铁基非晶滤波电感磁芯

名称:铁基非晶滤波电感磁芯

供应商:佛山市中研非晶科技股份有限公司(http

价格:面议

最小起订量:100/只

地址:里水镇和桂工业园B区

手机:15015578536

联系人:潘生 (请说在中科商务网上看到)

产品编号:31823558

更新时间:2021-02-27

发布者IP:119.126.225.125

详细说明

  铁基非晶滤波电感磁芯具有优良的频率特性和交直流叠加特性以及低的铁芯损耗,同时,其磁导率可控制变化在很宽的范围内(μ由120至1200),可耐不同范围的偏流安匝数(偏磁场),适合于各种高频、交直流叠加场合的电感器件应用,其性价比优于铁镍钼和铁硅铝磁粉芯

  Iron-based amorphous filtering inductor core has excellent stability in different frequency, less core power loss. Secondly, the permeability can be controlled in a wide range (from 120μ to 1200μ), applicable to high frequency and AC-DC overlay electric components.

  应用领域Application:

  汽车音响用扼流器

  Power Choke

  PFC校正电感

  PFC Rectify Inductor

  差模滤波器及平滑输出滤波器

  Differential Mode Choke & Smooth output filter

  常规滤波线圈器用滤波线圈

  Common filtering winding

  性能特点Characteristics:

  高频下损耗低可以减小温升

  Low loss and low temperature under high frequency

  磁路闭合可以减少漏磁

  Flux leakage cutting down in closed magnetic circuit

  优良的抗直流偏场特性

  Excellent anti-bias current ability

  高磁导率从250到1200,可以减少绕线圈数

  High permeability from 250 to 1200, less winding turns

  性能指标Properties

饱和磁感应强度Bs Saturate induction Bs 1.56T 硬度 Hv Hardness Hv 960kg/mm2
居里温度 Curie temperature 410 oC 密度 d Density 7.18g/cm3
晶化温度 Crystallization temperature 535 oC 电阻率 Resistivity 130μΩ-cm
饱和磁致伸缩系数 Saturate megnetostriction 27×10-6

  产品规格Specification:

产品牌号 Part No 护盒尺寸 Finished Dimension (mm) 铁芯尺寸 Core Dimension (mm) 额定电流Rated current (A) 匝数Turns 0A下电感量 Permeability under 0A(μH) 0A下最小单匝电感量Permeability of single turn under 0A 额定电流下电感量Permeabilityunder rated current (μH) 额定电流下最小单匝电感量Permeability of single turn under rated current
JM150905 17×7.6×7.1 15×9×5 1 20 200+50%-20% 400 ≥150 375
JM161008 18×8.6×10.5 16×10×8 0.5 30 ≥550 611 ≥500 556
JM181110 20×9.3×12 18×11×10 1 20 200+50%-20% 400 ≥150 375
JM181110B 20.5×9.3×12 18×11×10 1 27 ≥400 548 ≥350 480
JM181108 20.3×9.3×9.6 18×11×8 1 24 450±20% 625 ≥330 573
JM181108B 20.3×9.3×9.6 18×11×8 1 21 ≥320 725 ≥250 567
JM181010 20×8.5×12.5 18×10×10 1 26 565±25% 626 ≥400 591
JM201210 22.2×9.9×12 20×12×10 1.8 28 755±25% 770 ≥300 382