Linked from

The 16 pages that link to Photoconductivity, each with the reason it gives.

• PhotodetectorRelated: Photoconductive detectors register illumination through changes in resistance.

• PhotodiodeRelated: Photogenerated carriers raise conductivity and contribute to a photodiode’s measurable current.

• Silver halideRelated: Light-generated charge carriers in silver halides initiate the chemical changes behind exposure.

• Electron–hole pairRelated: Illumination raises conductivity by creating electron–hole pairs.

• SeleniumRelated: Illumination raises the conductivity of certain selenium forms.

• Infrared detectorRelated: Photon detectors use this effect to turn infrared absorption into a change in electrical current.

• Mechanical televisionRelated: Photoconductive cells turned changing scene brightness into electrical variations.

• Semiconductor deviceRelated: It is the basic response used by many semiconductor light sensors.

• Cadmium sulfideRelated: Light-generated carriers make CdS useful as a photosensitive material.

• Laser printingRelated: This property lets laser exposure selectively alter the drum’s charge pattern.

• Lead(II) iodideRelated: Light can change the electrical response of PbI₂, linking its optical absorption to charge transport.

• Lead(II) sulfideRelated: Light-generated charge carriers make PbS useful in photodetectors.

• PhotocopierRelated: Light selectively discharges the copier’s photoconductive surface to form an image.