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Xinglight XL-B324SURUGW
Configuration
1 options
Configuration
26+
Available for RFQ
Technical data
Product details
19
specifications
Core information
- Product name
- Xinglight XL-B324SURUGW
- Type
- XINGLIGHT
- Minimum package
- 1000 袋装
Technical parameters
- Power
- 50mW；70mW
- Electronic Component
- Electronic Component
- Electronic Component
- XINGLIGHT
- Electronic Component
- XL-B324SURUGW
- Electronic Component
- 1
- Package
- Through-hole, D=3mm
- Electronic Component
- 520nm~530nm；635nm~640nm
- Electronic Component
- LEDDiode / LED
- Electronic Component
- 0.184g
- Electronic Component
- 1
- LED
- 400mcd；4cd
- LED
- 30°
- LED
- Electronic Component
- Electronic Component
- BM0228060430
- Electronic Component
- 638nm；525nm
- Operating Temperature
- 20℃~+85℃
For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.
XL-B324SURUGW 产品概述
XL-B324SURUGW 为成兴光（Xinglight）推出的一款直插式三毫米共阳二色发光二极管（雾状灯头）。该器件在单一封装内集成红色与翠绿色发光单元，采用共阳（共正极）引脚排列，适合面板指示、信号显示与点阵字库等多种应用。雾状漫射灯头配合30°窄光束设计，使指示效果均匀且聚焦。
一、主要特性
- 封装形式：插件式，灯头直径 3mm（D=3mm），雾状（漫射）外观
- 二极管配置：共阳极（共阳）
- 正向工作电流：If = 20 mA（额定）
- 峰值波长：红色 638 nm，翠绿色 525 nm
- 发光角度：30°（典型）
- 工作温度范围：-20 ℃ ~ +85 ℃
- 品牌：Xinglight（成兴光）
二、电气与功率参数
- 正向压降（典型）：红色 Vf ≈ 2.3 V；翠绿色 Vf ≈ 3.2 V
- 最大电功率耗散（近似）：红色 ≈ 50 mW；翠绿色 ≈ 70 mW（Vf × If 估算值）
- 建议工作电流：不超过 20 mA，以保证寿命与可靠性
示例计算（供电 5 V）：
- 红灯限流电阻 R = (5.0 V − 2.3 V) / 0.02 A ≈ 135 Ω（常用取值 150 Ω）
- 绿灯限流电阻 R = (5.0 V − 3.2 V) / 0.02 A ≈ 90 Ω（常用取值 100 Ω）
请按照实际电源电压、工作电流和允许的功耗选择合适阻值与额定功率。
三、光学参数
- 发光颜色：红色（638 nm 峰值）；翠绿色（525 nm 峰值）
- 发光强度（典型）：红色约 400 mcd；翠绿色约 4000 mcd（视型号与测试条件而异）
- 灯头表面为雾状处理，光线更柔和、无眩光，适合指示灯和人机界面使用。
四、封装与可靠性
- 插件封装，便于手工焊接与波峰/选择性焊接装配
- 建议焊接工艺：最大焊接温度不超过 260 ℃，焊接时间尽量控制在数秒内以免影响封装与内部黏结材料。
- 工作温度范围保证大多数工业与民用环境下可靠使用，长期高温或过载会缩短寿命，建议适当降额使用。
五、典型应用
- 面板状态指示（电源、运行、故障等）
- 工控及仪表指示灯、按钮指示
- 消费电子指示、玩具与装饰照明小功率场合
- 多色指示组合与简易状态编码显示
六、选型与使用建议
- 确认“共阳”接法与电路设计匹配：共阳意味着所有正极连到同一电源，需分别为各色阴极串联限流电阻。
- 若需更大亮度或更宽视角，可考虑同系列其它规格或更大灯头直径产品。
- 长时间连续点亮时建议适当降低电流（如 10–15 mA）以延长寿命并降低发热。
- 在电路设计中留意热量与功率分配，避免单色超过其最大功率耗散。
如需详细数据表（IV 曲线、典型光强-电流曲线、机械尺寸图）或样品测试，建议联系供应商成兴光（Xinglight）或授权分销商获取完整文档与技术支持。
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