Structure proposal of the TDMG pulse generator for single band UWB systems

Being aware of growing needs for wireless communication led to the development of UWB systems, this study proposed an impulse for single band UWB systems which does not count a carrier; analyzed the characteristics and the problems of pulses suggested by the existing pulse of the UWB system; finally, proposed TDMG (time delay multiple Gaussian) pulse that generates signals of UWB without attenuation of pulse width. The hardware structure of the TDMG pulse for the single band UWB system was modeled after describing the pulse in a mathematical method in an attempt to compare with performances of the existing pulses through computer simulation. The outcome of the test unveiled the fact that each center frequency of the TDMG pulse rose approximately 1 GHz, and also each 10 dB fractional bandwidth of the TDMG pulse was widened over 1 GHz. In the case of derivative, center frequencies of the TDMG pulse rose over 1 GHz each. As a consequence, the TDMG pulse appeared to have better quality frequency, satisfying the characteristics of spectrum and the band of frequency recommended by the FCC and decreasing interference with other wireless communication systems.