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High-Power LED Beads | 300-1900nm Full Wavelength Special Light Source Configurator (30°/60°/120° Angles) - LED Solar Simulator โมดูลบอร์ด PCBA 200-1750Nm

High-Power LED Beads | 300-1900nm Full Wavelength Special Light Source Configurator (30°/60°/120° Angles)

        • 高功率紫外LED灯珠 | 300-1900nm全波长特殊光源配置器(可选30°/60°/120°)
        • 元描述我们专注于工业级定制光源我们设计制造的300-1900nm宽光谱倒装芯片COB LED模块完美符合AM1.5G和IEC 60904-9 AAA级太阳模拟器标准我们支持定制的高功率UVC/UVB LED灯珠光输出功率为75-650mW光束角度可调范围为30°/60°/120°采用共晶AlN陶瓷基板和气密石英玻璃封装


      核心技术能力及产品组合(下半年)
      1. 全波长定制紫外LED系列(紫外LED矩阵)
        • 波长选项:222NM | 255NM | 265NM | 275NM | 295NM | 310NM | 325NM | 340NM | 355NM
        • 超高输出功率单颗珠子/模块75MW – 650mW+(工业级高电流高输出配置)
        • 光束/视角30°/60°(窄角球形石英透镜用于高能聚焦)/ 120°(广角平面透镜用于均匀大面积覆盖)
        • 主要应用

      2. 300-1900nm 宽光谱太阳模拟 LED 模块(全光谱 COB)
        • 光谱覆盖范围300nm 至 1900nm通过在单个 COB 基板上无缝集成 UVC、ยูวีบี、UVA可见光和短波红外 (สวายร์)(最高可达 1900nm)突破了标准半导体的局限
        • 国际标准符合性严格符合IEC 60904-9(第三版)标准在光谱匹配空间非均匀性和时间不稳定性方面达到AAA 级基准
        • 主要应用下一代太阳能电池测试(HJT/钙钛矿薄膜)汽车传感器和智能驾驶舱的多因素环境老化AM0空间太阳光谱地面模拟以及精密多光谱机器视觉


      工业封装架构及可靠性基准(H2)
        1. 无机金锡(AuSn)共晶键合我们完全摒弃了所有有机硅或环氧树脂在300-1900nm波段(尤其是高能深紫外和高热红外)的强辐射照射下我们的金锡共晶键合技术结合密封的石英玻璃透镜确保100%抗紫外线泛黄零碳化零气体释放风险
        2. 热电分离氮化铝 (AlN) 衬底为了实现高达 75-650mW 的输出功率和超高密度 COB 阵列我们采用导热系数 >180 W/(m·K) 的优质 AlN 衬底这可将热阻降至4-8 K/W从而防止任何热致光谱红移或功率衰减
        3. Wire-Bond-Free Flip-Chip Configurations: Our 300-1900nm integrated modules leverage robust flip-chip architectures across dozens of distinct semiconductor dies. This wire-free design withstands sudden high-current injections and significantly optimizes the Light Extraction Efficiency (LEE).
        4. Micro-Channel Liquid Cooling & Multi-Channel Spectral Tuning: Equipped with built-in micro-channel liquid-cooling paths and multi-channel programmable constant current drivers, our systems enable microsecond-level independent current adjustments per wavelength to deliver fully customized dynamic spectra.
          • East & South China Hubs (Yangtze & Pearl River Deltas): The world’s epicenters for PV module manufacturing, smartphone optical components, and automotive hardware testing.
          • Hsinchu & Central Taiwan Science Parks: Global premium hubs for semiconductor optoelectronics and consumer electronics sensor packaging/testing.
          • German & Central European Automotive Clusters: High-concentration zones for strict automotive interior/exterior weathering and light-aging testing.
            Target Geographic Regions & Market Segmentation (English Version)
            1. Global Core Markets (Regional Breakdown)
              • APAC (Asia-Pacific): Driven by China, ญี่ปุ่น, South Korea, and Taiwan. The primary hub for photovoltaics (พีวี) manufacturing, consumer electronics supply chains, and automotive sensor testing (LiDAR/ALS).
              • EMEA (Europe, Middle East, and Africa): Characterized by rigorous standards in the automotive industry (photoaging tests), polymer weathering testing, and advanced dermatological/photobiology research.
              • NA (อเมริกาเหนือ): Rooted in the United States and Canada. A high-value market focused on aerospace materials (space solar simulation), cutting-edge R&D for next-gen solar cells, and advanced sensor calibration.
              • LATAM (Latin America): An emerging region (e.g., Brazil, Chile) with high solar irradiance, scaling up demand for large-scale utility PV module testing and outdoor degradation evaluation.

            2. Industry-Specific High-Value Micro-GEOs


      III. Technical FAQ Module (H2Rich Snippets Semantic Layer)
      Q1: What is the maximum wavelength coverage of your solar simulator LED modules?
      อัน: Our full-spectrum COB LED modules achieve an ultra-wide spectral integration from 300nm to 1900nm. It seamlessly extends through UV, มองเห็นได้, and into the 1900nm Short-Wave Infrared (สวายร์) bands, fully satisfying the critical deep-IR spectral match requirements for next-gen PV testing and aerospace simulations.
      Q2: How do you guarantee the reliability of UV LEDs with 75-650mW optical power?
      我们采用热电分离型氮化铝陶瓷基板和金锡(AuSn)共晶无机封装将系统热阻降至 4-8 K/W由于完全不含任何有机聚合物和硅酮我们的微珠在高电流注入(350-700mA)下仍能保持优异的光功率稳定性完整的 LM-80 寿命数据可按需提供
      Q3我们如何使用在线LED配置器?你们支持小批量订单吗?
      您只需在我们的配置器中选择目标光谱范围(例如,222-355nm 纯紫外光或 300-1900nm 全光谱)镜头视角(30°/60°/120°)以及所需的光输出功率我们的工程系统将自动匹配理想的封装架构我们全面支持从实验室研究的小批量原型制作到大规模商业生产的各种需求

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