K.  Vishalatchi, N.  Suresh Kumar, 
    Serpent Novel Planar Electromegnetic Band Gap Structures of Suppression of
Switching Noise in High Speed PCB,
    Asian Journal of Information Technology,
    Volume 15,Issue 22,
    2016,
    Pages 4554-4558,
    ISSN 1682-3915,
    ajit.2016.4554.4558,
    (https://makhillpublications.co/view-article.php?doi=ajit.2016.4554.4558)
    Abstract: We proposed the novel planar miniature and wide band electromagnetic band gap structures with
meander plane for power/ground noise suppression in multilayer printed circuit boards. An ultra wide band gap
extending from 300 MHz to 10 GHz and beyond is demonstrated by both simulation and measurement and a fine
concurrence is observed. In this study a novel method of arranging number of EBG unit cells on both the
power ground planes in multi layer PCBs and package is proposed, not only as a means of sufficiently the
propagation of power noise but also as a means of minimizing the effect of EBG patterned on a high speed
signal. A novel concept of using the EBG structures the reduction of electromagnetic interference is also
introduced.
    Keywords: Electromagnetic Band Gap Structures (EBG);Simultaneous Switching Noise (SSN);Electromagnetic Interference (EMI);Meander Plane (MP);India