WMSIC Electronic Components

chilisin CHQ0603T-2N2B-HU CHQ0603T

ModelCHQ0603T-2N2B-HU
Package0201
Brandchilisin
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
chilisin CHQ0603T-2N2B-HU
Type
CHILISIN
Minimum package
15000 圆盘

Technical parameters

Electronic Component
Electronic Component
Electronic Component
CHILISIN
Electronic Component
CHQ0603T-2N2B-HU
Electronic Component
1
Package
0201
Type
Inductor
Electronic Component
SMD Inductor
Electronic Component
0.008g
Inductor
2.2nH
Electronic Component
1
Factor
14@500MHz
Electronic Component
BM0259699754
Current
500mA
Frequency
10GHz
Resistor(DCR)
200mΩ
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.

CHQ0603T-2N2B-HU 产品概述

一、产品简介

CHQ0603T-2N2B-HU 是奇力新(chilisin)推出的一款叠层贴片电感,标称电感值为 2.2 nH,适用于高频及射频电路中对微小电感量的需求。器件体积超小(封装 0201),适合集成密度高、空间受限的现代电子设备。

二、主要电气参数

  • 电感值:2.2 nH
  • 额定电流:500 mA(直流通过能力)
  • 直流电阻 (DCR):200 mΩ
  • 品质因数 (Q):14 @ 500 MHz
  • 自谐振频率 (SRF):10 GHz
  • 类型:叠层电感(Multilayer Chip Inductor)
  • 封装:0201(超小型)
  • 品牌:chilisin(奇力新)

三、性能特点

  • 超小体积,便于高密度 PCB 布局与空间受限应用;
  • 较高的自谐振频率(约 10 GHz),在 GHz 级工作频段仍能维持感性特性,适合射频前端与滤波网络;
  • 在 500 MHz 时 Q 值约 14,表现出较好的能量损耗控制,适用于阻抗匹配与谐振回路;
  • 额定电流 500 mA,可承受中等信号电流,兼顾功率与尺寸;
  • DCR 200 mΩ 在超小封装中属可接受范围,需在低损耗场合结合电路容忍度评估。

四、典型应用场景

  • 射频匹配网络、微带滤波器与谐振回路;
  • 天线馈线去耦与阻抗变换;
  • 高速通信模块、射频前端 (RF front-end) 的小信号处理;
  • 移动设备、蓝牙/Wi‑Fi/5G 子系统、IoT 终端等空间受限的电子产品。

五、选型与布局建议

  • 在高频应用中注意寄生电容与封装寄生电感对实际电感值的影响,推荐在目标频段进行仿真与量测验证;
  • 由于封装体积极小,推荐采用精细化贴装工艺与回流焊参数控制,避免过热或机械应力;
  • 布局时尽量缩短信号环路长度,保持地平面完整以降低辐射与干扰;对关键射频路径可加 EQ 测试以确认性能。

六、可靠性与采购提示

  • 适用于贴片回流焊工艺,采购时注意取用同一批次以降低参数偏差;
  • 在高温高湿或高振动环境下,建议与供应商确认封装与焊接的可靠性验证报告;
  • 若电路对损耗或直流电阻敏感,可考虑更低 DCR 或更高 Q 的型号进行比较选型。

若需更详尽的频率响应曲线、等效电路模型或样片测试数据,可进一步提供电路工作频段与应用场景,便于给出更精确的选型建议与仿真参数。

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