Results 271 to 280 of about 17,755 (307)
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Radiation-hardened CMOS integrated circuits
Microelectronics Journal, 1980Over the past five years, substantial effort has been directed at radiation-hardening CMOS integrated circuits using various oxide processes. While most of these integrated circuits have been successful in demonstrating megarad hardness, further investigations have shown that the ‘wet-oxide process’ is most compatible with the RCA CD4000 Series process.
A. Pikor, E.M. Reiss
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Latch-up in CMOS integrated circuits
1989This paper defines the latch-up failure mechanism in CMOS, analyzes methods and tools to detect it, including microscopy techniques capable of identify parasitic latch-up paths; test structures for the study of latch-up sensitivity and methods to prevent latch-up are also described.
FANTINI, Fausto +2 more
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Integrated Circuits Beyond CMOS
2008Semiconductor microelectronics, based on silicon CMOS circuits, is arguably the most successful technology ever developed by mankind because it sustained its fast, exponential (Moore’s Law) progress for several decades. As a result, this technology has become the basis of all current information technology revolution.
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Silicon gate CMOS integrated circuits
1970 International Electron Devices Meeting, 1970The major advantages offered by silicon-gate CMOS technology have been applied to the fabrication of monolithic integrated circuits for micropower applications. Complementary n- and p-channel enhancement-mode devices fabricated with silicon gate in conjunction with a unique substrate preparation tech, nique have exhibited threshold voltages of 0.5 ± 0 ...
R.R. Burgess, R.G. Daniels
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Design of RF-CMOS Integrated Circuits for Wireless Communications
2007 IEEE International Workshop on Radio-Frequency Integration Technology, 2007The emergence of digital mobile broadband communication systems for voice, data, multimedia and positioning is coupled to the continuous progress of silicon CMOS-technology. Single chip integration with digital part, high integration density, low power consumption, low cost under mass production aspects and excellent RF performance are the current ...
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Crosstalk analysis in CMOS integrated circuits
The Fourth International Conference on Advanced Semiconductor Devices and Microsystem, 2003The ICs in LSI technology require multilayer connecting-lead systems employing large leads density, diminishing the physical distance between individual leads. The small lead-to-lead separation results increased crosstalk effects inside the integrated circuits.
J. Novak, J. Foit
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On-chip sampling in CMOS integrated circuits
IEEE Transactions on Electromagnetic Compatibility, 1999This paper presents a technique for precise crosstalk delay measurement based on on-chip sampling. Results obtained on a test chip fabricated in 0.7-/spl mu/m CMOS technology exhibit a 100% delay increase in a long coupled line configuration.
Ben Dhia, Sonia +4 more
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CMOS integrated circuits for multivalued logic
International Journal of Electronics, 1985ABSTRACT The use of CMOS integrated circuits in the design of multivalued logic systems is extended. Circuit design of basic quaternary operators (inverters, NAND, NOR, cycling and inverse cycling gates) is presented. These basic quaternary operators can be used as building blocks in four-valued digital systems.
H. T. MOUFTAH, K. C. SMITH
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Novel integrated CMOS sensor circuits
IEEE Transactions on Nuclear Science, 2004Three novel integrated CMOS active pixel sensor circuits for vertex detector applications have been designed with the goal of increased signal-to-noise ratio and speed. First, a large-area native epitaxial silicon photogate sensor was designed to increase the charge collected per hit pixel and to reduce charge diffusion to neighboring pixels.
S. Kleinfelder +9 more
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CMOS Integrated Circuits for DNA Sensing
Qatar Foundation Annual Research Conference Proceedings Volume 2016 Issue 1, 2016BackgroundWith the advance of semiconductor technologies, bio-technological application-specific integrated circuits (ASICs) have become a major trend of the industry. Examples include Microelectrode measurement array systems for in-vitro and in-vivo physiological research at the cellular level [1] [2].
Amine Bermak, Saqib Mohamad
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