Vishay Semiconductors Emettitori IR VSMG10850 e VSMB10940 e fotodiodi PIN al silicio VEMD10940F

Gli emettitori IR VSMG10850/VSMB10940 e i fotodiodi PIN al silicio VEMD10940F di Vishay Semiconductors sono emettitori ad alta velocità 850 nm ed emettitori a infrarossi 940 nm e fotodiodo pin al silicio ad alta velocità abbinati a un contenitore con elevata sensibilità radiante da 780 nm a 1050 nm. I modelli VSMG10850, VSMB10940 e VEMD10940F offrono un ampio angolo di ±75° di metà intensità in una confezione compatta con vista laterale a montaggio superficiale di 3 x 2 x 1 mm.

Caratteristiche

  • Photodiode
    • High radiant sensitivity from 1mW/sr to 1800mW/sr
    • Daylight blocking filter matched with 830nm to 950nm IR Emitters
    • Reverse light current of 3μA
    • 1nA low dark current
    • 920nm wavelength of peak sensitivity
    • Low 0.1%/K temperature coefficient of light current
    • Compact package measures 3mm x 2mm with a height of only 1mm
    • Ultra-wide ±75º angle of half-intensity
    • Floor life of 168 hours and moisture sensitivity level (MSL) of 3 following J-STD-020
    • Support lead (Pb)-free reflow soldering
    • Conform to Vishay's "green" standards
  • IR Emitters
    • Peak wavelengths of 830nm and 950nm
    • Clear, untinted plastic packages
    • High radiant sensitivity from 1mW/sr to 1800mW/sr
    • Fast switching times of 15ns
    • GaAIAs multi-quantum well (MQW) and double hetero (DH) technology
    • Low forward voltage down to 1.3V typical

Applicazioni

  • IR touch panels for devices
    • Printer displays
    • eBook readers
    • Smartphones
    • Tablets
    • Ultrabooks
    • GPS units
  • High power emitters for limited spaces
  • High performance transmissive or reflective sensors

Infographic - PhotodIodes

Vishay Semiconductors Emettitori IR VSMG10850 e VSMB10940 e fotodiodi PIN al silicio VEMD10940F

Infographic - Optical Sensors

Vishay Semiconductors Emettitori IR VSMG10850 e VSMB10940 e fotodiodi PIN al silicio VEMD10940F

Video

Pubblicato: 2013-07-01 | Aggiornato: 2025-02-17