H
Hlousek Jaroslav
Publications - 5
Citations - 7
Hlousek Jaroslav is an academic researcher. The author has contributed to research in topics: Commutation & Rectifier. The author has an hindex of 1, co-authored 5 publications receiving 7 citations.
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Patent
Circuit arrangement for self-commutated inverters
Winkler Jiri,Cibulka Josef,Bryksi Jan,Jelinek Richard,Krtek Jan,Mickal Vladimir,Hlousek Jaroslav,Kondr Milan +7 more
TL;DR: In this article, a three-stage self-commutation scheme was proposed for inverters with large outputs and for parallel connection of main thyristors and separating reactors for large outputs.
Patent
Circuit arrangement of an inverted current rectifier with self commutation
Winkler Jiri,Kondr Milan,Jelinek Richard Ing,Hlousek Jaroslav,Krtek Jan,Cibulka Josef,Mynar Vladimir,Simecek Josef +7 more
TL;DR: Inverted current rectifier with self commutation for smaller and medium output and three-stage commutation in which the disconnection of thyristors of the inverted rectifier and the current commutations in the phases are separated as discussed by the authors.
Patent
Schaltung fuer einen stromwechselrichter mit eigener kommutierung
Winkler Jiri,Cibulka Josef,Bryksi Jan,Jelinek Richard,Krtek Jan,Mickal Vladimir,Hlousek Jaroslav,Kondr Milan +7 more
Patent
Electrical invertor circuit having self-commutation
Winkler Jiri,Cibulka Josef,Kondr Milan,Jelinek Richard Ing,Krtek Jan,Hlousek Jaroslav,Mynar Vladimir,Simecek Josef +7 more
TL;DR: In this paper, an electrical invertor circuit with self-commutation was proposed for switching relatively low and medium power, where three-stage commutation was used, the switching-off of the invertors and the current commutation being isolated in the phases, and the stored energy of the capacitors being dissipated without losses into the electrical power source and thus into the Invertor load.
Patent
Test circuit for indication of deviation of source voltages from their set points
TL;DR: In this article, a test circuit for determining when one of a number of source voltages deviates from its set point is presented, where each source voltage has coordinated comparison circuit which compares the voltage with a preset value, and which has a limited range of output voltage.