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无线传声系统在应用中最重要的是如何保证系统的稳定和如何获得优异的声音质量。随着经济和社会的飞速发展,文化娱乐市场日趋繁荣活跃,各类大型演出工程对无线传声系统的要求越来越高,对无线传声系统多频点多传声器同时使用时接收距离的远近及稳定性的要求也越来越严格。因此,传统的调频无线传声器已经不能适应和满足这样的功能和技术需求。当一个大型演出工程需要同时使用十几套甚至几十套以上的无线传声器时,工程人员需要逐一调频调试,工作量繁重,不但容易出错,而且并不能确保无线传声器频率不受外界杂波的干扰,严重影响演出工程的质量和效果。
Wireless transmission system in the application of the most important is how to ensure the stability of the system and how to obtain excellent sound quality. With the rapid economic and social development, culture and entertainment market is booming and thriving day by day. Various types of large-scale performance projects are demanding higher and higher requirements for wireless sound transmission systems. The range of receiving distances for simultaneous use of multi-frequency and multi- And the stability of the requirements are also more stringent. Therefore, the traditional FM radio microphone has been unable to meet and meet such functional and technical needs. When a large-scale performance project needs to use more than a dozen sets or even tens of wireless microphones at the same time, engineers need to debug one by one and the workload is heavy, which is not only easy to make mistakes, but also does not ensure that the wireless microphone frequency is not interfered by outside clutter , Seriously affecting the quality and effect of the performance project.