超纯水对于半导体器件制造至关重要。虽然达到这种纯度既复杂又昂贵,但对于保持产品质量和制造标准至关重要。
微电子制造商需要对多个纯度水平进行精确监测,从给水中的低百万分率 (ppm) 浓度到最终精制前的万亿分率 (ppt) 浓度。在分析用于回收和废水应用的复杂样品基质时,可能会出现额外的复杂性。
作为世界上最复杂、最精密的工艺之一,半导体制造需要严格控制高纯水。即使是微量污染物也会导致严重缺陷并降低产品产量,因此总有机碳 (TOC) 监测对于污染控制至关重要。
But not all analytical tools are made equal. Instrumentation used for monitoring microelectronics applications must provide stable low-level performance, instrument-to-instrument matching, and excellent limit of detection. With Sievers Instruments, you will be confident you have the right technology for low-level detection of all organics, combined with minimal maintenance, ease of use, and reduced downtime
TOC监测在微电子中的应用 | 技术 |
---|---|
超纯水对于半导体器件制造至关重要。虽然达到这种纯度既复杂又昂贵,但对于保持产品质量和制造标准至关重要。
微电子制造商需要对多个纯度水平进行精确监测,从给水中的低百万分率 (ppm) 浓度到最终精制前的万亿分率 (ppt) 浓度。在分析用于回收和废水应用的复杂样品基质时,可能会出现额外的复杂性。
作为世界上最复杂、最精密的工艺之一,半导体制造需要严格控制高纯水。即使是微量污染物也会导致严重缺陷并降低产品产量,因此总有机碳 (TOC) 监测对于污染控制至关重要。
But not all analytical tools are made equal. Instrumentation used for monitoring microelectronics applications must provide stable low-level performance, instrument-to-instrument matching, and excellent limit of detection. With Sievers Instruments, you will be confident you have the right technology for low-level detection of all organics, combined with minimal maintenance, ease of use, and reduced downtime
TOC监测在微电子中的应用 | 技术 |
---|---|