PDU-C108Q

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Optical sensors are divided into several different categories, each with its own application specific properties and uses. Photodiodes are one of the most widely used types of optical sensors due to their affordability, reliability, wide range of available application fields, and accuracy in light detection. The PDU-C108Q from PHOTODIODE INTERFACE Systems is a versatile photodiode sensor that has been created to meet the demands of a wide variety of applications.

PDU-C108Q is designed with a small format board that has a 1.3 mm2 sensitive area and is fitted with a filter that allows it to receive light only in the visible range from 400 to 700 nanometers. This photodiode sensor is equipped with a fully integrated transimpedance amplifier which allows it to measure light intensity levels depending on the wavelength of the light. This photodiode includes a low noise, low power operational amplifier which effectively amplifies the signal from the photodiode thereby increasing the resolution of the measurements.

The PDU-C108Q is ideal for applications such as detection of optical level, bright spot detection, measurement of LED performance, evaluation of the spectral response of materials, as well as reflection and transmission measurement analysis. Furthermore, the device is capable of high accuracy measurements and includes an onboard temperature compensation feature. This temperature compensation allows the photodiode to be able to measure light intensity levels with heavy accuracy even when the ambient temperature changes.

In terms of working principles, the PDU-C108Q includes an integrated transimpedance amplifier which converts the low level current produced by the photodiode into a voltage. The voltage produced is also transformed into a digital signal right before being converted into a signal output. The signal output of this photodiode can then be stored, analyzed and interpreted to be used for various applications. Additionally, the output of this photodiode is conditioned to minimize noise and crosstalk. This conditioning ensures that the signal output is strong and clear, providing reliable data that can be accurately interpreted.

The PDU-C108Q provides a number of advantages for applications, such as low noise levels, high accuracy measurements, and wide application fields. Furthermore, it is capable of a large photometric range and has easy temperature compensation. This photodiode from PHOTODIODE INTERFACE Systems is designed to be affordable and competitively priced, which makes it an ideal choice for a range of different applications.

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