首页> 外文会议>Semiconductor Thermal Measurement, Modeling and Management Symposium >Increased System Performance and Reduced Surface Touch (Skin) Temperature in Mobile Electronics Utilizing Composites of Graphite with Ultra-High Spreading Capacity and Insulation with Ultra-Low Thermal Conductivity

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Increased System Performance and Reduced Surface Touch (Skin) Temperature in Mobile Electronics Utilizing Composites of Graphite with Ultra-High Spreading Capacity and Insulation with Ultra-Low Thermal Conductivity

机译：利用具有超高扩散能力的石墨复合材料和具有超低导热性的绝缘材料，在移动电子产品中提高系统性能并降低表面触摸（皮肤）温度

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摘要

Graphite foils with ultra-high spreading capacity and insulation sheets with ultra-low thermal conductivity were combined in a thermally stressed Google Pixel 3XL to reduce steady-state surface touch (skin) temperatures

机译：将具有超高扩散能力的石墨箔和具有超低导热率的绝缘片结合在热应力过的Google Pixel 3XL中，以降低稳态表面接触（皮肤）温度

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《Semiconductor Thermal Measurement, Modeling and Management Symposium》|2020年|82-90|共9页
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Mitchell Warren; Julian Norley; John Allen; Jonathan Taylor; Lindsey Keen;
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Graphite; ultra-high spreading capacity; insulation; ultra-low thermal conductivity; composite; heat spreader; thermal conductivity; thickness; surface touch (skin) temperature; hot spot; junction temperature; ambient temperature; steady-state; Google Pixel 3XL (Pixel;

机译：石墨;超高扩散能力;绝缘;超低导热率;复合材料;散热器;导热率;厚度;表面接触（皮肤）温度;热点;结温;环境温度;稳态; Google Pixel 3XL（像素点;

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专利

1. High-performance epoxy resin/silica coated flake graphite composites for thermal conductivity and electrical insulation [J] . Wei Li, Wei Feng, Hongyun Huang Journal of materials science . 2016,第6期

机译：用于导热和电绝缘的高性能环氧树脂/二氧化硅涂层片状石墨复合材料
2. Thermal conductivity, thermal diffusivity, and volumetric heat capacity of silicone elastomer nanocomposites: Effect of temperature and MWCNT and nano-graphite loadings [J] . Sahu Govind, Gaba V. K., Panda S., High performance polymers . 2018,第3期

机译：硅氧烷弹性体纳米复合材料的热导电，热扩散性和体积热容量：温度和MWCNT和纳米石墨载荷的影响
3. A TECHNIQUE FOR LOCALLY INCREASING SURFACE HEAT SPREADING AND THROUGH-THICKNESS THERMAL CONDUCTIVITY OF GRAPHITE/EPOXY LAMINATES [J] . Roberts JC., Magee TC., Luesse MH. Journal of Composite Materials . 1996,第2期

机译：一种局部提高石墨/环氧树脂层合物表面热扩散和全厚度热导率的技术
4. Increased System Performance and Reduced Surface Touch (Skin) Temperature in Mobile Electronics Utilizing Composites of Graphite with Ultra-High Spreading Capacity and Insulation with Ultra-Low Thermal Conductivity [C] . Mitchell Warren, Julian Norley, John Allen, Semiconductor Thermal Measurement, Modeling and Management Symposium . 2021

机译：利用石墨复合材料，利用超高散布容量和具有超低导热率的绝缘，增加了系统性能和降低的表面触摸（皮肤）温度

Increased System Performance and Reduced Surface Touch (Skin) Temperature in Mobile Electronics Utilizing Composites of Graphite with Ultra-High Spreading Capacity and Insulation with Ultra-Low Thermal Conductivity

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