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Low Power VCO Design in CMOS
This work covers the design of CMOS fully integrated low power low phase noise voltage controlled oscillators for telecommunication or datacommuni- tion systems. The need for low power is obvious, as mobile wireless telecommunications are battery operated. As wireless telecommunication systems use oscillators in frequency synthesizers for frequency translation, the selectivity and signal to noise ratio of receivers and transmitters depend heavily on the low phase noise performance of the implemented oscillators. Datacommunication s- tems need low jitter, the time-domain equivalent of low phase noise, clocks for data detection and recovery. The power consumption is less critical. The need for multi-band and multi-mode systems pushes the high-integration of telecommunication systems. This is o?ered by sub-micron CMOS feat- ing digital ?exibility. The recent crisis in telecommunication clearly shows that mobile hand-sets became mass-market high-volume consumer products, where low-cost is of prime importance. This need for low-cost products - livens tremendously research towards CMOS alternatives for the bipolar or BiCMOS solutions in use today.
Through-Silicon Vias for 3D Integration
A comprehensive guide to TSV and other enabling technologies for 3D integration Written by an expert with more than 30 years of experience in the electronics industry, Through-Silicon Vias for 3D Integration provides cutting-edge information on TSV, wafer thinning, thin-wafer handling, microbumping and assembly, and thermal management technologies. Applications to highperformance, high-density, low-power-consumption, wide-bandwidth, and small-form-factor electronic products are discussed. This book offers a timely summary of progress in all aspects of this fascinating field for professionals active in 3D integration research and development, those who wish to master 3D integration problem-so...
Inductance Calculations
This authoritative reference enables the design of virtually every type of inductor. It features a single simple formula for each type of inductor, together with tables containing essential numerical factors. 1946 edition.
A Democratic Architecture for the Welfare State
This book addresses the need for a more democratic architecture for the European welfare state by promoting citizen participation, the third sector and co-production of welfare services.
Supporting Student and Faculty Wellbeing in Graduate Education
Supporting Student and Faculty Wellbeing in Graduate Education recognizes new pressures impacting graduate students and their supervisors, teachers, and mentors globally. The work provides a range of insights and strategies which reflect on wellbeing as an integral part of teaching, learning, policy, and student-mentor relationships. The authors offer a uniquely holistic approach to supporting the wellbeing of both students and academic staff in graduate education. The text showcases optimized approaches to self-care, self-regulation, and policy development, as well as trauma-informed, arts-based, and embodied pedagogies. Particular attention is given to the challenges faced by minority groups including Indigenous, international, refugee, and immigrant students and staff. Providing a timely analysis of the current issues surrounding student and faculty wellbeing, this volume will appeal to scholars and researchers working across the fields of higher education, sociology of education, educational psychology, and student affairs.
Electrocrystallization
“Electrocrystallization is a particular case of a first order phase transition” and “Electrocrystallization is a particular case of electrochemical kinetics” are two statements that I have heard and read many times. I do not like them for a simple reason: it is annoying to see that the subject to which you have devoted more than 30 years of your life may be considered as a “particular case”. Therefore, I decided to write this book in which Electrocrystallization is the main subject. To become competent in the field of Electrocrystallization one should possess knowledge of Electrochemistry, Nucleation and Crystal Growth, which means knowledge of Physical Chemistry, Physics and Mathematics. That is certainly difficult and in most cases those who study Electrocrystallization are either more electrochemists, or more physical chemists, or more physicists, very often depending on whom has been their teacher. Of course, there are scientists who consider themselves equally good in all those fields. Very frequently they are, unfortunately, equally bad. The difference is essential but strange enough, it is sometimes not easy to realize the truth immediately.
