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Advances_in_Solid_State.part1.rar
(15 MB, 下载次数: 381 )
Advances_in_Solid_State.part2.rar
(14.9 MB, 下载次数: 378 )
Edited by
Paul K. Chu
Preface V
1. CMOS Nonlinear Signal Processing Circuits 001
Hung, Yu-Cherng
2. Transconductor 025
Ko-Chi Kuo
3. A Dynamically Reconfigurable Device 045
Minoru Watanabe
4. Evolutionary Memory: Unified Random Access Memory (URAM) 055
Yang-Kyu Choi and Jin-Woo Han
5. Low-Voltage Fully Differential CMOS Switched-Capacitor Amplifiers 081
Tsung-Sum Lee
6. Multi-Mode, Multi-Band Active-RC Filter
and Tuning Circuits for SDR Applications
095
Kang-Yoon Lee
7. A Novel Multiclad Single Mode Optical Fibers
for Broadband Optical Networks
107
Rostami and S. Makouei
8. Continuous-Time Analog Filtering: Design Strategies and
Programmability in CMOS Technologies for VHF Applications
141
Aránzazu Otín, Santiago Celma and Concepción Aldea
9. Impact of Technology Scaling on Phase-Change Memory Performance 179
Stefania Braga, Alessandro Cabrini and Guido Torelli
10. Advanced Simulation for ESD Protection Elements 193
Yan Han and Koubao Ding
11. Directional Tuning Control of Wireless/Contactless Power Pickup
for Inductive Power Transfer (IPT) System
221
Jr-Uei William Hsu, Aiguo Patrick Hu and Akshya Swain
12. A 7V-to-30V-Supply 190A/μs Regulated Gate Driver
in a 5V CMOS-Compatible Process
239
David C. W. Ng, Victor So, H. K. Kwan, David Kwong and N. Wong
13. Millimeter-Wave CMOS Impulse Radio 255
Ahmet Oncu and Minoru Fujishima
14. CMOS Integrated Switched-Mode Transmitters
for Wireless Communication
289
Ellie Cijvat
15. Dimension Increase in Metal-Oxide-Semiconductor
Memories and Transistors
307
Hideo Sunami
16. Hafnium-based High-k Gate Dielectrics 333
A. P. Huang, Z. C. Yang and Paul K. Chu
17. Liquid Phase Oxidation on InGaP and Its Applications 351
Yeong-Her Wang and Kuan-Wei Lee
18. Germanium Doped Czochralski Silicon 367
Jiahe Chen and Deren Yang
19. Miniature Dual Axes Confocal Microscope for Real Time In Vivo Imaging 393
Wibool Piyawattanametha and Thomas D. Wang
20. Scanning Near-field Raman Spectroscopic Microscope 431
Sumio Hosaka
Preface
Invention of solid-state transistors and integrated circuits has spawned the information
age and the growth in the past 50 years has been phenomenal and unrivaled. Nowadays,
information is at people’s fingertips and communications take seconds rather than days like
20 years ago. Such rapid development stems from tremendous developments in both
hardware and software such as solid-state circuits. The field of integrated circuits has
obeyed Moore’s Law for 40 years but as materials are being pushed to the limit, scientists
and engineers are finding it harder to continue on the trend predicted by Gordon Moore.
Approaches such as parallel processing, new circuit design, and particularly novel materials
are necessary. This book brings together contributions from experts in the fields to describe
the current status of important topics in solid-state circuit technologies. It consists of 20
chapters which are grouped under the following categories: general information, circuits
and devices, materials, and characterization techniques.
The first two categories consist of chapters about CMOS nonlinear signal processing
circuits, transconductors, dynamically reconfigurable devices, new unified random access
memory devices, low-voltage fully differential CMOS switched-capacitor amplifiers, lowvoltage,
high linear, tunable, and multi-band active RC filters, multi-clad single mode
optical fibers for broadband optical networks, continuous-time analog filters for CMOS and
VHF applications, CMOS low noise amplifiers, PCM performance, ESD protection elements,
directional tuning control of wireless / contactless power pickup for inductive power
transfer systems, regulated gate drivers in CMOS, millimeter-wave CMOS, CMOS
integrated switched-mode transmitters, and metal-oxide-semiconductor memories and
transistors. The chapters covering materials science and engineering include hafnium-based
high-k gate dielectrics, liquid phase oxidation on InGaP and applications, as well as
germanium-doped Czochralski silicon. The final two chapters pertain to miniature dualaxes
confocal miscroscopy for real time in vivo imaging and scanning near-field Raman
spectroscopic microscope.
These chapters have been written by renowned experts in the respective fields making
this book valuable to the integrated circuits and materials science communities. It is
intended for a diverse readership including electrical engineers and material scientists in the
industry and academic institutions. Readers will be able to familiarize themselves with the
latest technologies in the various fields. In addition, each chapter is accompanied by an
extensive list of references for those who want to obtain more detailed information and
perform more in-depth research.
The tremendous cooperation from contributing authors who devoted their valuable
time to write these excellent chapters and meticulous assistance provided by the editorial
staff to make this book a reality are highly appreciated.
Editor
Paul K. Chu
City University of Hong Kong |
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发表于 2015-3-28 19:06:34
发表于 2015-3-28 19:20:11
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牛X啊 。