WMSIC Electronic Components

RUILON 2R3000T-8 2R3000T

Model2R3000T-8
PackageThrough-hole, D8x L6mm
BrandRUILON
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
RUILON 2R3000T-8
Type
RUILON
Minimum package
800 编带

Technical parameters

Electronic Component
Electronic Component
Electronic Component
RUILON
Electronic Component
2R3000T-8
Electronic Component
1
Package
Through-hole, D8x L6mm
Electronic Component
2
Electronic Component
(GDT)
Electronic Component
±20%
Electronic Component
1.35g
Electronic Component
6mm
Electronic Component
1
(φD)
8mm
Electronic Component
BM0259010233
Operating Temperature
40℃~+125℃
Capacitor
1.5pF
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.

2R3000T-8 气体放电管产品概述

一、产品概要

2R3000T-8(GDT-2P_8X8MM_TM)是RUILON(瑞隆源)出品的一款双极气体放电管(GDT),专为通信与电力等系统的高能脉冲浪涌防护设计。器件体积小巧(直径φ8mm、高度6mm),适合PCB面向面或点对点防雷与浪涌保护应用。

二、主要技术参数

  • 极数:2极(双极/双端)
  • 直流击穿电压 Vdc:3 kV(±20%)
  • 冲击击穿电压 Vimp:4 kV
  • 脉冲放电电流:5 kA(峰值)
  • 极间电容:1.5 pF(典型)
  • 工作温度范围:-40 ℃ ~ +125 ℃
  • 外形尺寸:φ8 mm × 高6 mm
  • 品牌:RUILON(瑞隆源)
    注:直流击穿电压允许±20%公差,具体选型应参照实际工作电压与安全裕度。

三、产品特性与优点

  • 耐高能量冲击:5 kA 脉冲放电能力,适用于雷击与强浪涌场景。
  • 高击穿电压与良好耐压余量:3 kV Vdc(4 kV 冲击值),用于高电压回路时具有更佳的保护裕度。
  • 低极间电容(1.5 pF):对高速数据信号影响小,适合宽带、以太网、DSL 等敏感线路。
  • 宽温度范围及紧凑外形:适合户外及工业环境的板级布置。
  • 简单可靠:气体放电特性决定了吸收能量大、长期稳定性好,且在严重过压后可形成可控放电通道保护下游电路。

四、典型应用场景

  • 电信基站、光纤收发端口、DSL/ADSL/FTTx 保护;
  • 以太网/PoE 供电线路防雷保护;
  • 工业控制总线(如 RS-485/RS-232)与信号接口;
  • 电力配电与监测设备的浪涌防护模块;
  • 户外设备和基站天馈线防护(配合适当接地)。

五、选型与安装建议

  • 选型考虑工作电压与触发余量:工作电压应远低于直流击穿值,留有足够裕度以避免误触发。
  • 与其他防护元件配合:常与TVS、熔断器或电阻并联或串联使用以兼顾响应速度与能量分担。
  • PCB布局:保持放电管两端到敏感电路的最短路径并保证良好接地,遵循绝缘、爬电距离规范。
  • 固定与焊接:器件属敏感机械结构,避免过热或过力,推荐按厂家工艺说明进行焊接与固定。

六、可靠性与维护

气体放电管在多次大能量放电后性能会逐步变化,建议在设计中预留检测或冗余。储存与运输避免强震动与剧烈温度变化,使用前检查外观与引脚状态。对长寿命或关键系统,应采用定期测试或更换策略以保证长期可靠性。

如需更详细的典型曲线(触发曲线、残压、冲击测试波形)或封装安装图,请提供用途场景与电路资料,以便给出更精确的选型与设计建议。

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