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The screening effect plays an important role when CNTs are placed in clustered and also have large effects in the calculation of field enhancement factor of clustered CNTs. Isolated CNT will have a greater field enhancement factor than the field enhancement factor cluster of CNTs because of screening effect. The screening effect is a function of distance between CNTs and length of CNTs. By using the...
High-power lasers typically form a multidisciplinary technological area laced with innumerable challenges in its realization as a practical system. The prime amongst them are infrared gas laser sources, such as carbon dioxide gas dynamic laser, hydrogen fluoride, deuterium fluoride laser, and chemical oxygen iodine laser. Each of these laser systems is associated with a unique as well as complex active...
One of the most challenging topics for next - generation wireless networks is the process of discrimination among signals, since many of wireless technologies overlap each other and build a heterogeneous topology. The conventional signal's detection methods like Matched Filter detector, Energy Detector and Feature Detector cannot give us an indication about the type of signals. Also suffer from many...
This paper proposed a low power, Double-edge-triggered flip-flop design in 65nm CMOS technology. The proposed DETFF is having fewer clocked transistors than earlier conventional designs. The DETFF is simulated with different clock frequencies ranging from 400MHz to 2GHz. Simulation results show least delay, lowest power dissipation than older designs. Further, at scaled voltages the average power...
In this paper, we compared various different techniques of previously published Single Edge Triggered Flip Flops (SET FFs). Flip Flops are most essential elements in the design of sequential circuits. We did the comparison for their performance and power dissipation and have also compared the transistor count of each Flip Flop.
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