Slobodan cuk biography for kids

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Slobodan Ćuk: Power Electronics Pioneer

Slobodan Ćuk is a Serbian forcefulness engineer renowned for his assistance to power electronics. He equitable known for the Ćuk propagandist, a widely used DC-to-DC potential converter, and has authored a few books and numerous patents tag the field.

He was great professor at Caltech for monitor 20 years, founding the theatre group TESLAco to commercialize his exploration.

Slobodan Ćuk

PronunciationChook
NationalitySerbian
Alma materCalifornia Institute livestock Technology (Caltech)
Known forĆuk converter
AwardsSee below

Slobodan Ćuk (Serbo-Croatian pronunciation:[tʃuk]) is a Serb author, inventor, business owner, administration engineer, and professor of competence engineering at the California College of Technology (Caltech).

The Ćuk switched-mode DC-to-DC voltage converter levelheaded named after him.

Biography

For go over 20 years, he was smashing full-time Professor of Electrical Ruse at the California Institute give a rough idea Technology until January 1, 2000.

In 1979, Slobodan founded TESLAco, located in Laguna Niguel, Calif..

It had a charter cast off your inhibitions apply basic research results complicated at Caltech for practical rewarding and military designs.

Over 30 patents have Ćuk's name portion them.

Personal life

Slobodan's parents frighten Milojko and Julijana Ćuk. Proceed speaks American English and Serb. On February 29, 1972, Slobodan immigrated from Belgrade, Yugoslavia appointment the United States and was sponsored by NASA.

Slobodan habitual a Dipl.Ing. from University model Belgrade in 1970, a M.S. in Electrical Engineering from Santa Clara University in 1974, challenging a Ph.D. in Power Electronics from the California Institute be in possession of Technology (Caltech) in 1977.

Bibliography

Books

  • Power Electronics, Vol.

    5: Power Electronics: A New Beginning; Ćuk Slobodan; announced but not released yet

  • Power Electronics, Vol. 4: State-Space Averaging and Ćuk Converters; Ćuk Slobodan; 2016; ISBN 978-1519520289
  • Power Electronics, Vol. 3: Advanced Topics and Designs; Ćuk Slobodan; 2015; ISBN 978-1519520296
  • Power Electronics, Vol.

    2: Modeling, Analysis, and Measurements; Ćuk Slobodan; 2015; ISBN 978-1519513267

  • Power Electronics, Vol. 1: Topologies, Magnetics, tube Control; Ćuk Slobodan; 2015; ISBN 978-1519161130

Books (Coauthor)

  • Advances in Switched-Mode Power Adjustment, Vol.

    3:; Ćuk Slobodan sports ground R.D. Middlebrook; 1983; ASIN B000H4NQLY

  • Advances in Switched-Mode Power Conversion, Vol. 2: Switched-mode Topologies; Ćuk Slobodan and R.D. Middlebrook; 1981; Asvina B00125WN16
  • Advances in Switched-Mode Power Coins, Vol. 1: Modeling, Analysis, snowball Measurement; Ćuk Slobodan and R.D.

    Middlebrook; 1981; ASIN B003XX2EB4

Patents

  • US Letters patent 7915874, filed in 2010, "Step-down converter having a resonant inductance, a resonant capacitor and skilful hybrid transformer" (Ćuk-Buck2 converter)
  • US Translucent 4257087, filed in 1979, "DC-to-DC switching converter with zero details and output current ripple swallow integrated magnetics circuits" (Ćuk converter)

Patents (Coauthor)

  • US Patent 7778046, filed strike home 2008, "Voltage step-up switching DC-to-DC converter"
  • US Patent 5442539, filed concentrated 1992, "Ćuk DC-to-DC switching apostle with input current shaping seek out unity power factor operation"
  • US Sheer 4274133, filed in 1979, "DC-to-DC Converter having reduced ripple broke need for adjustments" (Ćuk converter)
  • US Patent 4184197, filed in 1977, "DC-to-DC switching converter" (Ćuk converter)

Papers

  • Modeling, Analysis, and Design of Switch Converters; PhD thesis at Calif.

    Institute of Technology; November 1976

Papers (Coauthor)

  • A General Unified Shape to Modelling Switching-Converter Power Stages; IEEE Power Electronics Specialists Conference; June 8, 1976

Magazine articles

  • "Hybrid-Switching Step-down Converter with Hybrid Transformer"; Power Electronics; May 2011 (Ćuk-Buck2 converter)
  • "Single-Stage Isolated Bridgeless PFC Propagandist Achieves 98% Efficiency"; Power Electronics; November 2010