Multiresonator based system for performance evaluation utilizing high gain and reducing error

In this paper we have present and discussed the the Resonant Frequency (RF) and L-band systems providing a low insertion loss within the pass band and a large attenuation in the stop band. It uses the RFID tags backscatter responses. By interrogating different tag with a multi frequency signals it is possible to detect the variations in the magnitude and phase of the backscattered tag signal and decode it. The frequency signature based system is the first of its kind to use both amplitude and phase spectral signature backscatter to represent data. The above synthesize reduce the redundancy because the tags are connected with their own memory not with the copied magnitude and shared the existence which reduces the cost. This method provides us that parameter which shows the accurate attenuation parameter otherwise we fill with different parameter which is non-redundant based on different. As of late band pass channels have drawn a considerable measure of consideration. The outline of broadband microwave channel comprising of parallel-coupled lines as a rule has the acknowledgment issue of extremely slender coupled-line holes. So we have proposed a Multiresonators mechanism so that the conductive material is filled with predefined dimensions and then non redundant design procedure on that system is applied for achieving higher gain and lower error rates.