WMSIC Electronic Components

TDK MLG0603P22NJTZ10

ModelMLG0603P22NJTZ10
Package0201
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

19 specifications

Core information

Product name
TDK MLG0603P22NJTZ10
Type
TDK
Minimum package
15000 圆盘

Technical parameters

Electronic Component
Electronic Component
Electronic Component
TDK
Electronic Component
MLG0603P22NJTZ10
Electronic Component
1
Package
0201
Electronic Component
SMD Inductor
Electronic Component
±5%
Electronic Component
0.009g
Inductor
22nH
Electronic Component
1
Factor
14@500MHz
Electronic Component
BM0258781218
Current
150mA
Frequency
2.9GHz
Resistor(DCR)
1.31Ω
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.

MLG0603P22NJTZ10 产品概述

一、产品要点

MLG0603P22NJTZ10 为 TDK 小型贴片电感,标称电感值 22 nH,公差 ±5%,额定直流电流 150 mA。直流电阻(DCR)为 1.31 Ω,品质因数 Q = 14(测量频率 500 MHz),自谐振频率(SRF)约 2.9 GHz。封装为 0603 系列(请按采购单与数据手册确认具体外形与包装)。本器件适用于对尺寸和射频性能有要求的小功率 RF/滤波电路。

二、电气性能解读

  • 22 nH 在 VHF—UHF 频段常用于谐振、阻抗匹配与滤波。
  • Q=14@500MHz 表明在 500 MHz 附近损耗适中,适合信号频率在数百 MHz 范围内的射频应用。
  • SRF=2.9 GHz 以上时器件呈现电容性行为,超过该频率不宜再当作纯电感使用。
  • DCR=1.31 Ω 相对较高,直流路径上会产生显著压降与热耗(在 150 mA 时压降约 0.196 V,功耗约 29.5 mW),因此不适合作为大电流电感或电源滤波主元件。

三、典型应用场景

  • 射频前端的匹配网络、谐振回路与滤波器(VHF/UHF/部分 GHz 频段)。
  • 高频信号的阻抗隔离、短距离耦合与去耦网络。
  • EMI 抑制中对高频成分进行滤除或定点阻抗处理。
  • 注意:不推荐用于供电路径的大电流滤波或能量存储场景。

四、PCB 布局与焊接建议

  • 采用短且宽的走线连接,尽量减小引线长度以降低寄生电感和损耗。
  • 与邻近元件保持合理间距,避免在敏感射频节点产生不期望的耦合。
  • 建议按 TDK 建议的回流焊温度曲线进行焊接,防止过热导致性能退化。
  • 小封装对贴装精度要求高,推荐使用自动贴装并进行锡膏量与焊盘设计的优化。

五、选型与可靠性注意事项

  • 在选型前请核对实际工作频率与电流:若工作频率接近 SRF,需重新评估电感实际值与寄生特性。
  • 当电路要求较小的直流压降或更高电流能力时,应考虑 DCR 更低、额定电流更高的器件。
  • 建议参考 TDK 官方数据手册以获取完整机械尺寸、温度系数、老化与焊接规范,并做样机验证(LCR 测试、S 参数测量)以确认在目标频段的表现。

如需我可根据您的具体电路频率与板级布局,给出更详细的阻抗匹配建议与 PCB 布局优化方案。

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