无线通信技术和标准在不断演进升级，通信标准的升级带来了信号波形的改变，进而要求信号的测试方法作出相应变化。最大等效全向辐射功率是无线设备型号核准中最为关键的测试参数，针对新一代公众无线局域网信号高带宽同时具有一定占空比的特性，着重分析了新一代公众无线局域网设备最大等效全向辐射功率测试方法，提出了时域直接测试法和频域触发法，并对两种测试方法进行了对比分析。进一步地，针对型号核准测试一致性的需求，基于实际测量，呈现了两款不同厂家主流仪表的测量结果，并对测量结果的差异进行分析。在此基础上，对新一代无线局域网设备最大等效全向辐射功率参数进行了系统测试和深入分析，这些测试和分析将为无线局域网设备测试标准的完善提供坚实的技术基础。“,”The wireless communication technology and standards are constantly evolving. Upgrading of the standards has brought changes in signal waveforms, which requires improvement in corresponding measurement methods. The maximum Equivalent Isotropic Radiated Power (EIRP) is the most important measurement parameter in type approval of radio transmission equipment. This paper focuses on the analysis of maximum EIRP measurement methods for the new generation of public Wireless Local Area Network (WLAN) equipment. The measured signals have a high bandwidth and a certain duty cycle. This paper proposes a time-domain measurement method and a frequency-domain trigger method. The two methods were compared and analyzed. To check measurement consistency, two widely used instruments from different manufacturers were measured. Systematic measurements and an in-depth analysis were conducted on the maximum EIPR of the instruments. The measurements and analysis can shed light on improvement in WLAN equipment measurement standards.