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Xinglight XL-1608UOC-04 LED XL-1608UOC-04
Configuration
1 options
Configuration
Electronic Component
Available for RFQ
Technical data
Product details
19
specifications
Core information
- Product name
- Xinglight XL-1608UOC-04
- Type
- XINGLIGHT
- Minimum package
- 4000 编带
Technical parameters
- Power
- 50mW
- Electronic Component
- Electronic Component
- Electronic Component
- XINGLIGHT
- Electronic Component
- XL-1608UOC-04
- Electronic Component
- 1
- Package
- 603
- Electronic Component
- 600nm~610nm
- Electronic Component
- LEDDiode / LED
- Electronic Component
- 0.02g
- Electronic Component
- 1
- LED
- 360mcd
- LED
- 120°
- LED
- Electronic Component
- Electronic Component
- BM0264853719
- Electronic Component
- 605nm
- Operating Temperature
- 40℃~+85℃
For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.
XL-1608UOC-04 产品概述
XL-1608UOC-04 是成兴光（Xinglight）推出的一款高性价比贴片发光二极管（SMD LED），采用0603（1608公制）小型封装，提供稳定的橙色发光，适合大批量自动贴装与各种指示/背光应用。
一、产品特性
- 发光颜色：橙色（纯净、饱和）
- 透镜：无色透明透镜，出光均匀，适合直接视觉指示或透光面板
- 光束角度：120°广角出光，视角宽，指示可视范围大
- 小型封装：0603（1608），体积小、适合高密度PCB布置与自动贴装
二、主要电气与光学参数
- 峰值波长：605 nm（典型）
- 波长范围：600–610 nm
- 正向电压（Vf）：2.3 V（在推荐正向电流下典型值）
- 额定正向电流（If）：20 mA（建议工作电流）
- 发光强度：360 mcd（标称/典型值，测量条件通常为If = 20 mA）
- 最大功率耗散/功率：50 mW（器件热额定）
三、封装与包装
- 封装规格：0603（1608公制），适配常见贴片工艺与设备
- 载带方式：正贴（适用于自动贴片机的卷带供料）
- 外形与材料：小型树脂透镜，透明无色，有利于颜色一致性与可靠性
四、工作环境与可靠性
- 工作温度范围：-40 ℃ 至 +85 ℃，满足一般工业与消费级环境要求
- 建议良好散热与限流设计，长期高温或过流会降低寿命和光衰
- 出厂与使用时注意防静电保护（ESD）与潮湿敏感等级，避免在高湿环境中长期暴露
五、驱动与应用建议
- 驱动方式：建议使用恒流源驱动或在电阻限流下使用，典型驱动电流为20 mA，必要时可降低电流以延长寿命或降低亮度
- 驱动电路设计注意电压余量与过流保护，避免瞬态过压或通电浪涌
- 适用场景：仪表面板、指示灯、按键背光、家用/办公设备状态指示、玩具与装饰灯等需要橙色指示光的小型应用
六、存储与焊接注意事项
- 存储建议：遵循干燥环境存放，必要时使用防潮包装，避免长期潮湿导致焊接缺陷
- 焊接建议：适用于常规SMT回流工艺，建议按照PCB装配标准的回流曲线并尽量避免多次高温回流；出现多次回流时应评估其对光学性能的影响
- 装配时注意元件方向与极性标识，确保正负极正确对应电路
七、选型与替代
- 若需更高亮度或更窄光谱颜色，可选用不同波长/强度等级的0603或更大封装LED
- 在要求更高环境适应性或汽车级认证时，建议与厂商沟通获取详细可靠性与认证资料
总结：XL-1608UOC-04 以其小巧的0603封装、稳定的橙色发光（605 nm 峰值）和较宽视角（120°），为各类指示与背光应用提供了经济、易用的解决方案。选型时请结合实际工作电流、散热条件与环境温度，按厂商资料书进行最终设计确认与可靠性验证。
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