厂家现货供应穿芯电容M2.5,M3,M4
价格:18938672181.00
一、标称容量Capacitance:10pF,65pF,100pF,470pF,500pF,1000pF,1200pF,1500pF,1750pF,2000pF,2500pF,2700pF,3000pF,3300pF,4700pF,5000pF,5500pF,6800pF,7000pF,9000pF,10000pF,0.01μF,0.012μF,0.015μF,0.018μF,0.022μF,0.025μF,0.027μF,0.028μF,0.045μF,0.050μF,0.056μF,0.075μF,0.08μF,0.1μF,0.15μF,0.21μF,0.3μF,0.75μF,0.8μF,1μF,0.015μF,0.060μF,0.062μF,0.150μF,0.200μF,0.250μF,0.250μF,0.300μF,0.450μF,0.500μF,0.7μF,0.750μF,0.990μF,1.0μF,1.2μF,1.4μF,1.5μF,2.1μF,2.8μF,4.0μF,5.2μF101100pF331330pF471470pF1021000pF3323300pF4724700pF10310000pF33333000pF47347000pF1000pF=1nF1000000pF=1μF1000nF=1μF1μF=1000nF=1000000pF1F=1000000μF二、工作电流RatedCurrent:0.06A,0.15A,0.25A,0.3A,0.45A,0.5A,1A,2A,3A,4A,5A,10A,15A,25A,30A,50A,100A三、额定电压RatedVoltage:直流:5V,28V,35V,50V,60V,70V,80V,100V,150V,200V,250V,275V300V,330V,350V,400V,450V,500V,600V,750V,1250V,2500V交流:70V,85V,90V,115V,125V,140V,200V,220V,230V,240V,330V,350V四、耐电压DielectricWithstandingVoltage:直流:额定电压的2.5倍交流:额定电压的6倍的直流电压五、工作温度WorkingTemperatureRange:E:-10-+85℃F:-25-+85℃G:-30-+125℃H:-40-+85℃I:-55-+85℃J:-55-+125℃六、EMI滤波器的构成滤波电容滤波器所用的电容一般为陶瓷电容。由于其物理结构,这种陶瓷电容又称为穿心式电容。穿心式电容自电感较普通电容小得多,故而自谐振频率很高。同时,穿心式设计,也有效地防止了高频信号从输入端直接耦合到输出端。这种低通高阻的组合,在1GHz频率范围内,提供了***的***效果。***简单的穿心结构是由内外电极和陶瓷构成的一个(C型)或两个电容(Pi型)。这种电容的容量可从10pF,工作电压可达2000VDC。管式穿心电容因为其同轴性,即使在10GHz频率,也不会产生明显的自谐振。穿心电容的介质为陶瓷介质,而陶瓷电容的容量会随环境温度变化而变化,这种容量变化会影响滤波器的滤波截止率。陶瓷电容的容量温度变化率是由陶瓷介质本身决定的。因此,选择适当的陶瓷介质非常重要。常见陶瓷介质及其容量温度变化率。滤波电感滤波电感一般采用铁氧体材料,它可以方便地与穿心电容组合起来,形成复合滤波器,在高性能滤波器中,也采用线绕电感。但需注意,铁氧材料在大电流下会发生磁饱和,降低滤波器效能。七、安装方式FilterInstallationStyle:H:焊接式Solder-inStyleFiltersI:螺栓式ScrewThreadedStyleFilters八、螺纹直径公制范围ThreadSize:,M2.5,M3,,M4,M5,M6,M8,***,M10,M12进口滤波器螺纹直径对比。十、穿心电容、馈通滤波器安装注意事项穿心式滤波器的核心是盘状多层或管状陶瓷电容器。与其他陶瓷物品一样,会受到温度突变、机械震动和过高电压而损坏。在安装穿心式滤波器到板面上,焊接滤波器的导针以及整形时必须小心将各类应力减小到***小。安装螺纹型穿越式滤波器安装旋转力—在将滤波器安装到隔板或面板时应使用相对外壳推荐的安装旋转力。这点很重要。否则,由于外壳的变形可以引起里面电容器损坏。当安装到螺纹孔,***大安装扭转力应采用推荐给用螺母的50%。安装工具—六角形的滤波器应用合适的套管工个安装。圆形的采用以下方法(不能用钳子工具来安装,以免***滤波器)。)
深圳市瑞科创电子技术有限公司
姓名: 贺先生 先生
手机: 18938672181
业务 QQ: 2355401192
公司地址: 深圳市莲花路2002号景新大厦
电话: 0755-82767282
传真: 0755-82767282