Ultra High Speed LiNbO3 and Polymer Electrooptic Modulators in Lightwave Optical Access Communication Networks
In this paper, the authors have been modeled parametrically and numerically the high speed of materials based ElectroOptic (EO) modulators in advanced optical communication systems. The modulated bandwidth is deeply and parametrically studied over wide ranges of the affecting sets of parameters via specially designed software which processes the interaction of causes and effects. The design parameters of the lumped circuit have been processed over large operating requirements. Lithium niobate (LiNbO3) external modulators can also offer pure phase modulation in coherent systems and can realize various optical signal processors. As the bit rate of optical network systems becomes higher, it becomes more difficult to drive a modulator with a high voltage.