Power DesignSpecification
Thermal ResistanceModel
Power Thermal Resistance , Thermal ResistanceRth(j-c), Thermal ResistanceRth(c-s) EnvironmentThermal ResistanceRth(s-a). Power Thermal Resistance.
界面材料选择
, , Yes . , , Stability, .
Design
Design Efficiency, VolumeWeight, . , , Power .
💡 FAE Insights
📋 Customer Cases
Industry
Solution
Applied solution
Results
Successful outcome
Frequently Asked Questions
1. Power Junction Temperature?
Junction TemperatureTj = Ta + P (Rth(j-c) + Rth(c-s) + Rth(s-a)), Ta EnvironmentTemperature, P Power . Transient , Transient ImpedanceZth . Design Junction Temperature 80-85%.
2. 导热硅脂和相变材料如何选择?
(3-8W/mK), High PerformanceApplication, . Temperature , Stability , Maintenance . Thermal Resistance .
3. Yes Requirement?
Ra 3.2 m, 50 m/100mm. . , Efficiency 30%.
4. 风冷散热器的风速如何选择?
. Recommended2-5m/s, Power Recommended3-8m/s. 10m/s Efficiency Yes . Optimize Height.
5. Yes Advantage?
Yes 10-100 , Implementation Power . Temperature , Power Temperature Application. Yes .
6. DesignVerification?
Verification , Test Reliability . Temperature , . Temperature TestVerification Design Stability.