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- Fosters_reactance_theorem abstract "Foster's reactance theorem is an important theorem in the fields of electrical network analysis and synthesis. The theorem states that the reactance of a passive, lossless two-terminal (one-port) network always strictly monotonically increases with frequency. It is easily seen that the reactances of inductors and capacitors individually increase with frequency and from that basis a proof for passive lossless networks generally can be constructed. The proof of the theorem was presented by Ronald Martin Foster in 1924, although the principle had been published earlier by Foster's colleagues at American Telephone & Telegraph.The theorem can be extended to admittances and the encompassing concept of immittances. A consequence of Foster's theorem is that poles and zeroes of the reactance must alternate with frequency. Foster used this property to develop two canonical forms for realising these networks. Foster's work was an important starting point for the development of network synthesis.It is possible to construct non-Foster networks using active components such as amplifiers. These can generate an impedance equivalent to a negative inductance or capacitance. The negative impedance converter is an example of such a circuit.".
- Fosters_reactance_theorem thumbnail Reactance_L.svg?width=300.
- Fosters_reactance_theorem wikiPageExternalLink books?id=4jt4gBgiDbIC&pg=PA8.
- Fosters_reactance_theorem wikiPageExternalLink books?id=Sex_282iULMC&pg=PA157.
- Fosters_reactance_theorem wikiPageExternalLink books?id=bJrYx827oWsC&pg=PA459.
- Fosters_reactance_theorem wikiPageExternalLink cauer.pdf.
- Fosters_reactance_theorem wikiPageExternalLink bstj1-2-1.pdf.
- Fosters_reactance_theorem wikiPageExternalLink bstj2-1-1.pdf.
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- Fosters_reactance_theorem wikiPageRevisionID "698120985".
- Fosters_reactance_theorem wikiPageWikiLink AT&T_Corporation.
- Fosters_reactance_theorem wikiPageWikiLink Admittance.
- Fosters_reactance_theorem wikiPageWikiLink Alternating_current.
- Fosters_reactance_theorem wikiPageWikiLink Amplifier.
- Fosters_reactance_theorem wikiPageWikiLink Angular_frequency.
- Fosters_reactance_theorem wikiPageWikiLink Antenna_(radio).
- Fosters_reactance_theorem wikiPageWikiLink Antiresonance.
- Fosters_reactance_theorem wikiPageWikiLink Canonical_form.
- Fosters_reactance_theorem wikiPageWikiLink Capacitance.
- Fosters_reactance_theorem wikiPageWikiLink Capacitor.
- Fosters_reactance_theorem wikiPageWikiLink Category:Circuit_theorems.
- Fosters_reactance_theorem wikiPageWikiLink Chu–Harrington_limit.
- Fosters_reactance_theorem wikiPageWikiLink Distributed_element_model.
- Fosters_reactance_theorem wikiPageWikiLink Dual_impedance.
- Fosters_reactance_theorem wikiPageWikiLink Duality_(electrical_circuits).
- Fosters_reactance_theorem wikiPageWikiLink Electrical_impedance.
- Fosters_reactance_theorem wikiPageWikiLink Electrical_reactance.
- Fosters_reactance_theorem wikiPageWikiLink Equivalent_impedance_transforms.
- Fosters_reactance_theorem wikiPageWikiLink File:Foster_driving_point_1st_kind.svg.
- Fosters_reactance_theorem wikiPageWikiLink File:Foster_driving_point_2nd_kind.svg.
- Fosters_reactance_theorem wikiPageWikiLink File:Reactance_C.svg.
- Fosters_reactance_theorem wikiPageWikiLink File:Reactance_L.svg.
- Fosters_reactance_theorem wikiPageWikiLink File:Reactance_LC.svg.
- Fosters_reactance_theorem wikiPageWikiLink File:Reactance_anti-LC.svg.
- Fosters_reactance_theorem wikiPageWikiLink File:Reactance_first_form.svg.
- Fosters_reactance_theorem wikiPageWikiLink Fosters_reactance_theorem.
- Fosters_reactance_theorem wikiPageWikiLink Frequency.
- Fosters_reactance_theorem wikiPageWikiLink George_Ashley_Campbell.
- Fosters_reactance_theorem wikiPageWikiLink Imaginary_number.
- Fosters_reactance_theorem wikiPageWikiLink Imaginary_unit.
- Fosters_reactance_theorem wikiPageWikiLink Immittance.
- Fosters_reactance_theorem wikiPageWikiLink Impedance_matching.
- Fosters_reactance_theorem wikiPageWikiLink Inductance.
- Fosters_reactance_theorem wikiPageWikiLink Inductor.
- Fosters_reactance_theorem wikiPageWikiLink Isomorphism.
- Fosters_reactance_theorem wikiPageWikiLink LC_circuit.
- Fosters_reactance_theorem wikiPageWikiLink Laplace_transform.
- Fosters_reactance_theorem wikiPageWikiLink Monotonic_function.
- Fosters_reactance_theorem wikiPageWikiLink Multiplexing.
- Fosters_reactance_theorem wikiPageWikiLink Necessity_and_sufficiency.
- Fosters_reactance_theorem wikiPageWikiLink Negative_impedance_converter.
- Fosters_reactance_theorem wikiPageWikiLink Network_analysis_(electrical_circuits).
- Fosters_reactance_theorem wikiPageWikiLink Network_synthesis_filters.
- Fosters_reactance_theorem wikiPageWikiLink Otto_Julius_Zobel.
- Fosters_reactance_theorem wikiPageWikiLink Phase_angle.
- Fosters_reactance_theorem wikiPageWikiLink Pole_(complex_analysis).
- Fosters_reactance_theorem wikiPageWikiLink Polynomial.
- Fosters_reactance_theorem wikiPageWikiLink Port_(circuit_theory).
- Fosters_reactance_theorem wikiPageWikiLink Positive-real_function.
- Fosters_reactance_theorem wikiPageWikiLink Positive_feedback.
- Fosters_reactance_theorem wikiPageWikiLink R._M._Foster.
- Fosters_reactance_theorem wikiPageWikiLink Rational_function.
- Fosters_reactance_theorem wikiPageWikiLink Resonance.
- Fosters_reactance_theorem wikiPageWikiLink Smith_chart.
- Fosters_reactance_theorem wikiPageWikiLink Steady_state.
- Fosters_reactance_theorem wikiPageWikiLink Strict.
- Fosters_reactance_theorem wikiPageWikiLink Susceptance.
- Fosters_reactance_theorem wikiPageWikiLink Transmission_line.
- Fosters_reactance_theorem wikiPageWikiLink Wilhelm_Cauer.
- Fosters_reactance_theorem wikiPageWikiLink Zero_(complex_analysis).
- Fosters_reactance_theorem wikiPageWikiLinkText "Foster's canonical form".
- Fosters_reactance_theorem wikiPageWikiLinkText "Foster's reactance theorem".
- Fosters_reactance_theorem wikiPageWikiLinkText "Foster's theorem".
- Fosters_reactance_theorem wikiPageWikiLinkText "first form".
- Fosters_reactance_theorem wikiPageWikiLinkText "second form".
- Fosters_reactance_theorem wikiPageUsesTemplate Template:Good_article.
- Fosters_reactance_theorem wikiPageUsesTemplate Template:R_from_modification.
- Fosters_reactance_theorem wikiPageUsesTemplate Template:Reflist.
- Fosters_reactance_theorem subject Category:Circuit_theorems.
- Fosters_reactance_theorem hypernym Theorem.
- Fosters_reactance_theorem type Circuit.
- Fosters_reactance_theorem type Redirect.
- Fosters_reactance_theorem type Theorem.
- Fosters_reactance_theorem comment "Foster's reactance theorem is an important theorem in the fields of electrical network analysis and synthesis. The theorem states that the reactance of a passive, lossless two-terminal (one-port) network always strictly monotonically increases with frequency. It is easily seen that the reactances of inductors and capacitors individually increase with frequency and from that basis a proof for passive lossless networks generally can be constructed.".
- Fosters_reactance_theorem label "Foster's reactance theorem".
- Fosters_reactance_theorem label "Fosters reactance theorem".
- Fosters_reactance_theorem sameAs Q5473574.
- Fosters_reactance_theorem sameAs m.09psgd.
- Fosters_reactance_theorem sameAs Q5473574.
- Fosters_reactance_theorem wasDerivedFrom Fosters_reactance_theorem?oldid=409963030.
- Fosters_reactance_theorem wasDerivedFrom Fosters_reactance_theorem?oldid=698120985.
- Fosters_reactance_theorem depiction Reactance_L.svg.
- Fosters_reactance_theorem isPrimaryTopicOf Fosters_reactance_theorem.
