• Chinese Optics Letters
  • Vol. 22, Issue 7, 072501 (2024)
Sergey Olegovich Slipchenko1,*, Aleksandr Aleksandrovich Podoskin1, Ilia Vasil'evich Shushkanov1, Marina Gennad'evna Rastegaeva1..., Artem Eduardovich Rizaev1, Matvey Igorevich Kondratov1, Artem Evgen'evich Grishin1, Nikita Aleksandrovich Pikhtin1, Timur Anatol'evich Bagaev1,3, Maxim Anatol'evich Ladugin2, Aleksandr Anatol'evich Marmalyuk2,3 and Vladimir Aleksandrovich Simakov2|Show fewer author(s)
Author Affiliations
  • 1Ioffe Institut, Russian Academy of Sciences, St. Petersburg 194021, Russia
  • 2Open Joint-Stock Company M. F. Stel’makh Polyus Research Institute, Moscow 117342, Russia
  • 3RUDN University, Moscow 117198, Russia
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    DOI: 10.3788/COL202422.072501 Cite this Article Set citation alerts
    Sergey Olegovich Slipchenko, Aleksandr Aleksandrovich Podoskin, Ilia Vasil'evich Shushkanov, Marina Gennad'evna Rastegaeva, Artem Eduardovich Rizaev, Matvey Igorevich Kondratov, Artem Evgen'evich Grishin, Nikita Aleksandrovich Pikhtin, Timur Anatol'evich Bagaev, Maxim Anatol'evich Ladugin, Aleksandr Anatol'evich Marmalyuk, Vladimir Aleksandrovich Simakov, "Hetero-integrated high-peak-optical-power laser source (940 nm) for time-of-flight sensors," Chin. Opt. Lett. 22, 072501 (2024) Copy Citation Text show less
    Schematic depiction of the hetero-integrated assembly “laser–heterothyristor switch.”
    Fig. 1. Schematic depiction of the hetero-integrated assembly “laser–heterothyristor switch.”
    Laser pulses obtained for the hetero-integrated assembly “laser–heterothyristor switch” at various operating voltages of the heterothyristor switch. The inset shows the laser pulse width as a function of the operating voltage of the heterothyristor switch.
    Fig. 2. Laser pulses obtained for the hetero-integrated assembly “laser–heterothyristor switch” at various operating voltages of the heterothyristor switch. The inset shows the laser pulse width as a function of the operating voltage of the heterothyristor switch.
    Lasing dynamics of the hetero-integrated assembly at an operating voltage of 55 V. (a), (b) Time-resolved near field obtained through linear interpolation of 36 curves measured at 2.7 µm intervals along the x-axis. (c) Measured total output powers of laser pulses, with filled areas indicating contributions from different emitters (LD1 and LD2 shown in Fig. 1). (d) Turn-on time distributions along the apertures of different emitters.
    Fig. 3. Lasing dynamics of the hetero-integrated assembly at an operating voltage of 55 V. (a), (b) Time-resolved near field obtained through linear interpolation of 36 curves measured at 2.7 µm intervals along the x-axis. (c) Measured total output powers of laser pulses, with filled areas indicating contributions from different emitters (LD1 and LD2 shown in Fig. 1). (d) Turn-on time distributions along the apertures of different emitters.
    (a) 1–vertical (black) and 2–lateral (blue) far-field divergences at an operating voltage of 55 V. (b) Lasing spectra at operating voltages of 20, 35, 45, and 55 V.
    Fig. 4. (a) 1–vertical (black) and 2–lateral (blue) far-field divergences at an operating voltage of 55 V. (b) Lasing spectra at operating voltages of 20, 35, 45, and 55 V.
    Sergey Olegovich Slipchenko, Aleksandr Aleksandrovich Podoskin, Ilia Vasil'evich Shushkanov, Marina Gennad'evna Rastegaeva, Artem Eduardovich Rizaev, Matvey Igorevich Kondratov, Artem Evgen'evich Grishin, Nikita Aleksandrovich Pikhtin, Timur Anatol'evich Bagaev, Maxim Anatol'evich Ladugin, Aleksandr Anatol'evich Marmalyuk, Vladimir Aleksandrovich Simakov, "Hetero-integrated high-peak-optical-power laser source (940 nm) for time-of-flight sensors," Chin. Opt. Lett. 22, 072501 (2024)
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