Preview

Power engineering: research, equipment, technology

Advanced search

Development of measuring complex for research of quality of led lighting devices

https://doi.org/10.30724/1998-9903-2017-19-7-8-144-148

Abstract

Developed a measuring complex for determining of LED lighting devices and the subsequent integral evaluation of their quality.

 

About the Author

Aihaiti Yisihakefu
Kazan State Power Engineering University
Russian Federation
engineer of the Department « Industrial Electronics and Lighting technology»


References

1. Litiyushkin V.V. Appeal to the Ministries and departments. Deputy Prime Minister of the Russian Federation AD Dvorkovich / / Lighting. 2015. No. 3. P. 62-63.

2. Resolution of the Government of the Russian Federation of July 20, 2011 No. 602 "On approval of the requirements for lighting devices and electric lamps used in alternating current circuits for lighting purposes".

3. Leonidovich A. Quality control of lighting products // Semiconductor lighting. 2013. No.6. P.

4. -32.

5. Aizenberg, Y.B. The development strategies and tactics of the Russian lighting industry: Addressing the target of decreasing illumination power consumption by half whilst improving living conditions // Light & Engineering. 2014. Vol. 22, No.1. P. 29–39.

6. Kurshev A. Nine stages of quality control of products manufactured using the unique technology of a remote phosphor // Semiconductor lighting engineering. 2014. No.2. P. 20-23.

7. Pavlov A. Testing systems for LED lamps and sources of feeding for industrial lighting equipment manufactured by Chroma ATE // Semiconductor lighting engineering. 2016. No.2. P. 6-10.

8. Bartsev A., Belyaev R., Kryuchkova E., Eppelfeld I. Test center of VNISI: new possibilities // Modern lighting technology. 2011. No.4. P. 26-29.

9. Antonov V., Kuzmin V., Kruglov O., Nikolayev S. Modern means of measuring the radiation parameters of lighting measurements // Lumen & Expertunion. 2012. No.3. P. 53-57.

10. Aihaiti Yisihakefu, Shiriyev R.R. Laboratory installation for determining the radiation angle of LED and fluorescent lamps, Mat. 9th International Scientific and Technical. Conference "Fundamental and Applied Problems of Physics". Part 2. Saransk: MGPI, 2015. P. 204-207.

11. Aihaiti Yisihakefu, Yambaeva TA, Lyubavin IG A small-sized thermal chamber for monitoring the performance of LED and compact fluorescent lamps, Mat. XI All-Russian. Scientific and technical. Conf. With intern. Participation "Problems and prospects of development of domestic lighting, electrical engineering and energy". Saransk, 2013. P. 295-296.

12. Aihaiti Yisihakefu, D.D. Burgantindinova, R.M. Nigmatullin. Comparative characteristics of LED retrofit lamps of a number of manufacturers // VIII International Youth Scientific Conference "Tinchurin Readings". Kazan: KEGU, 2013. Tom. 1. C. 243-244.

13. Tukshaitov R. H. , Aikhayti Ishakafu, Nigmatullin R.M, Ishtyryakova Yu.S., Khairullina D.R. Application of new informative parameters in the comparative evaluation of the quality of LED lamps of trade marks "Camelion" and "ASD" // Advances in modern science. 2016. T. 4, No. 9. P. 129-132.


Review

For citations:


Yisihakefu A. Development of measuring complex for research of quality of led lighting devices. Power engineering: research, equipment, technology. 2017;19(7-8):144-148. (In Russ.) https://doi.org/10.30724/1998-9903-2017-19-7-8-144-148

Views: 381


Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.


ISSN 1998-9903 (Print)
ISSN 2658-5456 (Online)