WMSIC Electronic Components

TDK NTCG064EF683FTBX

ModelNTCG064EF683FTBX
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

20 specifications

Core information

Product name
TDK NTCG064EF683FTBX
Type
TDK
Unit
Electronic Component
Minimum package
15000 圆盘

Technical parameters

Power
100mW
Electronic Component
Electronic Component
Electronic Component
Electronic Component
Electronic Component
TDK
Electronic Component
NTCG064EF683FTBX
Electronic Component
1
Electronic Component
0.3mm
Package
0201
Electronic Component
NTCThermistor Resistor
Electronic Component
0.009g
Electronic Component
0.6mm
Electronic Component
68kΩ
Electronic Component
0.3mm
Electronic Component
1
B
±1%
Electronic Component
BM0264899087

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

NTCG064EF683FTBX 产品概述

一、概述

NTCG064EF683FTBX 是 TDK 出品的一款超小型表面贴装负温度系数(NTC)热敏电阻,封装为 0201(0603 公制),尺寸 0.6 × 0.3 × 0.3 mm。标称阻值为 68 kΩ(25°C),适用于空间受限且要求高精度温度测量或温度补偿的低功耗电子设备。

二、主要参数

  • 标称阻值(25°C):68 kΩ
  • B 值(25°C/50°C):4250 K(B值精度 ±1%)
  • 等效 B 值(不同区间):25/75°C = 4293 K;25/85°C = 4308 K;25/100°C = 4327 K
  • 电阻精度:±1%
  • 额定功率:100 mW(基于耗散系数与温升限制)
  • 最大稳态电流(25°C):120 μA
  • 工作温度范围:-40°C ~ +125°C
  • 耗散系数(Thermal dissipation):1 mW/°C
  • 尺寸:0.6 mm × 0.3 mm × 0.3 mm(0201)

三、性能特点与优势

  • 极小封装:0201 体积极小,适合用于微型化、便携式和高密度 PCB 设计。
  • 高阻值、低功耗:68 kΩ 的标称阻值配合最大稳态电流 120 μA,适合低功耗系统与电池供电设备。
  • 高精度:电阻和 B 值均为 ±1%,减少温度换算误差,利于精确温度测量或校准。
  • 温区特性明确:在不同温度区间测得的等效 B 值有利于在宽温区内建立更准确的温度-电阻模型。

四、典型应用

  • 可穿戴设备与健康监测终端的温度感知。
  • 物联网传感器、环境监测模块的温度采样。
  • 电池管理系统(BMS)与电源模块的温度补偿与保护。
  • 精密电路的温度补偿(晶振、参考源、放大器等)。

五、使用建议与注意事项

  • 自加热影响:尽管额定功率显示 100 mW(基于耗散系数),实际为避免自加热影响测温,推荐工作电流远低于最大稳态值。示例:25°C 下 R=68 kΩ,若流过 120 μA,端电压约 8.16 V,功耗约 0.98 mW,对应约 1°C 的自热(1 mW/°C)。
  • 阻抗匹配:高阻值对 ADC 或运放输入偏置电流敏感,选择输入电路时应保证阻抗匹配或采用缓冲放大。
  • 布局建议:贴近需测温点布置,避免大面积铜箔直接连接导致热扩散影响测量;焊盘、热通孔设计要兼顾可焊性与热隔离。
  • 焊接工艺:遵循元件厂商的回流焊温度曲线与工艺指引,避免长时间高温或机械应力导致性能漂移。

六、温度—电阻关系与换算示例

常用的 B 参数换算公式: R(T) = R25 × exp[B × (1/T - 1/T25)] 其中 T 和 T25 以开尔文(K)计(T25 = 298.15 K),R25 = 68 kΩ,B 取对应温区的值(如 4250 K)。因 B 值随温区略有变化,测量精度要求高时建议用两点或多点标定结合等效 B 值修正。

总结:NTCG064EF683FTBX 以其超小尺寸、高阻值与高精度 B 值,适合对空间与功耗有严格要求的温度测量与补偿场景。选型时应结合系统的输入电路、热环境与自热预算进行综合评估。

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