The Avalanche Photodiode (APD) module is an optoelectronic device. This device allows the acceleration and collection of electrons that are struck and moved by photons emitted from any light source. In this way, highly sensitive signals regarding the presence of light can be obtained even at very low light levels.
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SPAD is designed for the fast and precise detection of photons. These devices can operate using a "geiger" mode that allows for individual counting of each photon, or a high-speed scanning mode. Therefore, SPADs are often used in low-light conditions and situations where other detection technologies fall short.
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Photon counters enable the detection of photons in an APD module. These devices can operate in two basic modes: counting mode (APD Module SPAD), which allows for counting photons in a certain range, or continuous reading mode, which can perform continuous counting.
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These devices are designed to increase the input voltage from low voltage sources for use in applications that require high voltage.
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A quadrant photodetector is an optoelectronic sensor created by combining four separate photodiodes within a single package. This sensor has the ability to detect which regions the incoming light falls on when it arrives from specific directions.
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The Time Digital Converter and Correlation Device, developed for users seeking high sensitivity and reliability, offers an excellent solution for optical time measurement and correlation processes.
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