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DC25_SLIDES_Track4_UseOfThinFilmResistorsIn_Andresakis_V2.pdf

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1、Information Classification:GeneralWelcome to ConferenceJanuary 2830,2025Santa Clara Convention Center1ExpoJanuary 2930,2025 Information Classification:GeneralLightning TalksAdvances in Materials&Processing for PCBs,Modules&Packages“Use of Thin Film Resistors in Organic Substrates for Modules&Chip Pa

2、ckaging”John Andresakis,Quantic Ohmega TicerAndreas Schilloff(Greensource Fabrication),John Andresakis(Quantic Ohmega Ticer),Mark Chasse(Greensource Fabrication)2Information Classification:GeneralImageSPEAKERSJohn AndresakisDirector of Business Development,Quantic Ohmega TicerJohn.A| John Andresakis

3、 has over 40 years of experience manufacturing printed circuit boards and related products.He joined Quantic Ohmega-Ticer in January 2023 and is now the Director of Business Development.He is working on expanding the market for the companys novel thin film resistor technology.3Information Classifica

4、tion:General Introductions and Benefits Manufacturing Process-mSAP Overview Resistor/Conductor Foil Formation Test Vehicle Design Experimental Results Optimization Strategies Future Directions and Opportunities ConclusionAgenda4Information Classification:General Integration of thin film resistors in

5、to organic substrates Key Benefits:o Significant miniaturizationo Reduced need for discrete resistorso Space conservation on substrate surfaceo Compatible with existing production methodso Improved signal integrityIntroduction&Benefits5Information Classification:General Seed Layer Preparation Method

6、s:o Direct Metallizationo Etching Down of 9-18 micron Foilo Sacrificial Carrier Foil Method(preferred)Process Steps:o Seed layer creationo Photoresist application and patterningo Trace plating(12-15 microns)o Photoresist strippingo Quick etch for seed layer and resistor material removal.o 2nd Imagin

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1. **会议与主题**:2025年1月28-30日圣克拉拉会议中心,聚焦PCB、模块及封装的薄膜电阻技术。 2. **核心成果**:通过mSAP工艺成功将薄膜电阻(NiCr材料)嵌入有机基板,实现100欧姆电阻(目标容差±15%,实际±20-25%)。 3. **关键优势**:显著小型化、减少分立电阻、节省空间、兼容现有工艺、提升信号完整性。 4. **优化方向**:电阻垂直于蚀刻方向、改进镀铜工艺、优化材料均匀性,未来将提升容差及高频测试(40+GHz)。 5. **合作需求**:寻求产业伙伴,推动嵌入式电阻在模块/IC封装中的规模化应用。
**薄膜电阻优势?** **如何提升精度?** **合作机会有哪些?**
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