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环保产品和对环境有贡献的产品
在通过我们的产品及其应用为全球环境保护和减少环境影响做出贡献的同时，我们根据以下"环保产品和对环境有贡献的产品"指南，推动了新技术的开发与产品的销售，以减少产品本身带来的环境影响。
环保产品
在设计时旨在降低环境影响（例如通过减少废物量）的产品，或易于回收并且与传统产品相比在以下一个或多个方面有所改进的设计产品。
- 更小、更薄、更轻
- 省电
- 使用寿命更长
- 含有害物质（有害物质：RoHS 10 物质、由我们设置控制的环境相关物质等）更少或已摒弃有害物质的产品
- 可重复使用性（重复使用）
- 可回收性（回收）
- 易于弃置（设备易于拆卸）
对环境有贡献的产品
有助于并用于全球环境保护等应用的产品本身或使用这些产品的最终产品。
- 防止全球变暖，推广新能源和可再生能源
- 防止臭氧枯竭、空气污染、水污染和土壤污染；污染物分析
- 产品所含化学物质分析，化学物质毒性评估
- 废物的减少、分离和弃置
案例研究
我们每年都会开发新的环保产品和对环境有贡献的产品。以下是本财年的一些代表性例子。
●紧凑型高压电源 / C17282-14
用于驱动 TO-8 和 µPMT® 的紧凑型高压电源模块 C17282-14（即将商业化）将安装在便携式探测器中，用于卫生和环境监测。
该电源仅使用低电压（3 V 至 5 V）即可驱动常见的 PMT（光电倍增管）。
此外，该电源通过使用微型计算机减少了元件数量，从而实现了比传统 C10940 系列更紧凑的尺寸（20x20x7.3 毫米）。
电源重量仅为 7 克，是一款环保产品。
| 传统产品 C10940 系列 |
环保产品 C17282-14 |
|
|---|---|---|
| 尺寸 (mm) | 15（宽）x 15（深）x 18（高） | 20（宽）x 20（深）x 7.3（高） 体积减少 30 % |
| 重量（克） | 7.7 | 7.0 |
| 输入电压范围 (V) | 4.5 - 5.5 | 3.0 - 5.0 降低 1.5 V |
● 氙气闪光灯模块 E3-X / L17513
氙气闪光灯模块在保持以往的长寿命特性的同时，实现了瞬时高峰值输出、更低功耗和更加小型化（缩小）的脉冲光源。此外，内置光源可更换，使电路能够重复使用（重复使用）。
| 传统产品 L13651 系列 |
环保产品 E3-X（即将商业化） |
|
|---|---|---|
| 用电功耗 | 约 5 W (5 V-1 A) | 约 0.7 W (4.5 V-0.15 A) |
| 尺寸 (mm) | 42（宽）x 42（深）x 38（高） | 32（宽）x 32（深）x 29（高） |
| 保证使用寿命 | 1 x 109 次闪光 | 1 x 109 次闪光 |
| 内置光源 | 不可互换 | 可互换 |
● 像素校正补强工具
已开发一种工具，可对相机出厂后因宇宙射线等影响产生的缺陷像素进行局部校正。在此之前，处理此类问题的回复一直都是要求客户退回相机，从而因运输造成了环境负担（二氧化碳排放、包装材料）。像素校正补强工具的开发实现了现场校正，从而减少了运输带来的环境影响（零二氧化碳排放、无需包装材料）。
运输示例｜东京（羽田机场）至纽约（纽瓦克机场）
CO2 排放量（往返）：1,370 千克
退货数量（累计）：5 套
包装成本（兼容相机均价）：702 日元/套
●FDSS®‐GX 背照式单元 / C17165‐01
FDSS7000 中使用的发光传感器单元（C10520 系列）是基于图像增强器 (Image Intensifire) 制造的，其中使用了重金属铅。FDSS7000 的后续机型 FDSS-GX 采用 qCMOS 传感器，实现了不使用重金属的规格。
FDSS®-GX
● 激光扫描系统/C14432-40
C14432 系列是半导体失效分析系统中使用激光和非相干光源的应用所需的选项。C14432-40 除了具备传统产品的 930 纳米至 1300 纳米红外输入/输出端口外，还配备了新的 530 纳米至 780 纳米的可见光输入/输出端口。
通过为半导体失效分析系统配备多个光源，可以将该系统用于各种不同的应用。通过共用红外光和可见光的部分光路，减少了元件数量并节省了空间。
Optical NanoGauge 膜厚测量系统 / C15151‐01
这是一个使用激光驱动光源 (LDLS) 的 Optical NanoGauge 膜厚测量系统。该光源寿命为 10,000 小时，是采用卤素灯的 Optical NanoGauge 膜厚测量系统 /C13027-11（光源寿命：2,000 小时）的 5 倍。光源寿命越长，意味着系统维护频率就越低，从而减少了维护所需的电力消耗和处置的光源数量。
●LCOS-SLM / X15213‐03CL
以金属 3D 打印为代表的金属激光加工领域有望通过高效利用材料、减少废物及降低能耗来减轻环境影响。X15213-03CL 是一款用于金属激光加工的 LCOS-SLM，该装置采用蓝宝石玻璃，具有比传统产品更高的功率处理能力。该产品通过在激光加工设备中将单束高功率激光光束分成各种形状和多个点位，实现同步多点加工。这有助于设备改善加工时间、缩小尺寸和节省电力。
●波长扫频脉冲量子级联激光器
研制了波长为 7 至 8 微米的波长扫频脉冲驱动量子级联激光器，用于检测火山气体的主要成分硫化氢和二氧化硫。
采用蝶形封装的 MEMS 光栅加装外腔结构，外腔量子级联激光器模块尺寸大小（12.7 x 30 x 13.1 毫米）在全球数一数二。
该成果是在日本新能源产业技术综合开发机构 (NEDO) 的委托项目中取得的。
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