WMSIC Electronic Components

TDK MLZ2012N220LT000

ModelMLZ2012N220LT000
Package0805
BrandTDK
Price Price on request Electronic component prices change quickly with market supply and demand. Please refer to the latest WMSIC quotation for current pricing.
Configuration
1 options
Configuration 26+

Available for RFQ

Technical data

Product details

20 specifications

Core information

Product name
TDK MLZ2012N220LT000
Type
TDK
Unit
Electronic Component
Minimum package
2000 圆盘

Technical parameters

Electronic Component
Electronic Component
Electronic Component
Electronic Component
Electronic Component
TDK
Electronic Component
MLZ2012N220LT000
Electronic Component
1
Package
0805
Type
Inductor
Electronic Component
SMD Inductor
Electronic Component
±20%
Electronic Component
0.042g
Inductor
22uH
Electronic Component
1
Electronic Component
BM0211315466
Current
300mA
Resistor(DCR)
670mΩ
Electronic Component
Electronic Component

For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.

MLZ2012N220LT000 产品概述

一、产品简介

MLZ2012N220LT000 是 TDK 推出的贴片叠层电感,封装为 0805(公制 2012),额定感值 22 µH,公差 ±20%。该器件以多层陶瓷绕组结构实现较大电感量,适合空间受限的表面贴装电路,用于信号滤波、噪声抑制和小电流的电源去耦等场合。

二、主要电气参数

  • 感量:22 µH ±20%
  • 饱和电流(Isat):70 mA(定义为在该直流偏置下感值明显下降)
  • 直流电阻(DCR):约 670 mΩ
  • 额定电流:300 mA(热限或温升允许的最大工作电流)
  • 封装:0805(MLCC 类同体积的贴片形态)
  • 类型:叠层电感(多层陶瓷结构)

三、特性与优势

  • 小尺寸(0805)便于高密度贴片组装与自动化生产。
  • 较高电感量(22 µH),适合形成低通、LC 谐振或阻尼网络。
  • 叠层陶瓷构造具有良好的频率响应和温度稳定性(需参考具体材料系数)。
  • TDK 品牌保证生产一致性与品质管控,适合对可靠性有要求的中低速电子产品。

四、适用场景

  • 模拟/数字电路的干扰滤波:在信号线或偏置线上与电容配合构成低通或 Pi 型滤波器。
  • 低电流电源去耦:用于微控制器、传感器电源路径的噪声抑制(注意电流要求)。
  • 通信设备与测量仪器:抑制高频干扰并滤除开关噪声。
    不建议将本型号作为高电流开关电源主电感或升降压变换器的大电流储能元件,因 DCR 较大且 Isat 相对较低。

五、设计与选型注意事项

  • 饱和与热限区别:Isat = 70 mA 表示在约 70 mA 直流偏置下电感量将显著下降;额定电流 300 mA 则通常指允许的热稳定工作电流。若电路对感值保持敏感,应以 Isat 为限,确保实际通过电流远小于 70 mA。
  • DCR 较高(≈670 mΩ):在通过电流时会引入明显压降与功耗,需评估热量与电压损失。
  • 温漂与频率特性:实际工作频率会影响有效感值和损耗,建议在目标频段用 LCR 仪或仿真验证。
  • 公差 ±20%:若滤波或谐振电路对精度敏感,应考虑更小公差或配套可调元件。

六、焊接与封装建议

  • 推荐采用标准回流焊工艺(遵循制造商的回流曲线,峰值温度通常 ≤ 260°C)。
  • 贴装时避免在器件上施加过大的机械应力,焊盘设计应保证良好焊接强度与热传导。
  • 对于清洗工艺与潮湿敏感度,按元件出厂数据和 SMT 工艺规范处理(如有潮湿敏感等级请参考厂家数据表)。

七、可靠性与认证测试

  • 建议在产品开发阶段进行以下验证:感值随 DC 偏置曲线、DCR 测量、温升测试、热循环与机械震动试验、长期老化试验。
  • 在关键应用中进行整机 EMI/EMS 验证以确认滤波效果与可靠性。

八、典型电路参考

  • 低通滤波:信号线串联 MLZ2012N220LT000,接地侧并联 0.01–1 µF 电容,形成 RC/LC 滤波。
  • Pi 型 EMI 滤波:输入侧与输出侧各并联电容,串联本电感实现对差模/共模噪声的衰减。

总结:MLZ2012N220LT000 适合对体积、感量要求较高但工作电流较小的滤波与去耦场合。设计时需重点关注饱和电流(Isat)与 DCR 带来的感值下降与功耗影响,必要时通过实测或仿真验证满足系统指标。若需详细温度系数、频率响应或封装图纸,请参考 TDK 官方数据表。

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