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FDTD-Based Analysis of High Speed Data Transmission Along Interconnections Terminated with Noisy MOSFET

Houda Sanhaji(1*), Nabih El Ouazzani(2)

(1) Faculty of science and techniques of Fès, Morocco
(2) Faculty of science and techniques of Fès, Morocco
(*) Corresponding author


DOI: https://doi.org/10.15866/irecap.v7i2.11681

Abstract


In this paper, we present a new comprehensive technique aimed to analyze data transmission quality along interconnections taking into account internal noise sources especially those considered within active terminations such as MOSFET transistors. The proposed analysis consists of combining a numerical method to solve the multi-conductor transmission line equations through the Finite Difference-Time Domain algorithm, with techniques of calculating BER and setting eye diagrams. As a result, the effects of several transmission parameters on signal integrity are thoroughly examined producing useful information for designers.
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Keywords


BER; Eye Diagram; FDTD; Flicker Noise; High Speed Circuits; MOSFET Noise; Transmission Lines; Signal Integrity; White Noise

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References


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