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Improvement of signal to noise ratio in electro optical probing technique by wavelets filtering

机译:小波滤波提高电光探测技术的信噪比

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Electro Optical Probing (EOP) technique is an efficient backside contactless technique to measure waveforms in modern VLSI circuits. The signal related intensity variation of the reflected beam is very weak therefore, to acquire a signal with enough Signal to Noise Ratio, averaging techniques are usually performed. Resulting acquisition time for one waveform is too long to implement point to point probing to image mode. To overcome this limitation, we have developed a new filtering by wavelets approach to keep a good SNR while significantly reducing this acquisition time. It opens the doors to new multipoint probing applications. In this paper, we describe the technique, its efficiency in terms of SNR, execution time and limits. (C) 2015 Published by Elsevier Ltd.
机译:电光学探测(EOP)技术是一种有效的背面非接触技术,用于测量现代VLSI电路中的波形。因此,反射光束的信号相关强度变化非常微弱,为了获得具有足够信噪比的信号,通常会执行平均技术。一个波形的最终采集时间太长,无法实现对图像模式的点对点探测。为克服此限制,我们开发了一种新的小波滤波方法,以保持良好的SNR,同时显着减少采集时间。它为新的多点探测应用打开了大门。在本文中,我们从SNR,执行时间和限制方面描述了该技术及其效率。 (C)2015年由Elsevier Ltd.出版

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