论文部分内容阅读
WCDMA自从诞生的那一天开始就以低辐射、对人体基本没有辐射伤害而备受人们推崇,但它毕竟属于无线通信技术,运用的是电磁信号传输数据,所以必须让人们对WCDMA基站工作时的电磁辐射对环境的影响得到准确的认识。本文对WCDMA基站在正常工作状态和最大发射功率状态下天线轴向不同距离上的功率密度进行监测,并通过理论计算进行验证,分析WCDMA基站对周围环境的电磁辐射影响。
Since its birth, WCDMA has been widely praised by people for its low radiation and little radiation damage to the human body. However, it belongs to wireless communication technology and uses electromagnetic signals to transmit data. Therefore, it is necessary to let people work on WCDMA base stations The impact of electromagnetic radiation on the environment has been accurately recognized. In this paper, the power density of WCDMA base stations at different antenna axial distances under normal operating conditions and maximum transmitting power is monitored and verified by theoretical calculations. The influence of WCDMA base stations on the electromagnetic radiation of the surrounding environment is analyzed.