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Napajalni modul za komunikacijske naprave pri merjenju porabe električne energije
ID URŠIČ, MATIC (Author), ID Vončina, Danijel (Mentor) More about this mentor... This link opens in a new window

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MD5: DD221F8741AB91AE0D159E0D3C5D6238
PID: 20.500.12556/rul/9e8bda6f-1374-45bd-acaa-28fc022f109c

Abstract
Magistrsko delo obravnava izdelavo AC/DC pretvornika na podlagi stikalnega napajalnika za uporabo pri komunikacijskih napravah pri merjenju električne energije. V začetku opišemo tipične predstavnike napajalnikov v elektronskih števcih in moţnje topologije AC/DC pretvornika. V nadaljevanju opišemo delovanje zapornega pretvornika z galvansko ločitvijo, ki je nato uporabljen v naši aplikaciji. Osredotočimo se na dimenzioniranje elektronskih komponent, kjer je glavni poudarek na dimenzioniranju transformatorja, saj ta najbolj vpliva na lastnosti zapornega pretvornika. Na kratko se dotaknemo problematike elektromagnetne združljivosti in varnostnega standarda pri načrtovanju pretvornika. Na koncu predstavimo potek razvoja od izračuna komponent do načrtovanja tiskanega vezja in predstavimo rezultate našega dela.

Language:Slovenian
Keywords:zaporni pretvornik, transformator zapornega pretvornika, sinhronski usmernik, stikalni pretvornik, elektromagnetna združljivost, kaskadna vezava tranzistorja
Work type:Master's thesis/paper
Organization:FE - Faculty of Electrical Engineering
Year:2016
PID:20.500.12556/RUL-84249 This link opens in a new window
Publication date in RUL:21.07.2016
Views:2103
Downloads:675
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Secondary language

Language:English
Title:Power supply for communication devices in electric energy metering
Abstract:
The work describes AC/DC converter design for communication devices used in advanced metering infrastructure. At the beginning we describe some typical power supply topologies used in electricity metering devices and possible solutions for our design. Further we describe the topology and priciple of operation of Flyback converter that we use in our application. Focus of our work is the design of electronic components where the main focus is the design of Flyback transformer, due to its large impact on the operation of the converter. We present some electromagnetic compatibility and safety standard issues in designing switchmode power supply. At the end we present development of the converter and the results of our work.

Keywords:flyback converter, flyback converter transformer, synchronous rectification, switchmode power supply, electromagnetic compatibility, cascode configuration

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