Inductor evaluation system using current comparator and evaluating method therewith
    1.
    发明公开
    Inductor evaluation system using current comparator and evaluating method therewith 无效
    使用电流比较器的电感器评估系统及其评估方法

    公开(公告)号:KR20100044441A

    公开(公告)日:2010-04-30

    申请号:KR20080103577

    申请日:2008-10-22

    Abstract: PURPOSE: An inductor evaluation system with a current comparator and evaluating method using the same are provided to accurately evaluate an inductor by applying the rated voltage and the rated current of the inductor with a 60Hz power. CONSTITUTION: An inductor evaluation system with a current comparator includes a reference current transformer(120) and a measurement current transformer(130). A current, which is identical to an applied current to the first side of the reference current transformer, is applied to the first side of the measurement current transformer. A load(125) is serially connected to the second side of the reference current transformer. A resistive unit(140) is parallelly connected to the second side of the measurement current transformer. An inductor(150), which is serially connected to the measurement current transformer, is evaluated with the current comparator.

    Abstract translation: 目的:提供具有电流比较器的电感评估系统及其使用的评估方法,通过施加60Hz功率的电感器的额定电压和额定电流来精确评估电感器。 构成:具有电流比较器的电感器评估系统包括参考电流互感器(120)和测量电流互感器(130)。 与参考电流互感器的第一侧的施加电流相同的电流被施加到测量电流互感器的第一侧。 负载(125)串联连接到参考电流互感器的第二侧。 电阻单元(140)并联连接到测量电流互感器的第二侧。 与电流比较器对串联连接到测量电流互感器的电感器(150)进行评估。

    RELAY FOR HIGH VOLTAGE AND LARGE CURRENT
    2.
    发明授权
    RELAY FOR HIGH VOLTAGE AND LARGE CURRENT 无效
    高电压和大电流继电器

    公开(公告)号:KR100782020B1

    公开(公告)日:2007-12-06

    申请号:KR20060078540

    申请日:2006-08-21

    Abstract: A relay for high voltage and current is provided to short external power connected to both sides of a contact electrode part by bringing connecting electrodes connected to both sides of a connecting electrode fixing plate into contact with the contact electrode parts through the movement of a central axis. In a relay for high voltage and current, a connecting electrode fixing plate(30) is vertically coupled at the center of a central axis(10). Connecting electrodes(50) are coupled at both sides of the connecting electrode fixing plate. A driving unit is connected to one end of the central axis to move the central axis forward and backward. A fixing plate(20) of the contact electrode part is coupled between both ends of the central axis and the fixing plate. Contact electrode parts(40) contacted to the connecting electrodes are coupled at both sides of the fixing plate.

    Abstract translation: 提供高电压和电流的继电器,以通过连接到连接电极固定板的两侧的连接电极通过中心轴线的运动将连接电极固定板的两侧的连接电极与接触电极部分接触来短接连接到接触电极部分两侧的外部电力 。 在用于高电压和电流的继电器中,连接电极固定板(30)在中心轴线(10)的中心处垂直耦合。 连接电极(50)在连接电极固定板的两侧连接。 驱动单元连接到中心轴的一端以使中心轴向前和向后移动。 接触电极部分的固定板(20)连接在中心轴线的两端和固定板之间。 与连接电极接触的接触电极部分(40)在固定板的两侧连接。

    Voltage transformer measurement system for ratio correction factor and phase displacement, calculation method using the same, and recording medium thereof
    3.
    发明公开
    Voltage transformer measurement system for ratio correction factor and phase displacement, calculation method using the same, and recording medium thereof 有权
    用于比例校正因子和相位偏移的电压变换器测量系统,使用该电压变换器的计算方法及其记录介质

    公开(公告)号:KR20120077764A

    公开(公告)日:2012-07-10

    申请号:KR20100139840

    申请日:2010-12-31

    Inventor: JUNG JAE KAP

    Abstract: PURPOSE: A potential transformer measuring system, an evaluation method using the same, and a recording media are provided to offer an evaluation method by producing an uncalibrated factor and a phase error at the third burden. CONSTITUTION: A primary side of a mobile potential transformer(120) is parallely wired with a high voltage generating source(110). A voltage comparator(140) is serially wired with a secondary side of the mobile potential transformer. A primary side of an industry potential transformer(130) is parallely wired with the high voltage generating source. A secondary side of the industry potential transformer is serially wired with the voltage comparator. A first burden is parallely wired with the secondary side of the industry potential transformer.

    Abstract translation: 目的:提供一种潜在的变压器测量系统,使用该测量系统的评估方法和记录介质,以通过在第三个负担下产生未校准因子和相位误差来提供评估方法。 构成:移动电位变压器(120)的初级侧与高电压发生源(110)并联连接。 电压比较器(140)与移动电位变压器的次级侧串联连接。 工业电压互感器(130)的初级侧与高电压发生源并联连接。 工业电压互感器的二次侧与电压比较器串联。 第一个负担与工业电压互感器的次级侧并联。

    Evaluating method and system of high voltage divider
    4.
    发明公开
    Evaluating method and system of high voltage divider 审中-公开
    高压分压器的评估方法与系统

    公开(公告)号:KR20100046310A

    公开(公告)日:2010-05-07

    申请号:KR20080105089

    申请日:2008-10-27

    CPC classification number: G01R15/04 G01R19/0038 G01R19/1659

    Abstract: PURPOSE: An evaluating method and a system of high voltage divider is provided, which can evaluate relatively big voltage range of high voltage divider using a relatively small voltage range of high voltage divider. CONSTITUTION: A first measurement unit(10) measures a voltage division ratio of a plurality of potential dividers for measurement. A second measurement unit(20) measures the division rate of under test high voltage divider and plurality of potential dividers for measurement. A voltage division ratio comparator(30) compares integrated voltage division ratio of a plurality of potential dividers for measurement with the division rate of the high voltage divider obtained by the measurement unit.

    Abstract translation: 目的:提供一种高分压器的评估方法和系统,可以使用相对较小的高压分压器电压范围来评估高压分压器的较大电压范围。 构成:第一测量单元(10)测量用于测量的多个电位分压器的分压比。 第二测量单元(20)测量待测高压分压器和多个用于测量的电位分压器的分频率。 分压比比较器(30)将用于测量的多个电位分压器的积分分压比与由测量单元获得的高分压器的分频比进行比较。

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