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Automating the Diagnosis of Analogue Circuits — A Tutorial [PDF]
International Journal of Electrical Engineering & Education, 1996 Automating the diagnosis of analogue circuits–a tutorial A tutorial study of automatic analogue fault diagnosis is presented. Major issues, namely observability, controllability and deduction are explained but then issues of tolerance and fault models peculiar to diagnosis of faults in analogue systems are discussed.
L. Maikowski, C. Garrett, Ray Thomas
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A method for fast simulation of multiple catastrophic faults in analogue circuits
International journal of circuit theory and applications, 2010The paper offers an efficient method for simulation of multiple catastrophic faults in linear AC circuits. The faulty elements are either open circuits or short circuits. The method exploits the well-known Householder formula in matrix theory to find the
M. Tadeusiewicz, S. Hałgas
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Swarm intelligence: making differences in analogue circuits structure for fault-tolerance
International journal of computer application and technology, 2013Although digital technology has formed the mainstream instead of analogue, analogue circuits are still vital parts in modern electronic systems. Fault-tolerance performance is an essential factor of analogue circuit design.
Huan Chang, Jingsong He
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2003
This chapter on analogue circuit design describes electric circuits that are used for the processing of analogue signals. Analogue signals have a continuous progression and can have any arbitrary value within certain limits.
Heinz Schmidt-Walter, Ralf Kories
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This chapter on analogue circuit design describes electric circuits that are used for the processing of analogue signals. Analogue signals have a continuous progression and can have any arbitrary value within certain limits.
Heinz Schmidt-Walter, Ralf Kories
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International journal of computer application and technology, 2013
Analogue circuits play an important part in modern electronic systems. Existing works on evolutionary fault-tolerant design of analogue circuits are mainly based on the idea of introducing certain faults into the design process of analogue circuits.
Mingguo Liu, Jingsong He
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Analogue circuits play an important part in modern electronic systems. Existing works on evolutionary fault-tolerant design of analogue circuits are mainly based on the idea of introducing certain faults into the design process of analogue circuits.
Mingguo Liu, Jingsong He
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Formal verification of bond graph modelled analogue circuits
IET Circuits Devices Syst., 2011Analogue circuits are an increasingly critical component in embedded system designs. Traditionally, simulation is used for verification, but owing to the infinite state space of analogue components, the 100% correctness of a design cannot be guaranteed ...
William Denman, M. Zaki, S. Tahar
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ESD for Analogue Circuit Design
2003Designing for Electrostatic Discharge (ESD) robustness is a critical requirement for Integrated Circuits (ICs) since ESD voltages as low as the Gate Oxide breakdown can damage an IC. This is especially true for the newer lower Geometry Processes where the Gate Oxide breakdowns are reducing all the time. ESD Protection for Analogue or mixed signal parts
Alan Righter, Dave Clarke
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Analogue Current Mode Circuits
International Journal of Electrical Engineering & Education, 1989Circuits designed to use current as the active parameter can often outperform by a significant margin the more traditional voltage mode formulations. Many wideband circuit functions and new design opportunities are available by using current mirrors and current conveyors as basic building blocks.
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1994
INTEGRATED CIRCUITS (ICs) are simply circuits whose components are formed simultaneously on a single piece of semiconducting material. Instead of wiring together the discrete components of a circuit — such as resistors, capacitors, inductors, diodes and transistors — the IC designer arranges for them to be produced and electrically interconnected as a ...
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INTEGRATED CIRCUITS (ICs) are simply circuits whose components are formed simultaneously on a single piece of semiconducting material. Instead of wiring together the discrete components of a circuit — such as resistors, capacitors, inductors, diodes and transistors — the IC designer arranges for them to be produced and electrically interconnected as a ...
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Circuits for quaternary-to-analogue conversion†
International Journal of Electronics, 1982Digital-to-analogue (D/A) and analogue-to-digital (A/D) converters play incresingly important rules in modern signal processing due to increasingly affordable ami available (binary) digital integrnted circuits. Research into multiple-valued logic (MVL) indicates that in many situations MVL can be more efficient and effective than binary logic.
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