WMSIC Electronic Components

ALPS RK09K1130AAU

ModelRK09K1130AAU
PackageThrough-hole
BrandALPS
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

18 specifications

Core information

Product name
ALPS RK09K1130AAU
Type
ALPS
Minimum package
1000 圆盘

Technical parameters

Power
50mW
Electronic Component
Electronic Component
Electronic Component
ALPS
Electronic Component
RK09K1130AAU
Electronic Component
1
Package
Through-hole
Electronic Component
Resistor / positions
Electronic Component
±20%
Electronic Component
1.69g
Electronic Component
10kΩ
Electronic Component
1
Electronic Component
BM0264577152
Voltage
20V
Electronic Component
Electronic Component
Electronic Component
1000

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

RK09K1130AAU 产品概述

一、产品简介

RK09K1130AAU 是 ALPS(阿尔卑斯)品牌的一款插件式可调电阻/电位器,标称阻值为 10 kΩ,阻值公差 ±20%,额定电压 20 V,额定功率 50 mW。该器件为通过孔(插件)封装,适用于电路板上作为调节和调试用的可变电阻元件。

二、电气特性要点

  • 阻值:10 kΩ(标称)
  • 公差:±20%,表示静态阻值相对于标称值的允许偏差范围,不等同于调节分辨率或线性度。
  • 额定电压:20 V,超出此电压可能引起绝缘或材料降解,应遵循额定值。
  • 额定功率:50 mW,在室温条件下单件稳态允许耗散的最大功率。
  • 由功率和阻值可得理论最大允许电流 Imax≈sqrt(P/R)≈2.24 mA,但按额定电压限定时,最大工作电流约为 20 V/10 kΩ = 2.0 mA,应以更严格者为准。

三、典型应用场景

  • 模拟电路的偏置、增益或零点微调。
  • 电源与测量电路的精细校准、实验板调试。
  • 教学与原型设计中作为手动调节元件。
    该型号因功率和额定电压限制,适合低电压、低电流的小信号场景,不适用于大功率或高压环境。

四、使用与安装建议

  • 插件封装便于手工焊接和替换,但建议避免长时间高温焊接以防内部碳膜或线绕材料受损。
  • 调整时建议使用合适尺寸的旋具,避免过力导致机械损伤。
  • 考虑功率散热与环境温度,长时间工作在额定功率附近会降低寿命,应适当留有余量。
  • 在电路设计中,如需在电阻两端施加电压,应以额定电压 20 V 为安全上限;若电路存在冲击电压或瞬态,应加入保护元件。

五、选型与替代考虑

  • 若需更高精度或更低公差,请选择公差等级更高的可调电阻型号;若需承受更高电压/功率,应选用功率更大的可调电阻或外接分压/缓冲电路。
  • 同规格替代时注意封装型式(插件引脚间距、引出方式)与机械尺寸以保证与电路板匹配。
  • ALPS 品牌在微型可调电阻领域有良好信誉,适合对可靠性有一定要求的低压应用。

六、小结

RK09K1130AAU 是一款面向低压、低功率场景的插件式 10 kΩ 可调电阻,特点为使用方便、适合调试与微调应用。在设计与使用过程中应重视额定电压与功率限制、焊接工艺与机械操作,以保证长期稳定性与可靠性。

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