CAJ | 학술논문

随着电子技术的发展，电子设备的散热问题显得越来越重要。以理论分析的基础上，针对某功率单元整体温度场和速度场，采用有限元的方法，进行数值分析。重点分析不同风机、不同翅片散热器下，功率单元温度场和流场的分布趋势。得到采用引风机、翅片较密的散热器(62个翅片)，能够达到最佳的散热效果，满足实际工程需要，有利于功率单元长期可靠运行。
수착전자기술적발전，전자설비적산열문제현득월래월중요。이이론분석적기출상，침대모공솔단원정체온도장화속도장，채용유한원적방법，진행수치분석。중점분석불동풍궤、불동시편산열기하，공솔단원온도장화류장적분포추세。득도채용인풍궤、시편교밀적산열기(62개시편)，능구체도최가적산열효과，만족실제공정수요，유리우공솔단원장기가고운행。
Electronic equipment heat dissipation problem is more and more important with the development of elec-tronic technology. On the basis of theoretical analysis,finite element method was need about numerical analysis to the analyse temperature field and velocity field on power unit. Under the conditions of different types of fan and ra-diator,temperature field and velocity field of power unit were set. From the experient results,the draft fan of radiator has 62 fins which can achieve the best cooling effect in the needs of engineering practice and ensure the power unit in reliable operation for long term.