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Yousefzadeh, B. (author)
Temperature greatly affects the performance of integrated circuits, and so temperature sensors are often necessary to ensure reliable operation and stable performance. The goal of the work described in this thesis is to realize a temperature sensor in CMOS technology that can be produced at low cost. In the first step, a temperature sensor is...
doctoral thesis 2024
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Angevare, J. (author)
Advanced Systems-on-Chip (SoCs) exhibit significant self-heating and require thermal management to prevent overheating. Sensors for this application should be not only small so that they can be placed ubiquitously, but they should also achieve moderate accuracy and resolution within 1 ms so that the die temperature can be monitored with...
doctoral thesis 2024
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Zhang, H. (author)
This thesis describes the analysis, design, prototype implementation, and measurement results of high-performance Class-D amplifiers (CDAs) for audio applications.
doctoral thesis 2024
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Akter, S. (author)
This thesis describes the design and implementation of power-efficient discrete-time amplifiers for data converter systems.
doctoral thesis 2021
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Gonen, B. (author)
Analog-to-digital converters (ADCs) are an indispensable part of the digital age we are living in, as they form the interface between physical reality and virtual reality. Higher ADC energy efficiency is the dominant focus of ADC design research due to the high impact of ADC energy consumption to total energy consumption of the systems they are...
doctoral thesis 2021
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Sehgal, R.K. (author)
Residue amplification plays a key role in determining the energy efficiency, area and performance of high-speed pipelined ADCs. At its core, a residue amplifier simply consists of four transistors that transfer a differential input voltage to a capacitive load with the desired gain. However, in order to ensure gain accuracy over PVT, the core...
doctoral thesis 2021
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Pan, S. (author)
This thesis describes the design and implementation of integrated temperature sensors based on the temperature dependency of CMOS resistors.
doctoral thesis 2021
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Xu, L. (author)
This thesis describes the design and implementation of integrated high-side current sensors for IoT applications. As explained in chapter 1, the main challenges are the need to achieve low power, low cost and low area while maintaining a reasonably low gain error. To meet them, the focus of this thesis is on (1) the design of precision HV...
doctoral thesis 2020
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Cai, Z. (author)
This thesis describes the design and realization of CMOS-compatible CO2 sensors based on thermal conductivity (TC) measurement for indoor air-quality sensing. The goal of this work is to investigate the advantages and limitations of sensing CO2 based on TC measurement, and to exploit its potential to achieve the best possible performance in...
doctoral thesis 2020
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Sonmez, U. (author)
Today’s systems-on-chip (SOCs) and microprocessors are complex systems that require multiple temperature sensors to monitor temperature variations in multiple spots on a single silicon die. For such thermal management applications, specialized compact and fast temperature sensors are required. This is necessary because executing an intensive...
doctoral thesis 2020
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Jiang, H. (author)
This Ph.D. dissertation describes the design and realization of energy efficient readout integrated circuits (ROICs), that have an input referred noise density < 5 nV/√Hz and a linearity of < 30 ppm, as required by Wheatstone bridge sensors used in precision mechatronic systems. Novel techniques were developed, at both the system-level and...
doctoral thesis 2019
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Heidary Shalmany, S. (author)
Coulomb counting is a widely used method to estimate battery state-of-charge (SoC). It involves measuring and integrating the battery’s current to determine its net charge flow.
doctoral thesis 2019
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Jiang, J. (author)
This Ph.D. dissertation describes the theory and realization of wide-bandwidth magnetic sensors for current measurements which breach the conventional offset and noise constraints in CMOS processes. These are achieved by several circuit-level and system-level innovations, including the use of three orthogonal ripple reduction loops (RRLs) in...
doctoral thesis 2019
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Kusuda, Y. (author)
This thesis describes the theory, design, and implementation of chopper operational amplifiers (op-amps) in CMOS integrated circuits (ICs). The chopping technique periodically corrects DC errors of such op-amps, so that low 1/f noise and stable, microvolt-level offset can be achieved. However, chopping causes switching artifacts at the amplifier...
doctoral thesis 2018
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Souri, K. (author)
doctoral thesis 2016
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Xu, J. (author)
doctoral thesis 2016
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Van Vroonhoven, C.P.L. (author)
This thesis describes the theory, design and implementation of a new class of integrated temperature sensors, based on heat diffusion. In such sensors, temperature is sensed by measuring the time it takes for heat to diffuse through silicon. An on-chip thermal delay can be determined by geometry and the thermal diffusivity of silicon, and since...
doctoral thesis 2015
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Bolatkale, M. (author)
This thesis describes the theory, design and implementation of a high-speed, high-performance continuous-time delta-sigma (CT??) ADC for applications such as medical imaging, high-definition video processing, and wireline and wireless communications. In order to achieve a GHz clocking speed, this thesis investigates excess loop delay...
doctoral thesis 2013
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Rajaraman, V. (author)
doctoral thesis 2012
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Kashmiri, S.M. (author)
In recent years, a lot of research has been devoted to the realization of accurate integrated frequency references. A thermal-diffusivity-based (TD) frequency reference provides an alternative method of on-chip frequency generation in standard CMOS technology. A frequency-locked loop locks the output frequency of an oscillator to the accurate...
doctoral thesis 2012
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