Abstract
With Solar Insecticidal Lamp (SIL) releasing high-voltage pulse discharge while migratory insects with phototaxis feature contact with the metal mesh, the interference from the generated strong electromagnetic pulse (EMP) to ZigBee-based device in the new agricultural Internet of Things, i.e., Solar insecticidal Lamps Internet of Things (SIL-IoTs), remains elusive. Aiming to qualitatively explore whether the interference is existing or not during the process of discharge, a discharge simulation module and a wireless communication device are designed, and the SIL is modified separately in this demo to acquire the key parameter, i.e., the number of microprocessors' Falling Edge Trigger (FET). The experiment results demonstrate that the interference exists in the form of the changing number of FET.
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