WMSIC Electronic Components

RUILON RL4032A561K

ModelRL4032A561K
Package4032
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 25+

Available for RFQ

Technical data

Product details

19 specifications

Core information

Product name
RUILON RL4032A561K
Type
RUILON
Minimum package
1500 圆盘

Technical parameters

Electronic Component
Electronic Component
Electronic Component
RUILON
Electronic Component
RL4032A561K
Electronic Component
1
Package
4032
Electronic Component
Varistor Resistor
Electronic Component
69J
Electronic Component
1.389g
Electronic Component
1
Varistor Voltage
616V
Electronic Component
BM0264391781
Voltage
930V
Static Capacitor
180pF@1kHz,1V
Operating Voltage(AC)
350V
Operating Voltage(DC)
450V
Surge Current
2.5kA

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

RL4032A561K 产品概述

一、产品简介

RL4032A561K 是 RUILON(瑞隆源)推出的一款表面贴装型压敏电阻(MOV),采用4032塑料SMD封装,设计用于对电源与信号端口的浪涌、雷击和瞬态过压进行吸收和钳位保护。器件电气性能等同于引脚式型号,便于在SMT工艺中替代传统插件型浪涌保护元件。

二、主要参数(典型值)

  • 压敏电压(V):616 V
  • 钳位电压(V):930 V
  • 工作电压(DC):450 V
  • 工作电压(AC):350 V
  • 峰值浪涌电流(8/20 μs):2.5 kA
  • 能量吸收能力(10/1000 μs):69 J
  • 静态电容:180 pF @ 1 kHz, 1 V
  • 封装:4032(SMD)
  • 标准与可焊性:RoHS 符合、AEC-Q101 认证、适用于无铅焊接
  • 附件:提供 Pspice 仿真模型

三、典型应用场景

  • 电信系统电源总线与直流母线保护
  • LED 驱动电源与照明系统的过压/浪涌防护
  • 工业电源接口、逆变器输入端的浪涌吸收
  • 需要SMD化、可靠性要求高的汽车电子和通信设备(符合 AEC-Q101)

四、优势与设计要点

  • SMD 4032 封装,便于自动化贴装与回流焊接,节省PCB空间;
  • 高频静态电容值约180 pF,适配多数电源与照明驱动,但在高精度信号路径需考虑耦合影响;
  • 高能量吸收(69 J)与2.5 kA 峰值能力,适合中强度雷击与开关瞬变工况;
  • 钳位电压控制良好,可在过压时限制系统电压在安全范围;
  • 提供 Pspice 模型,方便在系统级设计时进行瞬态仿真与验证。

五、布局与使用建议

  • 将器件尽可能靠近被保护端(输入端/连接器),引线最短以降低感抗;
  • 对于对静态电容敏感的模拟或通信线路,评估180 pF 的耦合影响,必要时采用低容或串联阻抗隔离;
  • 推荐按制造商提供的回流焊工艺曲线进行无铅焊接,避免超温或长时间处于高温区;
  • 储运及焊接前避免受潮与静电冲击,必要时按常规防静电措施处理。

六、订购信息与支持

订购型号:RL4032A561K(RUILON 瑞隆源)
可向供应商索取详细数据手册、典型脉冲测试曲线以及 Pspice 模型,以便在系统设计和可靠性验证阶段进行精确评估。

如需根据具体应用(如更高能量或更低电容要求)推荐替代型号或并联/串联使用建议,可提供应用环境参数后进行选型支持。

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