)的相邻表面的方向 。
    • 9. 发明申请
    • LOW COMMON MODE NOISE TRANSFORMER STRUCTURE WITH EXTERNAL FLOAT WIRE MOUNT
    • 具有外部浮线导线的低共模噪声变压器结构
    • WO2018089313A1
    • 2018-05-17
    • PCT/US2017/060237
    • 2017-11-06
    • POWER INTEGRATIONS, INC.
    • HWANG, Kyunghoon
    • H01F27/38H01F38/42H01F27/28H02M3/33
    • H01F27/38H01F27/289H01F38/42H01F2027/297H01F2038/426H02M3/33507
    • A transformer structure is disclosed to reduce common mode noise on an output load. The transformer structure includes a bobbin mounted on a magnetic core, a plurality of windings wound around the bobbin. The plurality of windings include a primary winding coupled to receive an input voltage, a secondary winding coupled to an output load; and a floating auxiliary winding located between the primary and secondary winding. The floating auxiliary winding includes a first terminal and a second terminal coupled to a pair of external float wires extended towards an isolation mounting sheet placed adjacent to an exterior top surface of the transformer structure. The pair of external float wires forms parallel adjacent and open-ended conductive traces with a predefined pattern on the isolation mounting sheet placed above the exterior top surface of the transformer structure.
    • 公开了一种变压器结构以降低输出负载上的共模噪声。 变压器结构包括安装在磁芯上的绕线管,缠绕绕线管的多个绕组。 多个绕组包括耦合成接收输入电压的初级绕组,耦合到输出负载的次级绕组; 以及位于初级和次级绕组之间的浮动辅助绕组。 浮动辅助绕组包括第一端子和第二端子,所述第一端子和第二端子联接到朝向隔离安装片延伸的一对外部浮动线,所述隔离安装片放置为与变压器结构的外部顶部表面相邻。 这对外浮线形成平行的相邻和开放式导电迹线,在隔离安装片上的预定义图案位于变压器结构的外部顶表面上方。