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- Pseudospark_switch abstract "The pseudospark switch, also known as a cold-cathode thyratron due to the similarities with regular thyratrons, is a gas-filled tube capable of high speed switching. Advantages of pseudospark switches include the ability to carry reverse currents (up to 100%), low pulse, high lifetime, and a high current rise of about 1012 A/sec. In addition, since the cathode is not heated prior to switching, the standby power is approximately one order of magnitude lower than in thyratrons. However, pseudospark switches have undesired plasma phenomena at low peak currents. Issues such as current quenching, chopping, and impedance fluctuations occur at currents less than 2-3 kA while at very high peak currents (20-30 kA) a transition to a metal vapor arc occurs which leads to erosion of the electrodes. Pseudospark switches are functionally similar to triggered spark gaps.".
- Pseudospark_switch thumbnail Pseudospark_Switch.jpg?width=300.
- Pseudospark_switch wikiPageExternalLink Pseudospark_Switch.html.
- Pseudospark_switch wikiPageID "23373071".
- Pseudospark_switch wikiPageLength "6676".
- Pseudospark_switch wikiPageOutDegree "33".
- Pseudospark_switch wikiPageRevisionID "648974497".
- Pseudospark_switch wikiPageWikiLink Ampere.
- Pseudospark_switch wikiPageWikiLink Boron_carbide.
- Pseudospark_switch wikiPageWikiLink Category:Electrical_breakdown.
- Pseudospark_switch wikiPageWikiLink Category:Gas-filled_tubes.
- Pseudospark_switch wikiPageWikiLink Category:Plasma_physics.
- Pseudospark_switch wikiPageWikiLink Category:Switching_tubes.
- Pseudospark_switch wikiPageWikiLink Ceramic.
- Pseudospark_switch wikiPageWikiLink Cold_cathode.
- Pseudospark_switch wikiPageWikiLink Copper.
- Pseudospark_switch wikiPageWikiLink Electrical_impedance.
- Pseudospark_switch wikiPageWikiLink Electrode.
- Pseudospark_switch wikiPageWikiLink Electron_avalanche.
- Pseudospark_switch wikiPageWikiLink Erosion.
- Pseudospark_switch wikiPageWikiLink Gas-filled_tube.
- Pseudospark_switch wikiPageWikiLink Hydrogen.
- Pseudospark_switch wikiPageWikiLink IGBT.
- Pseudospark_switch wikiPageWikiLink Ignitron.
- Pseudospark_switch wikiPageWikiLink Insulated-gate_bipolar_transistor.
- Pseudospark_switch wikiPageWikiLink Krytron.
- Pseudospark_switch wikiPageWikiLink Molybdenum.
- Pseudospark_switch wikiPageWikiLink Nickel.
- Pseudospark_switch wikiPageWikiLink Order_of_magnitude.
- Pseudospark_switch wikiPageWikiLink Plasma_(physics).
- Pseudospark_switch wikiPageWikiLink Rhenium.
- Pseudospark_switch wikiPageWikiLink Silicon_carbide.
- Pseudospark_switch wikiPageWikiLink Spark_gap.
- Pseudospark_switch wikiPageWikiLink Standby_power.
- Pseudospark_switch wikiPageWikiLink Switch.
- Pseudospark_switch wikiPageWikiLink Tantalum.
- Pseudospark_switch wikiPageWikiLink Thyratron.
- Pseudospark_switch wikiPageWikiLink Triggered_spark_gap.
- Pseudospark_switch wikiPageWikiLink Tungsten.
- Pseudospark_switch wikiPageWikiLink File:Pseudospark_Switch.jpg.
- Pseudospark_switch wikiPageWikiLinkText "Pseudospark switch".
- Pseudospark_switch wikiPageWikiLinkText "pseudospark switch".
- Pseudospark_switch hasPhotoCollection Pseudospark_switch.
- Pseudospark_switch wikiPageUsesTemplate Template:Cite_journal.
- Pseudospark_switch wikiPageUsesTemplate Template:Orphan.
- Pseudospark_switch wikiPageUsesTemplate Template:Reflist.
- Pseudospark_switch subject Category:Electrical_breakdown.
- Pseudospark_switch subject Category:Gas-filled_tubes.
- Pseudospark_switch subject Category:Plasma_physics.
- Pseudospark_switch subject Category:Switching_tubes.
- Pseudospark_switch hypernym Tube.
- Pseudospark_switch type AnatomicalStructure.
- Pseudospark_switch type Article.
- Pseudospark_switch type Application.
- Pseudospark_switch type Article.
- Pseudospark_switch type Astrophysic.
- Pseudospark_switch type Physic.
- Pseudospark_switch type Switch.
- Pseudospark_switch comment "The pseudospark switch, also known as a cold-cathode thyratron due to the similarities with regular thyratrons, is a gas-filled tube capable of high speed switching. Advantages of pseudospark switches include the ability to carry reverse currents (up to 100%), low pulse, high lifetime, and a high current rise of about 1012 A/sec. In addition, since the cathode is not heated prior to switching, the standby power is approximately one order of magnitude lower than in thyratrons.".
- Pseudospark_switch label "Pseudospark switch".
- Pseudospark_switch sameAs m.06w79r8.
- Pseudospark_switch sameAs Q7255575.
- Pseudospark_switch sameAs Q7255575.
- Pseudospark_switch wasDerivedFrom Pseudospark_switch?oldid=648974497.
- Pseudospark_switch depiction Pseudospark_Switch.jpg.
- Pseudospark_switch isPrimaryTopicOf Pseudospark_switch.