CHANGES IN THE VOLT-AMPERE CHARACTERISTICS OF A DIODE UNDER THE INFLUENCE OF A MAGNETIC FIELD AND LIGHT

Authors

  • G. Gulyamov Namangan Muhandislik Qurilish Institute, 160103, Namangan, O`zbekiston
  • G. N. Majidova Namangan Muhandislik Qurilish Institute, 160103, Namangan, O`zbekiston
  • F.R. Muxitdinova Namangan Muhandislik Qurilish Institute, 160103, Namangan, O`zbekiston
  • S. Q. Madumarova Namangan Muhandislik Qurilish Institute, 160103, Namangan, O`zbekiston

DOI:

https://doi.org/10.17605/OSF.IO/3JHWT

Keywords:

Hall voltage, I–V characteristics, photomagnetic EMF Remember my simultaneous application to the p-n transition of the magnetic field in the light

Abstract

In this work, the influence of a magnetic field and light on the current-voltage characteristic of a diode is studied. When current flows through the diode, the Hall voltage across the cross section increases with increasing magnetic field, and as a result, the current passing through the diode decreases in proportion to the magnitude of the magnetic field. It is noted that the magnetic field causes a monotonic decrease in the photocurrent in the diode with increasing field.

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Published

2022-10-25

Issue

Vol. 3 No. 10 (2022): wos

Section

Articles