A review of up-to-date LED drivers and discharge lamps control gears is presented. Opportunities for further development are characterised. Circuit solutions are classified, and examples of principal diagrams are provided. 1. Varfolomeev L.P. Elementary lighting technology. М.: Znak, 2008, 220 p.
2. Zvonarev Е. NUD4700 – low cost solution for making LED luminaires more reliable // Electronics news, 2010, № 10, pp. 29–30.
3. Sergey A. Georgobiani, Leonid V. Gorev, Mikhail E. Klukov, and Elena A. Kovalenko Electromagnetic Ballasts for Light Emitting Diodes// Light & Engineering Journal, 2013, V. 21, #4, pp. 81–87.
4. 40W LED. Street and Indoor Lighting Demonstration Board 2010, URL: http:// www.infineon.com (Date of the address 12.2016).
5. Design a High Power Factor Feedback Converter Using FL7733A for an LED Driver with Ultra-Wide Output Voltage, 2014. URL: https://www.fairchildsemi.com (Date of the address 12.2016).
6. Titkov C. New type of pulse converter // Modern lighting technology, 2016, № 4, pp. 16–18. URL: http://setilumen.ru/page62.html (Date of the address 12.2016).
7. Solomatin М., Avtushenkov К. Solutions of International Rectifier company for solid-state lighting // Modern lighting technology. 2013, № 5, pp. 58–64.
8. Gennady Ya. Vagin, Oleg Yu. Malafeev, and Mikhail V. Martynyuk Research into Light Sources Product Range, Assessment of Power Consumption and Electric Power Saving Potential in the Illumination Systems of Russia// Light & Engineering Journal, 2017, V.25, #1, pp.31–42.

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• control gears
• drivers
• discharge lamps
• LEDs (light emitting diodes)
• light sources
• electric current sources
• voltage sources
• regulation