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RUILON 10D330K
Configuration
1 options
Configuration
Date code within 2 years
Available for RFQ
Technical data
Product details
19
specifications
Core information
- Product name
- RUILON 10D330K
- Type
- RUILON
- Minimum package
- 500 袋
Technical parameters
- Electronic Component
- Electronic Component
- Electronic Component
- RUILON
- Electronic Component
- 10D330K
- Electronic Component
- 1
- Package
- Through-hole, P=7.5mm
- Electronic Component
- Varistor Resistor
- Electronic Component
- 3J
- Electronic Component
- 0.8g
- Electronic Component
- 1
- Varistor Voltage
- 30V~36V
- Electronic Component
- BM0238792162
- Voltage
- 65V
- Static Power
- 50mW
- Static Capacitor
- 4.2nF@1kHz
- Operating Voltage(AC)
- 20V
- Operating Voltage(DC)
- 26V
For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.
10D330K 产品概述
一、产品简介
10D330K（RUILON/瑞隆源）是一款插件式金属氧化物压敏电阻（MOV），典型用于过压浪涌保护和瞬态抑制。器件外形为径向引线、引脚间距P=7.5mm的盘形封装，适合通用电源和直流/交流小功率保护场景。型号中“330”对应标称压敏电压区间，后缀“K”表示公差等级。
二、主要参数
- 压敏电压（Varistor Voltage）：30V ~ 36V（标称值约33V）
- 钳位电压（Clamping Voltage，峰值）：65V
- 连续工作电压：DC 26V；AC 20V（有效值）
- 峰值浪涌电流：500A（厂方测量条件为准）
- 吸收能量：3J（单次、标准波形条件）
- 静态电容：4.2nF @ 1kHz
- 静态功率：50mW
- 封装：插件，P=7.5mm
- 品牌：RUILON（瑞隆源）
三、性能特点
- 有效抑制瞬态过压：在外加高电压冲击时，器件迅速导通，将过压钳位到约65V，保护后级元件免受损坏。
- 容量与信号影响：4.2nF的静态电容在工频和低频条件下表现明显，可能对高速信号线（如USB/高速数据总线）产生影响，需评估对信号完整性的影响后再选用。
- 低漏电与小功耗：在额定工作电压下静态功耗约50mW，适合小功率直流/交流保护场合。
- 方便安装：插件盘形封装，适用于手工焊接与波峰/回流附件板安装。
四、典型应用场景
- 直流电源输入保护（如DC24V系统的输入端防护）
- 交流低压设备浪涌保护（配合限流元件用于小功率电源）
- 工业控制模块、电源适配器、监控设备等常见过压防护需求
五、安装与使用建议
- 选择靠近被保护端口处安装，以缩短保护回路的寄生电感，提高抑制效果。
- 不建议长期工作在额定连续电压上方，以免加速器件老化；如必须长期承受接近额定值的电压，应考虑升额或并联冗余方案。
- 考虑静态电容对高频信号的影响，敏感信号线应评估是否使用低电容保护器件或采取隔离措施。
- 浪涌吸收能力与能量指标（3J、500A峰值）是单次或短时冲击能力，连续重复冲击会降低寿命，应根据应用环境选择合适的防护级别。
六、可靠性与检验
- 推荐按厂方数据和行业标准对浪涌（如8/20μs）、温度循环、静电和绝缘性能等项进行验证。
- 在频繁发生浪涌的环境中，应定期检查器件外观与电气特性，发现明显电阻/压敏电压漂移时及时更换。
七、包装与采购提示
- 提供插件盘形封装，适合小批量手工装配或自动插件线。
- 采购时请确认型号、额定工作电压与浪涌能力满足系统需求，并索取厂方完整数据表以核对测量条件与曲线。
通过合理的选型与布局，10D330K可为24V级及类似低压系统提供有效的瞬态过压保护，是成本敏感型通用保护设计的常用选择。若有特定的浪涌波形或长期循环冲击要求，建议与供应商沟通获取完整可靠性测试数据以确定最终方案。
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