Military Feedthrough Series
● 交流10～25A额定电流，必发3657～80A额定电流
● 专门针对必发365必发365乐趣通过GJB151A/GJB152A中RE102的传导发射要求设计
● 结构紧凑，安装方便
● 适用于对高频性能要求较高的环境下
● 有效消除引线电感的影响，直至1G以上都具有良好的高频插损性能
● 可按不同的插损、乐电流、电压、结构尺寸和端接方式需求定制
● Current ratings from 10 to 25A for AC, from 7 to 80A for DC
● Special circuit design for CE102 of GJB151A/GJB152A
● Very compact, easy to mount
● Suitable for equipment with high frequency noise attenuation requirement
● Very low ESL of feedthrough cappacitor, excellent lnsertion Loss performance even above 1GHz
● Customization design for different Insertion Loss, Rated Current, Rated Voltage, Size and Terminal Format requirements.
技术规格Specification
交流AC |
|
| |
额定电压 Rated Voltage | 250VAC | ||
乐频率 Operating Frequency | DC~400Hz |
| |
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 | 1500VAC | 1分钟 1min | |
气候等级 Climatic Classification | 55/085/21 | 遵循IEC68-1标准 Per IEC68-1 standard | |
必发365DC |
|
| |
额定电压 Rated Voltage | 200VDC | ||
介质耐压 Hipot Test Voltage | 500VDC | 1分钟 1min | |
气候等级 Climatic Classification | 25/085/21 | 遵循IEC68-1标准 Per IEC68-1 standard | |
型号 Model | 额定电压Rated Voltage | 额定电流Ratedcurrent | 电路类 型Electrical Schematics | 电容Capacitance | 最大漏电流Max. Leakage | 外壳 类型Housing |
交流 | ||||||
MFAC222-10M8 | 250VAC | 10A | Fig.1 | 2200pF | <0.3mA | Fig.1 |
MFAC222-25M6 | 250VAC | 25A | Fig.1 | 2200pF | <0.3mA | Fig.2 |
MFAC472-25M6 | 250VAC | 25A | Fig.1 | 4700pF | <0.5mA | Fig.2 |
必发365 |
|
|
|
|
|
|
MFDC202-7M3 | 200VDC | 7A | Fig.1 | 2000pF | — | Fig.3 |
MFDC332-20M6 | 200VDC | 20A | Fig.1 | 3300pF | — | Fig.4 |
MFDC204-80M14 | 200VDC | 80A | Fig.1 | 0.2uF | — | Fig.5 |
MFDP332-7M4 | 200VDC | 7A | Fig.2 | 3300pF | — | Fig.6 |
MFDP332-20M6 | 200VDC | 20A | Fig.2 | 3300pF | — | Fig.4 |
插入损耗Insertion Loss
遵循CISPR No.17/GB7343标准，插入损耗是在必发365/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 |
Fig.5 |
Fig.6 |
