400-1100nm silicon-based bias photodetector - high-speed type

Idealphotons high-speed silicon-based biased photodetector covers a photosensitive range of 400nm~1100nm, with extremely low noise, fast response, no gain, low cost, suitable for conventional optoelectronic detection applications, excellent performance, high cost-effectiveness, and provides Quan directional technical support. It is commonly used for visible and infrared light measurement. Product features: The photosensitive range covers 400nm~1100nm and is commonly used as a bias type detector for visible and near-infrared light measurement. It has extremely low noise, fast response, no gain and low cost, and is suitable for measuring the intensity time waveform of high-speed laser pulses or emission events. It has excellent performance and high cost-effectiveness, and can provide non-standard customized services. Application areas: Visible light and infrared light measurement. Main parameters: parameter value input coupling method, window plate ball lens FC/PC fiber holder wavelength range of 400-1100nm, peak wavelength 730nm, peak response 0.46A/W3dB bandwidth (@ 50 Ω) 2Ghz1GHz rise/fall time (@ 50 Ω) 150ps/150ps1ns/1ns NEP9.29 × 10-15W/Hz 1/29.5 × 10-15dB 5W/Hz 1/2 dark current 35pA126pA output voltage 2V (Max...)

200-1100nm silicon-based bias photodetector - conventional type

Idealphotonics' silicon-based biased photodetectors feature a spectral response range covering 200nm to 1100nm. They offer extremely low noise, fast response, no gain, and low cost, making them suitable for conventional photoelectric detection applications. With excellent performance, high cost-effectiveness, and comprehensive technical support, they are commonly used in ultraviolet and visible light measurements.