Matches in DBpedia 2016-04 for { <http://dbpedia.org/resource/Gyrator> ?p ?o }
- Gyrator abstract "A gyrator is a passive, linear, lossless, two-port electrical network element proposed in 1948 by Bernard D. H. Tellegen as a hypothetical fifth linear element after the resistor, capacitor, inductor and ideal transformer. Unlike the four conventional elements, the gyrator is non-reciprocal. Gyrators permit network realizations of two-(or-more)-port devices which cannot be realized with just the conventional four elements. In particular, gyrators make possible network realizations of isolators and circulators. Gyrators do not however change the range of one-port devices that can be realized. Although the gyrator was conceived as a fifth linear element, its adoption makes both the ideal transformer and either the capacitor or inductor redundant. Thus the number of necessary linear elements is in fact reduced to three. Circuits that function as gyrators can be built with transistors and op amps using feedback. Tellegen invented a circuit symbol for the gyrator and suggested a number of ways in which a practical gyrator might be built.An important property of a gyrator is that it inverts the current-voltage characteristic of an electrical component or network. In the case of linear elements, the impedance is also inverted. In other words, a gyrator can make a capacitive circuit behave inductively, a series LC circuit behave like a parallel LC circuit, and so on. It is primarily used in active filter design and miniaturization.".
- Gyrator thumbnail Tellegen-gyrator-symbol.svg?width=300.
- Gyrator wikiPageExternalLink inductor.
- Gyrator wikiPageExternalLink 104174_9lo.jpg.
- Gyrator wikiPageExternalLink girator2.jpg.
- Gyrator wikiPageExternalLink avt08063.htm.
- Gyrator wikiPageExternalLink gyrator.html.
- Gyrator wikiPageExternalLink e-gyrator.html.
- Gyrator wikiPageExternalLink Gyrator1.pdf.
- Gyrator wikiPageExternalLink inductr1.gif.
- Gyrator wikiPageExternalLink ?p=51.
- Gyrator wikiPageExternalLink article.html.
- Gyrator wikiPageExternalLink gyrator.shtm.
- Gyrator wikiPageID "440789".
- Gyrator wikiPageLength "23874".
- Gyrator wikiPageOutDegree "92".
- Gyrator wikiPageRevisionID "701237426".
- Gyrator wikiPageWikiLink Active_filter.
- Gyrator wikiPageWikiLink Admittance_parameters.
- Gyrator wikiPageWikiLink Angular_velocity.
- Gyrator wikiPageWikiLink Band-stop_filter.
- Gyrator wikiPageWikiLink Bernard_D._H._Tellegen.
- Gyrator wikiPageWikiLink Capacitor.
- Gyrator wikiPageWikiLink Category:Analog_circuits.
- Gyrator wikiPageWikiLink Category:Dutch_inventions.
- Gyrator wikiPageWikiLink Category:Linear_filters.
- Gyrator wikiPageWikiLink Characteristic_impedance.
- Gyrator wikiPageWikiLink Circulator.
- Gyrator wikiPageWikiLink Current–voltage_characteristic.
- Gyrator wikiPageWikiLink Data_access_arrangement.
- Gyrator wikiPageWikiLink Direct_current.
- Gyrator wikiPageWikiLink Distributed_element_model.
- Gyrator wikiPageWikiLink Electrical_impedance.
- Gyrator wikiPageWikiLink Electrical_network.
- Gyrator wikiPageWikiLink Electrical_resistance_and_conductance.
- Gyrator wikiPageWikiLink Electronic_component.
- Gyrator wikiPageWikiLink Electronic_filter.
- Gyrator wikiPageWikiLink Electronic_symbol.
- Gyrator wikiPageWikiLink Equalization_(audio).
- Gyrator wikiPageWikiLink Feedback.
- Gyrator wikiPageWikiLink Geometric_mean.
- Gyrator wikiPageWikiLink Gyroscope.
- Gyrator wikiPageWikiLink High_fidelity.
- Gyrator wikiPageWikiLink High_voltage.
- Gyrator wikiPageWikiLink Impedance_analogy.
- Gyrator wikiPageWikiLink Impedance_parameters.
- Gyrator wikiPageWikiLink Inductance.
- Gyrator wikiPageWikiLink Inductor.
- Gyrator wikiPageWikiLink Integrated_circuit.
- Gyrator wikiPageWikiLink Isolator_(microwave).
- Gyrator wikiPageWikiLink LC_circuit.
- Gyrator wikiPageWikiLink Line_card.
- Gyrator wikiPageWikiLink Linear_element.
- Gyrator wikiPageWikiLink Lumped_element_model.
- Gyrator wikiPageWikiLink Mechanical-electrical_analogies.
- Gyrator wikiPageWikiLink Mechanical_filter.
- Gyrator wikiPageWikiLink Microwave.
- Gyrator wikiPageWikiLink Miniaturization.
- Gyrator wikiPageWikiLink Negative_impedance_converter.
- Gyrator wikiPageWikiLink Network_synthesis_filters.
- Gyrator wikiPageWikiLink One-line_diagram.
- Gyrator wikiPageWikiLink Operational_amplifier.
- Gyrator wikiPageWikiLink Parasitic_element_(electrical_networks).
- Gyrator wikiPageWikiLink Passivity_(engineering).
- Gyrator wikiPageWikiLink Pilot_signal.
- Gyrator wikiPageWikiLink Plain_old_telephone_service.
- Gyrator wikiPageWikiLink Port_(circuit_theory).
- Gyrator wikiPageWikiLink Q_factor.
- Gyrator wikiPageWikiLink Quarter-wave_impedance_transformer.
- Gyrator wikiPageWikiLink RC_circuit.
- Gyrator wikiPageWikiLink RLC_circuit.
- Gyrator wikiPageWikiLink Reciprocity_(electromagnetism).
- Gyrator wikiPageWikiLink Resistor.
- Gyrator wikiPageWikiLink Rotation_around_a_fixed_axis.
- Gyrator wikiPageWikiLink Rumble_(noise).
- Gyrator wikiPageWikiLink Sallen–Key_topology.
- Gyrator wikiPageWikiLink Scattering_parameters.
- Gyrator wikiPageWikiLink Skew-symmetric_matrix.
- Gyrator wikiPageWikiLink Torque.
- Gyrator wikiPageWikiLink Transducer.
- Gyrator wikiPageWikiLink Transformer.
- Gyrator wikiPageWikiLink Transistor.
- Gyrator wikiPageWikiLink Transmission_line.
- Gyrator wikiPageWikiLink Two-port_network.
- Gyrator wikiPageWikiLink Ultrasonic_transducer.
- Gyrator wikiPageWikiLink Waveguide_(electromagnetism).
- Gyrator wikiPageWikiLink File:Op-Amp_Gyrator.svg.
- Gyrator wikiPageWikiLink File:Tellegen-gyrator-annotated.svg.
- Gyrator wikiPageWikiLink File:Tellegen-gyrator-cascaded.svg.
- Gyrator wikiPageWikiLink File:Tellegen-gyrator-symbol.svg.
- Gyrator wikiPageWikiLinkText "Gyrator".
- Gyrator wikiPageWikiLinkText "gyrator circuit".
- Gyrator wikiPageWikiLinkText "gyrator circuits".
- Gyrator wikiPageWikiLinkText "gyrator".
- Gyrator wikiPageWikiLinkText "practical gyrator".
- Gyrator wikiPageWikiLinkText "simulate the action of an inductor".
- Gyrator alt "Line interrupted by a box containing the letter pi and an arrow".
- Gyrator caption "ANSI Y32 & IEC standards".
- Gyrator caption "Customary".
- Gyrator footer "Two versions of the symbol used to represent a gyrator in single-line diagrams. A 180° phase shift occurs for signals travelling in the direction of the arrow , with no phase shift in the reverse direction.".