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One of the major mechanisms followed by the therapeutic agents to target the causative organism of TB, mycobacterium tuberculosis (Mtb), involves disruption of the replication cycle of the pathogen DNA. The process involves two steps that occur simultaneously, ie, breakage and reunion of DNA at gyrase A (GyrA) domain and ATP hydrolysis at gyrase B (GyrB) domain. Current therapy for multi‐drug resistant...
In this paper, a novel device structure Gate-Inside Organic Field Effect Transistors (GI-OFET) for Organic Field Effect Transistor (OFET) has been proposed. An analytical model for the proposed OFET structure has been developed. This analytical modeling is based on the device physics and contact resistance of the proposed device. This innovative structure shows significant performance enhancement...
In this paper an enhanced fully differential recycling folded cascode operational trans conductance amplifier that achieves higher DC gain with same power and area as that of recycling folded cascode OTA is discussed. Generally, the output impedance of the cascode amplifier depends on the current flowing into the cascode node. Hence, in order to increase the DC gain of the conventional Recycling Folded...
This research paper observes dynamic crosstalk delay for different single and bundled carbon nanotube (CNT) structures. These CNT structures are implemented by using three coupled line bus architecture. HSPICE simulations are performed for different single and bundled single-walled and double-walled CNT (SWCNT and DWCNT) structures. A bundled DWCNT shows approximately 90.8% and 60.4% improvement in...
This paper proposes an overall improvement in performance of Gate-Source/Drain underlap FinFET structure by introducing the concept of dual-k spacer between gate and source. By optimizing the underlap length, we demonstrate the sensitivity of dual-k spacer width. We analyze that the variation in width of high-k presents a noticeable improvements in On-Off current ratio (Ion/Ioff). The proposed structure...
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