The key technique in super-resolution reconstruction is sub-pixel scan, which is mainly achieved by moving detector or optic axis.
At low magnification values (i.e., with the sample close to the detector fiber optic input end) the overall resolution is controlled by CCD pixel size and the detector allows to scan more particles.
The setup mainly includes broadband tungsten halogen lamp as the light source (Ocean Optics), a monochromator (Oriel cornerstone), an optical chopper (Stanford Research), a lock-in amplifier (Stanford Research) and a silicon photo detector (Edmond Optics).
A silicon photodiode with calibration certificate D8-Si-100 D8-Si-100 D8-Si-100ere Optics) was used to correct the cell response.
Infrared detectors, optical imaging devices, photodetectors, photovoltaics, optical switches, biological and chemical sensing photocopiers, and optical receivers for fiber-optic communication all rely on the characteristic of a photoconductor.
It has been proven that the material properties are suitable for many device applications such as laser sources emitting at 1.3 to 1.55 μm, detector, and optical amplifiers for fiber-optic communication systems[3 5].
A fiber optic detector is an optoelectronic transducer that converts optical energy to electrical energy.
(c) A miniaturized multi-channel fiber optic detector was coupled with the newly developed SIC system to detect PRP and HTZ at 270 and 290 nm, respectively.
ZnTe bulk crystal has increasing importance for various advanced semiconductor applications such as solar cells, blue-green laser diodes, terahertz imaging, electro-optic detector, and holographic interferometry [1 7].
Specifically, UV-absorption measurements of proteins at 280 nm were carried out using newly designed fiber optic detectors having eight and 16 channels.
