首页> 外文期刊>Nuclear Instruments & Methods in Physics Research. Section A, Accelerators, Spectrometers, Detectors and Associated Equipment >Evaluation of mixed-signal noise effects in photon-counting X-ray image sensor readout circuits
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Evaluation of mixed-signal noise effects in photon-counting X-ray image sensor readout circuits

机译:光子计数X射线图像传感器读出电路中混合信号噪声效应的评估

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In readout electronics for photon-counting pixel detectors, the tight integration between analog and digital blocks causes the readout electronics to be sensitive to on-chip noise coupling. This noise coupling can result in faulty luminance values in grayscale X-ray images, or as color distortions in a color X-ray imaging system. An exploration of simulating noise coupling in readout circuits is presented which enables the discovery of sensitive blocks at as early a stage as possible, in order to avoid costly design iterations. The photon-counting readout system has been simulated for noise coupling in order to highlight the existing problems of noise coupling in X-ray imaging systems. The simulation results suggest that on-chip noise coupling should be considered and simulated in future readout electronics systems for X-ray detectors. (c) 2006 Elsevier B.V. All rights reserved.
机译:在用于光子计数像素检测器的读出电子设备中,模拟块和数字块之间的紧密集成使读出电子设备对片上噪声耦合敏感。这种噪声耦合会导致灰度X射线图像中的亮度值出现错误,或者导致彩色X射线成像系统中的颜色失真。提出了一种对读出电路中的噪声耦合进行仿真的探索,该探索使得能够尽早发现敏感块,从而避免了昂贵的设计迭代。为了突出X射线成像系统中存在的噪声耦合问题,已经对光子计数读出系统进行了噪声耦合仿真。仿真结果表明,在未来的X射线探测器电子系统中,应考虑并模拟片上噪声耦合。 (c)2006 Elsevier B.V.保留所有权利。

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