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    单相滤波器

    高压系列

    发布日期:2009-11-23

     High Voltage Series 

     

    ●3~30A额定电流

    ●440VAC额定电流,具有高介质耐压值

    ●高性能双节滤波器电路设计

    ●优异的共模、差模干扰抑制性能

    ●适合各种对噪声抑制需要较高的电子设备中

    ●尤其适用CISPR11、CISPR14、CISPR22规定的传导发射测试

    ● 可按不同的插损、工作电流、电压、结构尺寸和端接方式需求定制

    ● Current ratings from 3 to 30A

    ● 440VAC rated voltage, Hipot test voltage

    ● Very high performance 2-stage circuit design

    ● Excellent common and differential mode attenuation

    ● Suitable for electrical equipment with high performance requirement for noise attenuation

    ● Good performance for CISPR11, CISPR14, CISPR22 conductive emission testing

    ● Customization design for different Insertion Loss, Rated Current, Rated Voltage, Size and Terminal Format requirements.

    技术规格Specification


    额定电压 Rated Voltage

    440VAC

     

    工作频率 Operating Frequency

    50/60Hz

     

    最大漏电流

    Max. Leakage Current

    见各型号

    测试条件250V/50Hz

    Testing Condition 250V/50Hz

    介质耐压

    Hipot Test Voltage

    线-线(L-L)

    2250VDC

    1分钟

    1min

    线-地(L-E)

    2700VDC

    气候等级

    Climatic Classification

    25/085/21

    遵循IEC68-1标准

    Per IEC68-1 standard


     


    型号

    Model

    额定电流

    Rated current

    电路类型

    Electrical Schematics

    最大漏电流

    Max. Leakage

    外壳类型

    Housing

    端接方式

    Connections

    S430-3AW

    3A

    Fig.1

    <0.3mA

    Fig.1

                

    S440-3HL

    3A

    Fig.2

    <0.3mA

    Fig.2

    S440-6HL

    6A

    Fig.2

    <0.3mA

    Fig.2

    S440-10HL

    10A

    Fig.2

    <0.3mA

    Fig.3

    S440-16HL

    16A

    Fig.2

    <0.5mA

    Fig.3

    S440-20ES

    20A

    Fig.2

    <0.5mA

    Fig.4

    S440-30ES

    30A

    Fig.2

    <0.5mA

    Fig.4


     

    插入损耗Insertion Loss

    遵循CISPR No.17/GB7343标准,插入损耗是在输入/输出均为50Ω的条件下的测量值。

    CM(共模)DM(差模)


    Per CISPR No.17/GB7343 standard, denotes Common Mode Insertion Loss with 50/50Ω testing condition, and denotes Differential Mode Insertion Loss with 50/50Ω testing condition.


      
      
      



     

    电路原理Electrical Schematics


    Fig.1

    Fig.2


     

    外形尺寸Mechanical Data


    Fig.1

    Fig.2

    Fig.3

    Fig.4


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