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The increasing need for telecommunications, optical telecommunications networks in developed as well developing the functionality of radio waves with light waves in a Radio over Fiber network. On the network needed an antenna to support the process of receivers pick up radio waves then modulated with light waves. Antennas on Radio over Fiber can work at a frequency of 10 GHz WPAN communications. Wireless...
Optical filter is very important components in WDM network. MRR is a basic structure to design the optical filter because of easy to design for improving its performance. This paper discusses an innovative structure of the MRR, which is Polymer Triple Coupler Ring Resonators (PTCRR) for optical filter applications. Values of width between bus and ring and values of radius of the ring in the structure...
Investigations on the electromagnetic coupling effect of rectangular split ring resonators (SRRs) coupled to coplanar waveguide (CPW) are presented. Rectangular SRRs shape alteration and its effect to transmission line performance has been studied by changing its vertical and horizontal 2-d orientation. We observe that the confined magnetic field plays an important role in determining the resonance...
In this paper, we present a metamaterial coplanar waveguide (CPW) filter with performance improvement utilizing horizontal rectangular split ring resonators (SRRs). The filter is designed for S-Band frequency operation of 2.3 GHz allowing application in many microwave communication systems. We study S-parameter results and find that improvement of insertion loss and bandwidth can be obtained by making...
Asymmetric Parallel-Cascaded Micro-ring Resonator (APCMR) and Double Ring Resonator (DDR) structures are an innovative form of Optical filter based on Micro-ring Resonator (MRR). In this paper we investigate comparison between APCMR and DRR structures . Vernier effects occur in the structure of DRR. The DRR structure has low crosstalk and large bandwidth than the APCMR structure.
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