PERBAIKAN INTERFERENSI GELOMBANG RF ANTARA VHF APP DAN VHF ER MENGGUNAKAN CAVITY FILTER (STUDI KASUS BANDARA SULTAN SYARIF KASIM II PEKAN BARU)

M. Sitopu, Catra Indra Cahyadi
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引用次数: 0

Abstract

This study describes the improvement of radio frequency VHF APP and VHF ER  caused by bandwidth widening.  VHF is the frequency used to transmit data that is transmitted in all directions. VHF A/G is an equipment used for communication between air traffic control (ATC) and pilot with a frequrncy range of 117.9 MHz – 137 MHz. To overcome the widening of the bandwidth, re-setting is done by using a cavity filter with a resonant frequency of 132.3 MHz and passing frequencies above the cut-off frequency. With the re –setting using a cavity filter, the bandwidth can be narrowed again so as to eliminate interference between VHF APP radios and VHF ER, but as a result the transmit power distance on VHF is reduced but does not reduce the performance of the radio.   Keywords: interference; cavity filter
本研究描述了宽带加宽对射频VHF APP和VHF ER的改善。甚高频是用于向各个方向传输数据的频率。VHF A/G是一种用于空中交通管制(ATC)和飞行员之间通信的设备,频率范围为117.9 MHz - 137 MHz。为了克服带宽的加宽,使用谐振频率为132.3 MHz且通过频率高于截止频率的空腔滤波器进行重新设置。通过使用空腔滤波器重新设置,可以再次收窄带宽,从而消除VHF APP无线电与VHF ER之间的干扰,但这样会减少VHF上的发射功率距离,但不会降低无线电的性能。关键词:干涉;空腔滤波器
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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24 weeks
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