使用軟體 : Simcenter Flotherm XT
前言
對於散熱設計及天線設計而言,增加金屬元件是常見的手法,然而散熱設計所採用的金屬元件有可能影響天線的性能,反之,天線設計所要求的金屬元件空間也可能限制了散熱設計所需要的散熱面積。透過 CAE 模擬的手法可以找出同時滿足散熱及天線設計的需求,達到雙贏的目標。
分析條件
Study Case : Indoor WiFi Device
Solution Target 1 :
Control the PCB components within the Tc spec .
1.Ambient air temperature = 40°C
2.Total device power consumption = 32 watts
3.Fluid = Natural Air
4.Flow Field = No external flow
Solution Target 2 :
Adding the thermal dispatch material without impact the antenna performance
Design Environment :
Siemens Simcenter Flotherm XT
Simulia CST Studio Suite
Solution Target 1 :
Control the PCB components within the Tc spec .
1.Ambient air temperature = 40°C
2.Total device power consumption = 32 watts
3.Fluid = Natural Air
4.Flow Field = No external flow
Solution Target 2 :
Adding the thermal dispatch material without impact the antenna performance
Design Environment :
Siemens Simcenter Flotherm XT
Simulia CST Studio Suite
分析結果
其他應用