Dithered Binary Oversampling Analog to Digital Converter - Helou, Jirar
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Two generations of the BDO converter were implemented using 0.5 µm-CMOS technology to demonstrate their functionality. We also implemented a first order continuous time sigma delta modulator on the same integrated chip to compare both architectures. We compared both converters in terms of size, power, resolution and robustness. The proposed binary dithered oversampled converter was significantly smaller in size, consumed less power and achieved comparable resolution to that of the first order sigma delta modulator. In terms of robustness, sigma delta modulator can achieve higher resolution if…mehr

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Produktbeschreibung
Two generations of the BDO converter were implemented using 0.5 µm-CMOS technology to demonstrate their functionality. We also implemented a first order continuous time sigma delta modulator on the same integrated chip to compare both architectures. We compared both converters in terms of size, power, resolution and robustness. The proposed binary dithered oversampled converter was significantly smaller in size, consumed less power and achieved comparable resolution to that of the first order sigma delta modulator. In terms of robustness, sigma delta modulator can achieve higher resolution if we increase the oversampling ratio and use higher order integrators. The tradeoff here is an increase in size and power consumption in addition to facing some stability issues due to the high order integrators. On the other hand, the BDO converter can increase its resolution by optimizing some of its components, such as enhancing the high-pass filter responsible for the blue noise shaping, without radically increasing its size or power consumption.
Autorenporträt
In 2001, Jirar moved to the US and was accepted in the electrical and computer engineering program at the University of Delaware. In 2005, he graduated with a bachelor in electrical engineering. In 2007, he finished a Masters of Science in Engineering followed by PhD in 2011 with concentration in circuit design for audio applications.