Search results

The resulting graph has only a linear number of edges and can be constructed in O(''n'' log ''n'') using a [[divi ...cs)|physical design]] of [[electronic circuits]]. In modern high-density [[integrated circuit]]s wire [[routing (EDA)|routing]] is performed by wires which consi ...

{{Short description|Condition determining when a linear electronic circuit will oscillate}} ...terion''' is a mathematical condition to determine when a [[linear circuit|linear electronic circuit]] will [[oscillate]].<ref name="Basu">{{cite book ...

.... Shende shared in 2004 the [[IEEE Donald O. Pederson Award in Solid-State Circuits]]<ref>{{Cite web |title=IEEE Transactions on Computer-Aided Design Donald O ...its | journal = [[IEEE Transactions on Computer-Aided Design of Integrated Circuits and Systems]] | volume = 25 | issue = 6 | pages = 1000–1010 | year = 2006 | ...

...hysical concepts that describe the generation and conduction of heat in an integrated circuit, and presents numerical methods that model heat transfer from a mac ...ule Heating]] is a predominant mechanism for heat generation in integrated circuits<ref name="test">T. Bechtold, E. V. Rudnyi and J. G Korvink, "[http://modelr ...

...CTRICAL_CIRCUITS_SYMBOLIC_NETWORK_ANALYSIS presentation: Linear Electrical Circuits:Symbolic Network Analysis], 1977</ref> When analysing electric/electronic circuits, we may ask two types of questions: What is the '''value''' of certain circ ...

...channel is a gate for the other,<ref name="M">{{cite book|title=Integrated Circuits: Design Principles and Fabrication|editor1=Raymond M. Warner Jr.|editor2=Ja The field-effect tetrode can be used as a highly linear electronically [[variable resistor]] – resistance is not modulated by signa ...

...er have inferior logarithming characteristics and are avoided in precision circuits.{{sfn|Roberts|Leung|2006|p=10}} ]] ...an [[integrator]], and then compute square root of that average to produce linear, not logarithmic, output. Analog computation of squares and square roots wa ...

...ory]], but it applies to general electrical [[network analysis (electrical circuits)|network analysis]]. Antimetric is the diametrical opposite of symmetric; i ...timetric networks.<ref>Leo Maloratsky, ''Passive RF & Microwave Integrated Circuits'', pp. 86-87, Elsevier, 2003 {{ISBN|0080492053}}.</ref> ...

Alternatives to the quarter-wave impedance transformer include lumped circuits that can produce the impedance inverter function, and [[Stub (electronics)| ...is, ''[[LC circuit|LC]]'', ''[[RC circuit|RC]]'' or ''[[RL circuit|RL]]'' circuits.</ref> ''LC'' filter design such as a ladder network into a one-element-kin ...

...ort-circuits and [[capacitor]]s are replaced with lines terminated in open-circuits. Commensurate line theory is particularly useful for designing [[distribut ...cally repeat, limiting the frequency range over which they are effective. Circuits designed by the methods of Richards and Kuroda are not the most compact. R ...

...time; that is, its output [[voltage]] is proportional to the input voltage integrated over time. ...in [[analog computer]]s, [[analog-to-digital converter]]s and wave-shaping circuits. ...

..., taken from Wyatt et al.,<ref>{{Cite journal|journal=IEEE Transactions on Circuits and Systems|volume=CAS-28|issue=1|date=January 1981|pages=48&ndash;61|title ...ref> This definition is somewhat informal, as diodes can be considered non-linear resistors, and virtually all real-world devices exhibit some non-linearity. ...

...lar spectrum expansion''', expresses an outgoing [[spherical wave]] as a [[linear combination]] of [[plane wave]]s. In a [[Cartesian coordinate system]], it {{short description|Outgoing spherical wave as a linear combination of plane waves}} ...

...imits of computation]], research on algorithms for optimizing [[integrated circuits]] and on [[electronic design automation]], as well as [[artificial intellig ...ware for the [[physical design (electronics)|physical design of integrated circuits]]."<ref>{{cite web | url=https://ieee-ceda.org/awards/ieee-ceda-ernest-s-ku ...

A first linear mathematical model of second-order CP-PLL was suggested by [[Floyd M. Gardn ===Continuous time linear model of the second order CP-PLL and Gardner's conjecture=== ...

...9...46K | s2cid=4362012 }}</ref><ref name="Kok2007">{{cite journal | title=Linear optical quantum computing with photonic qubits | author=Kok, P. | journal=R ...el. Quantum computing with continuous variables is also possible under the linear optics scheme.<ref name="Lloyd2003">{{cite journal | title=Quantum computat ...

...quency response|frequency response function]] (FRF) of any [[Linear system|linear dynamic system]] composed of many coupled components will in general displa ...j.ymssp.2007.06.003 |bibcode=2008MSSP...22...15S}}</ref> and the design of integrated [[quantum circuit]]s.<ref>{{cite journal |last1=Sames |first1=C. |last2=Chi ...

...0</ref> The elements are commonly arranged in a [[Collinear antenna array|linear array]].<ref>Lipsky, p. 130</ref> A Butler matrix can also feed a circular ...[[Passivity (engineering)|passive]] and [[Reciprocity theorem (electrical circuits)|reciprocal]], the same matrix can do both – in a [[transceiver]] for insta ...

{{Short description|Linear integrated circuit precision shunt regulator}} ...1 with power MOS transistors are used in high efficiency, very low dropout linear regulators. The TL431 is the ''[[de facto]]'' [[Technical standard|industry ...

...ey's [[Operational Voltage Controlled Element]] (OVCE), remains one of two integrated VCA topologies that are still widely used in studio and stage equipment.{{s ...ifier]]; it employed a [[JFET|junction field-effect transistor]] in [[JFET#Linear ohmic region|voltage-controlled resistance]] mode.{{sfn|Adams|2006|p=xi}} T ...