| Title |
Numerical Study on the Link Range of the IM/DD Wireless Optical Communication at 830[nm] Optical Wavelength using Galilean Optics |
| Authors |
Kwon-Eui Hong ; Sung-Won Ko ; Jeong-Hwan Cho |
| DOI |
http://dx.doi.org/10.5207/JIEIE.2011.25.11.123 |
| Keywords |
Galilean Optics ; Laser Diode ; Pin Photodiode ; Antenna Gain ; Link Range ; Signal To Noise Ratio ; Bit Error Rate |
| Abstract |
In terrestrial wireless optical communication links, atmospheric effects including turbulence, absorption and scattering have significant impact on the system performance. Based on the analysis of transmission in atmospheric channel concerning 830[nm] wavelength diode laser beam, performance of free space optical (FSO) link utilizing Galilean optics as a laser beam transmitting and receving optics, PIN photodiode as a detecting device. In this paper we designed optical link equation for received optical power and we analyze the atmospheric effects on the signal to noise ratio (SNR) and bit error rate (BER) of an terrestrial FSO system. We show that the possible communication distance for BER=10-9 in proposed adverse atmospheric conditions. |