WMSIC Electronic Components

BORN NUP4114HMR6T1G-N

ModelNUP4114HMR6T1G-N
PackageSOT23-6
BrandBORN
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
BORN NUP4114HMR6T1G-N
Type
BORN
Minimum package
3000 圆盘

Technical parameters

Electronic Component
Electronic Component
Electronic Component
BORN
Electronic Component
NUP4114HMR6T1G-N
Electronic Component
1
Package
SOT23-6
Electronic Component
Electronic Component
Type
ESD
Electronic Component
ESD and Surge Protection (TVS / ESD)
Electronic Component
0.04g
Electronic Component
1
Channel Count
Electronic Component
Cj- Capacitor
0.2pF;0.36pF
Electronic Component
BM0264602956
Voltage
13V
Electronic Component
IEC 61000-4-4;IEC 61000-4-5;IEC 61000-4-2
Current(Ir)
500nA

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

NUP4114HMR6T1G-N 产品概述

一、简介

NUP4114HMR6T1G-N(BORN 伯恩半导体)是一款单路单向瞬态抑制二极管(TVS),采用固态硅雪崩工艺,封装为 SOT23-6。该器件针对快速瞬态干扰与浪涌事件提供保护,符合 IEC 61000-4-2、4-4、4-5 等抗扰度标准,适用于以太网、DVI 与数字视频接口等高速信号链路的浪涌与静电防护。

二、主要电气参数

  • 极性:单向(单路)
  • 反向额定电压 Vrwm:5 V
  • 击穿电压 VBR:约 8.5 V
  • 钳位电压(典型):13 V
  • 峰值脉冲电流 Ipp:3.5 A(8/20 μs)
  • 峰值脉冲功率 Ppp:60 W(8/20 μs)
  • 反向漏电流 Ir:500 nA(典型/最大视工况)
  • 结电容 Cj:典型 0.3 pF(IO到IO);规格中另列 0.2 pF / 0.36 pF(视测试条件)

三、特性亮点

  • 低钳位电压:在浪涌事件中有效限制被保护线路电压,降低下游器件应力。
  • 低泄漏电流:有利于电源与高阻抗节点长期稳定工作。
  • 低结电容:对高速差分信号影响小,适合高速数据接口的并联防护。
  • 高峰值功率吸收能力:60 W(8/20 μs)满足常见浪涌场景下的能量吸收需求。
  • 符合多项IEC抗扰标准,可靠性高。

四、典型应用

  • 以太网物理层接口(PHY、电缆接口)
  • 数字视频接口(DVI、HDMI)与差分信号线保护
  • USB、串口等需要低电容保护的高速接口
  • 工业控制与消费电子中要求静电与浪涌保护的输入端

五、封装与布局建议

  • 封装:SOT23-6,体积小,便于贴片安装。
  • PCB 布局:将 TVS 尽可能靠近需要保护的连接器或器件并采用短铜迹与低寄生电感;必要时在地与信号侧布置独立回流路径以降低干扰。
  • 焊接与回流:遵循 SOT23-6 封装的回流工艺规范,避免过热导致器件特性变化。

六、选型与注意事项

  • 若系统对差分对匹配与插入损耗极为敏感,请参考实际测得的 Cj 值与频域影响;对于更高能量需求,可考虑功率等级更高的替代品。
  • 在高温或持续脉冲工况下,注意器件散热与热递减影响,确保工作环境与应用场景在器件规格范围内。

如需样片、详细 Datasheet 或在特定应用中的仿真与布局协助,可提供进一步支持与应用方案。

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