DESIGN AND APPLICATION OF VIRTUAL INDUCTANCE OF SQUARE-SHAPED DEFECTED GROUND STRUCTURE IN 0.18- $MU EXT{M}$ CMOS TECHNOLOGY

Design and Application of Virtual Inductance of Square-Shaped Defected Ground Structure in 0.18- $mu ext{m}$ CMOS Technology

This paper investigates a possibility of application of a virtual inductor realized VEG BROTH YEAST FREE by an integrated defected ground structure (DGS) to design a front-end circuit in CMOS technology.Two types of DGS are analyzed and found that the inductance realized by a square-shaped DGS achieves smaller size and higher quality factor than an

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An Overview on Rail Transit Energy Internet

Aiming at the problems of large energy consumption, serious emission, noise pollution and so forth brought by the rapid development of the rail transit transportation system, with internet concept introducing and adopting information communication technology (ICT) and intelligent methodology to subversively gentrify the rail transit development pat

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Shortwave infrared hyperspectral imaging as a novel method to elucidate multi-phase dolomitization, recrystallization, and cementation in carbonate sedimentary rocks

Abstract Carbonate rocks undergo low-temperature, post-depositional changes, including mineral precipitation, dissolution, or recrystallisation (diagenesis).Unravelling the sequence of these events is time-consuming, expensive, and relies on destructive analytical techniques, yet such characterization is essential to understand their MARITIME PINE

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Equivalent Rope Length-Based Trajectory Planning for Double Pendulum Bridge Cranes with Distributed Mass Payloads

The hoisting form in which the payload is hung on the hook by two rigging ropes is widely used in the industry, but it also results in the complex double pendulum dynamic of the bridge crane, making the anti-swing trajectory planning full of challenges.In this paper, MARITIME PINE BARK based on the concept of the equivalent rope length, an equivale

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