Series of Photovoltaic Converters Based on Semiconductors with Intrinsic Photoconductivity-Reference-Cited by-同舟云学术

Series of Photovoltaic Converters Based on Semiconductors with Intrinsic Photoconductivity

Published:2021-06-25 Issue:2 Volume:12 Page:108-116
ISSN:2414-0473
Container-title:Devices and Methods of Measurements
language:
Short-container-title:Prib. metody izmer.

Author:

Vorobey R. I.¹,Gusev O. K.¹,Zharin A. L.¹,Pantsialeyeu K. U.¹,Svistun A. I.¹,Tyavlovsky A. K.¹,Tyavlovsky K. L.¹,Shadurskaya L. I.¹

Affiliation:

1. Belarusian National Technical University

Abstract

One of the ways to solve multiple problems of optical diagnostics is to use photovoltaic converters based on semiconductors with intrinsic photoconductivity slightly doped with deep impurities which form several energy levels with different charge states within the semiconductor′s bandgap. Peculiarities of physical processes of recharging these levels make it possible to construct photodetectors with different functionality based on a range of simple device structures.The aim of this work is to analyze peculiarities of conversion characteristics of single-element photovoltaic converters based on semiconductors with intrinsic photoconductivity, to systematize their properties and to represent structures of photovoltaic convertors as a device structures suitable for implementation in measurement transducers of optical diagnostics systems.Based on the analysis of the characteristics of the conversion characteristics of single-element photovoltaic converters based on semiconductors with intrinsic photoconductivity and the requirements for their design, a dash series of photovoltaic converters was developed for use in the measuring transducers of optical diagnostics systems. The possibility of constructing functional measuring transducers for multiparameter measurements of optical signals is shown.

Publisher

Belarusian National Technical University

Subject

General Earth and Planetary Sciences,Water Science and Technology,Geography, Planning and Development

Reference14 articles.

1. Lysenko S.A. Metody opticheskoj diagnostiki biologicheskikh ob"ektov [Methods for Optical Diagnostics of Biological Objects]. Minsk: BGU Publ., 2014, 231 p.

2. Filachev A.M., Taubkin I.I., Trishenkov M.A. Fotopriemniki v optiko-ehlektronnykh priborakh i sistemakh [Photodetectors in Optoelectronic Devices and Systems]. Moscow: Fizmatkniga Publ., 2016, 104 p.

3. Formozov B.N. Aehrokosmicheskie fotopriemnye ustrojstva v vidimom i infrakrasnom diapazonakh [Aerospace Photodetectors in the Visible and Infrared Ranges]. St. Petersburg: SPbGUAP Publ., 2002, 120 p.

4. Gusev O.K., Vorobey R.I., Zharin A.L., Svistun A.I., Tyavlovsky A.K., Tyavlovsky K.L. Metodologiya i sredstva izmerenij parametrov ob"ektov s neopredelennymi sostoyaniyami [Methodology and Tools for Measuring Parameters of Objects in Uncertain States], ed. O.K. Gusev. Minsk: BNTU Publ., 2010, 582 p.

5. Vorobey R.I., Gusev O.K., Tyavlovsky A.K., Tyavlovsky K.L., Svistun A.I., Shadurskaya L.I., Yarzhembitskaya N.V., Kierczynski K. Photoelectric semiconductor converters with a large dynamic range. Przeglad electrotechniczny, 2014, no. 5, pp. 5‒78. DOI: 10.12915/pe.2014.05.16