Design and Implementation of a Communications Circuit based on LoRa chip

J. Monzón-Monedero, V. Araña, F. Cabrera, P. Dorta
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Abstract

Forest fires are one of the main threats nowadays due to the consequences they have for the society and economy. During a wildfire, to obtain information about the status and evolution of the flames, communications systems become a key aspect in extinguishing the flames.These communications systems must provide real-time information to be useful. For getting the real-time feature, the sensors which obtain the data must be easy to deploy. This way, the sensors and the communications system will be carried by light mobile units. The communications protocols suitable for light mobile units work in high frequency bands.However, under rural environmental conditions, these bands have critical fading due to a high vegetation density and the orography. To avoid this fading, a design, and an implementation of a VHF (Very High Frequency) header for a LoRa (Long Range) chip has been presented and implemented in this paper.
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基于LoRa芯片的通信电路设计与实现
由于森林火灾对社会和经济造成的后果,它是当今的主要威胁之一。在火灾中,为了获得有关火焰状态和演变的信息,通信系统成为灭火的关键方面。这些通信系统必须提供实时信息才能发挥作用。为了获得实时特性,获取数据的传感器必须易于部署。这样,传感器和通信系统将由轻型移动设备携带。适用于轻型移动设备的通信协议工作在高频段。然而,在农村环境条件下,由于植被密度高和地形的影响,这些带具有临界衰落。为了避免这种衰落,本文提出并实现了用于LoRa (Long Range)芯片的甚高频(VHF)报头的设计和实现。
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