Titlebook: Contemporary Trends in Semiconductor Devices; Theory, Experiment a Rupam Goswami,Rajesh Saha Book 2022 The Editor(s) (if applicable) and Th

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Energy Efficient Semi-Serial Interconnect,in research and development. The world of semiconductors has progressed immensely with the evolution of novel materials and device architectures. The International Roadmap for Devices and Systems (IRDS), formerly known as International Technology Roadmap for Semiconductors (ITRS), has been instrumen

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Roger W. Hendrix,John E. Johnsonle FinFET and VSTB FET performance are also compared in terms of their performance. The proposed doping outline 3 (DO.) decreases off-state leakage current (.) by 99.4% over DO.. The gate overlap used on source/drain of 15?nm (OL.) improves on/off current ratio (.) and subthreshold swing (SS) over .

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Zacariah L. Hildenbrand,Ricardo A. Bernalemperature. When a ferroelectric material is stacked with the gate oxide of a Tunnel FET, band-to-band tunneling mechanism of the Tunnel FET along with negative capacitance of the ferroelectric material ensure a subthreshold swing below the Boltzmann limit of 60?mV/dec. The analysis of noise is pivo

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Principles of Virus Structural Organization,hat is a prominent reason of rising greenhouse effect. Therefore, different solar cells are gaining importance among which, one specific the organic photovoltaic cells are gaining interest as they are environment friendly as well as economical for both developed and developing world. Although organi

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Petr G. Leiman,Mikhail M. Shneidergh efficiency and low-cost solar cell. Kesterite materials have attractive optical parameters, high absorption coefficients, and symmetrical structure with adjustable bandgap of 1.0–1.5?eV. In practice, any kesterite material possesses high density of different defects, traps, and interface defects

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https://doi.org/10.1007/978-1-4614-0986-1 as sensitizing materials in the devices that help absorb a broader solar spectrum region during its working. This chapter will briefly explain the evolution of single crystal solar cells evolution to nano-material-based solar cells. The general fabrication techniques and characterization parameters

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https://doi.org/10.1007/978-1-4614-1120-8s been discussed on the improvement of sensitivity of gas sensors based on both nanostructured materials and composites. This is the motivation to fabricate highly sensitive gas sensors. The discussion of this chapter is motivated toward the physical property which is depending on the crystal shape,

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