WMSIC Electronic Components

NCF29A1MHN/0500IJ NCF29A1MHN

ModelNCF29A1MHN/0500IJ
PackageHVQFN-32(5x5)
BrandNXP
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 25+

Available for RFQ

Technical data

Product details

19 specifications

Core information

Product name
NXP NCF29A1MHN / 0500IJ
Type
NXP
Minimum package
6000

Technical parameters

Electronic Component
(TR)
Electronic Component
NXP
Electronic Component
NCF29A1MHN/0500IJ
Electronic Component
1
Package
HVQFN-32(5x5)
Electronic Component
RF Card IC
Electronic Component
0.001g
Electronic Component
NXP USA Inc.
Electronic Component
1
Electronic Component
BM0060806405
Type
Surface Mount
Electronic Component
Active
Package / Housing
32-VFQFN
Electronic Component
NCF29
Electronic Component
6000
Devices Package
32-HVQFN(5x5)

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

NCF29A1MHN/0500IJ 产品概述

NCF29A1MHN/0500IJ 是恩智浦(NXP)推出的有源 NFC/RFID 标签与应答器芯片,采用 32 引脚 HVQFN(5×5 mm)封装并带裸露焊盘,适用于工业级表面贴装(SMT)生产与卷带(TR)供应。器件工作覆盖宽频段:约 310–447 MHz 与 868–915 MHz(子/超高频段),为多区域、多应用的无线识别系统提供灵活的射频支持与尺寸效率。

一、主要特性

  • 支持宽频段:覆盖 310000 kHz–447000 kHz 及 868000 kHz–915000 kHz 两个子/超高频范围,便于适配不同国家与地区的频谱需求。
  • 芯片封装:32 引脚 HVQFN(5×5 mm),带裸露焊盘(exposed pad),便于散热与可靠接地。
  • 表面贴装与卷带供货:适合自动化 SMT 产线,降低装配成本并提高一致性。
  • 器件状态:有源(active),适合长期量产与维护。
  • 兼容常见标签/应答器系统:可与主流 RFID 读取器、天线与后端系统集成(在合规的频段与协议下)。

二、封装与机械特征

NCF29A1MHN/0500IJ 采用 32-HVQFN(5×5)裸露焊盘封装,封装尺寸紧凑、厚度低,利于空间受限的终端产品设计。裸露焊盘可作为地连接和热沉,建议在 PCB 设计时配合合适的焊盘过孔或接地平面以提升热与电性能。卷带包装(TR)利于高速贴装与量产管理,符合电子制造常见库存与生产流程。

三、典型应用场景

  • 资产追踪与库存管理:工厂、仓储与物流环境中的电子标签与应答器。
  • 访问控制与身份识别:门禁卡、通行证与智能贴标签。
  • 物联网终端与传感节点:与传感器或低功耗微控制器配合,实现无线识别与数据上报。
  • 智能标签与电子票证:交通、活动票务与防伪标签等场景。
  • 工业自动识别:在工业环境中用于生产追溯、料盘识别与设备维护管理。

四、设计与集成要点

  • 天线匹配:射频性能高度依赖天线设计与匹配网络,建议在目标频段上进行阻抗匹配和带宽优化测试;环境(金属、介质)会显著影响读写距离与稳定性。
  • PCB 布局:裸露焊盘应与地平面良好连接以保证散热与接地完整性;关键射频路径应最小化走线长度并避免穿过敏感数字信号区。
  • 去耦与干扰控制:在电源输入处放置适当的去耦电容,降低电源噪声对射频性能的影响;对接近高速数字器件的布局要注意屏蔽或隔离。
  • 温湿度与可靠性:HVQFN 封装在工业温度范围内表现稳定,但在潮湿或腐蚀性环境下应考虑封装保护或覆盖措施。
  • 法规与认证:在目标市场使用前需满足当地无线电频谱与电磁兼容(EMC)要求,必要时进行射频发射功率与频谱合规测试。

五、采购与生产信息

  • 制造商:NXP USA Inc.(恩智浦)
  • 封装与供应:HVQFN-32(5×5)裸露焊盘,卷带(TR)包装,适合 SMT 贴装工艺。
  • 零件状态:有源(可长期采购与量产)。
    建议在设计初期与供应链部门确认最小订购量、交期以及是否有替代封装或升级版本,以满足量产计划。

六、优势总结

NCF29A1MHN/0500IJ 以其宽频段的射频覆盖、紧凑的 HVQFN-32 封装与卷带供货方式,为需要多区域部署或多频段兼容的 RFID/NFC 项目提供了灵活且易集成的解决方案。对追求小尺寸、高自动化贴装与可靠性的工业与商业应用,具有明显的工程集成与生产优势。最终性能取决于天线设计、系统调试与合规测试,建议在项目开发阶段与射频测试密切配合以达到最佳读写效果。

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