As the technology of optoelectronic components is maturing, its applications are broadening as well. Take laser diodes for example, they are no longer limited to communication applications but have expanded into consumer products. Photonics test solutions mainly focus on testing optoelectronic components, such as photodiode, LED, EEL, and VCSEL. They can also apply to configurations from upstream to downstream processes, including wafer, laser bar, bare chip, CoS, and TO-CAN. Chroma's system integration technology uniquely combines automation equipment with precision current sources, temperature controllers, and automated optical measurement instruments to perform an array of electrical, optical power, wavelength, near-field and far-field optics, and other optoelectronic characteristic and aging tests.

Chroma offers precision instruments such as laser drivers, photodetector monitoring, and temperature controllers. These lab class instruments are often integrated into production solutions for wafer probe test, burn-in and device or module characterization then reinforced with inspection, metrology, robotics, Industry 4.0 and more.

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Sistemaditestdiburn-indeidiodilaserediaffidabilità Model58604
  • CE Mark
Sistema di test di burn-in dei diodi laser e di affidabilità
Model 58604
  • Applicable for burn-in, reliability andlife testing
  • ACC and APC control modes
  • Individual channel driving and measurement. Driving current 500mA per channel and up
  • Precise temperature control up to 125 ℃
  • Individual module operation
HighPowerLaserDiodeBurn-InandReliabilityTestSystem Model58605
High Power Laser Diode Burn-In and Reliability Test System
Model 58605
  • Burn-in, reliability and life test
  • ACC and APC control modes
  • Independent channel for source and measurement
  • Spike-Free sourcing
  • Up to 6000 mA per channel and pulsing
Sistemaditestdiaffidabilitàerodaggiodelfotodiodo Model58606
Sistema di test di affidabilità e rodaggio del fotodiodo
Model 58606
  • Test di rodaggio, affidabilità e durata
  • Corrente di buio e tensione di rottura
  • Sorgente dispositivo bipolare a 256 canali per cassetto
  • Sorgente ad alta polarizzazione fino a 80 volt
Sistemadicaratterizzazionediodilaser Model58620
Sistema di caratterizzazione diodi laser
Model 58620
  • Test automatizzato completo chiavi in mano per i diodi laser ad emissione di bordi
  • Elevata precisione e grande capacità di trasporto, intercambiabile con altre apparecchiature automatizzate
  • Allineamento completamente automatizzato per i test con accoppiamento di fibre