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EVERLIGHT 19-223/R6GHC-A01/2T 19-223
Configuration
1 options
Configuration
26+
Available for RFQ
Technical data
Product details
19
specifications
Core information
- Product name
- EVERLIGHT 19-223 / R6GHC-A01 / 2T
- Type
- EVERLIGHT
- Minimum package
- 2000
Technical parameters
- Power
- 60mW；110mW
- Electronic Component
- EVERLIGHT
- Electronic Component
- 19-223/R6GHC-A01/2T
- Electronic Component
- 1
- Package
- SMD-4P,1.6x1.5mm
- Electronic Component
- 525nm；624nm
- Electronic Component
- LEDDiode / LED
- Electronic Component
- 0.03g
- Electronic Component
- 1
- LED
- 45mcd~112mcd；112mcd~225mcd
- LED
- 130°
- LED
- Electronic Component
- Electronic Component
- BM0257687988
- Electronic Component
- 632nm；518nm
- Operating Temperature
- 40℃~+85℃
- Current
- 20mA
For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.
19-223/R6GHC-A01/2T 产品概述
一、产品简介
19-223/R6GHC-A01/2T 为 EVERLIGHT（台湾亿光）单色 LED 器件，提供翠绿色与橙红色两种发光版本。器件采用无色透明透镜，视角宽达约 130°，适合要求大视角、均匀发光的指示与照明类应用。工作温度范围为 -40℃ 至 +85℃，额定正向电流典型为 20mA。
二、光电特性（典型值）
- 发光颜色：翠绿色 / 橙红色
- 典型发射波长：约 525 nm（绿）、624 nm（橙红）
- 峰值波长：约 518 nm（绿峰）、632 nm（红峰）
- 功率标称：60 mW / 110 mW（请以厂方数据表中“辐射功率”或“光通量”字段为准）
- 正向电流：20 mA（推荐驱动电流，需按具体亮度与热条件调整）
- 透镜颜色：透明无色
- 发光角度：约 130°
注：上列为典型/参考值，具体电光参数（如正向电压、亮度/流明或辐射功率分布、光强/光通量）应以官方数据表为准。
三、特性与优势
- 宽视角（130°）实现均匀可视范围，适合面光或指示面板使用；
- 两色可选覆盖常见指示色系，便于信号区分与视觉识别；
- 宽工作温度（-40～+85℃）适应工业级环境；
- 透明透镜保证光色纯净，不影响色彩还原。
四、典型应用
- 仪表指示灯、控制面板、状态指示；
- 通信设备与家电面板指示；
- 一般指示/装饰照明、标识与信号灯；
- 低功耗背光与显示单元（根据亮度要求选择驱动）。
五、驱动与散热建议
- 建议采用恒流驱动，20 mA 为常用设计点；如需要更高亮度应采用脉冲驱动并控制占空比，避免长期过流导致光衰与寿命下降。
- 在高环境温度或密闭空间内应考虑热阻与散热，器件光输出随结温升高会下降，必要时在电流上做热降额处理。
- 如“功率”数值为辐射功率或光通量，请据此评估散热与驱动限制。
六、封装与可靠性提示
- 当前资料中“封装：未知”，在设计前请向 EVERLIGHT 获取完整数据表与机械尺寸图。
- 处理时注意 ESD 防护与防潮储存；回流焊与手工焊接需遵循厂方焊接规范（具体温度曲线以厂家数据为准）。
- 长期可靠性受温度、驱动电流及环境湿度影响，建议在批量应用前进行加速老化与光衰测试。
七、采购与技术支持建议
- 使用前请索取并核对官方规格书（Datasheet）与光学/机械图纸，确认光学输出（cd、mcd 或 lm）、正向电压、最大反向电压及焊接条件。
- 若需要特定封装、光学透镜或高可靠版本（如汽车级），建议直接联系 EVERLIGHT 或授权代理，获取样品与最新支持资料。
如需，我可以根据您提供的具体使用场景（工作电流、期望亮度、安装方式）给出更详细的电路驱动建议与热管理方案。
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