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C-Band VSAT Data Communication System and RF Impairments

机译:C波段VSAT数据通信系统和RF损伤

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This paper is concerned with modelling and simulation of VSAT (very small aperture terminal) data messaging network operating in India at Karnataka with extended C-band. VSATs in Karnataka of KPTCL use VSATS 6.875-6.9465G Hz uplinks and 4.650- 4.7215 GHz downlinks. These frequencies are dedicated to fix services. The Satellite is Intelsat -3A, the hub has a 7.2 m diameter antenna and uses 350W or 600W TWTA (Travelling wave Tube Amplifier). The VSAT’s are 1.2 m with RF power of 1W or 2W depending on their position in the uplink beam with data rate of 64 or 128 K bit/s. The performance of the system is analysed by the error probability called BER (Bit Error Rate) and results are derived from Earth station to hub and hub to Earth station using satellite Transponder as the media of communication channel. The Link budgets are developed for a single one-way satellite link.
机译:本文涉及在印度卡纳塔克邦使用扩展C波段运行的VSAT(甚小孔径终端)数据消息网络的建模和仿真。 KPTCL的卡纳塔克邦的VSAT使用VSATS 6.875-6.9465G Hz上行链路和4.650-4.7215 GHz下行链路。这些频率专用于修复服务。卫星为Intelsat -3A,集线器具有直径7.2 m的天线,并使用350W或600W TWTA(行波管放大器)。 VSAT的长度为1.2 m,RF功率为1W或2W,具体取决于它们在上行链路波束中的位置,数据速率为64或128 K bit / s。系统的性能通过称为BER(误码率)的错误概率进行分析,并使用卫星转发器作为通信信道,从地球站到集线器以及集线器到地球站得出结果。链路预算是针对单个单向卫星链路制定的。

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