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分析了大功率通信电源(非标准尺寸电源)的变压器、AC/DCPFC电感、电解电容器恶劣的应用环境,并给出了相关散热设计方案,以满足大功率通信电源在高温、高压等恶劣条件下的应用要求。并对散热方案的工艺、成本、散热性能、安规等进行了详细分析和对比。
The application environment of transformer, AC / DCPFC inductor and electrolytic capacitor for high power communication power supply (non-standard size power supply) is analyzed, and the relevant cooling design is given to meet the requirements of high power communication power supply under harsh conditions such as high temperature and high voltage Application requirements. And the cooling scheme of the process, cost, thermal performance, security and other detailed analysis and comparison.