Solar panel receiver system implementation for visible light communication B. Malik, X. Zhang December 2015 Cite DOI Bandwidth distance 50 cm electromagnetic wave-sensitive environment electronic component free-space optical communication frequency 50 kHz frequency response Light emitting diodes light into electronic signal conversion Lighting low power MCU optical transceivers photodetector photodetectors power consumption power consumption issues power transreceiver technology Receivers signal conditioning circuits signal conditioning unit solar cell arrays solar panel receiver system implementation Solar panels visible light communication Visible light communication VLC VLC system Wireless communication Next Solar panel receiver system implementation for visible light communication Previous A hybrid power line and visible light communication system for indoor hospital applications Related Experimental 5G New Radio integration with VLC Potentiality of a bi-directional system based on 60GHz and VLC technologies for e-health applications Software Defined Radio lighting system