PDB-V102

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Optical sensors, especially photodiodes, have a wide range of applications and are becoming increasingly important in the technological advancement of our society. The PDB-V102 is an optical transducer device designed to measure and detect incident light and convert it into an electrical signal. It consists of an integrated photodiode (PD) and a circuit for signal amplification and filtering, allowing it to detect light within visible wavelengths of 0.3 - 1.0 microns. Furthermore, the PDB-V102 has a fast response and a wide dynamic range, extending from dim light to strong illumination.The PDB-V102 is widely used in optical applications such as fluorescence spectroscopy, solar cells, fibre optics, and medical imaging. When used in fluorescence spectroscopy, the transducer converts the measured fluorescence into an electrical signal that can be analysed. Solar cells use the electrical signal from the PDB-V102 to measure the incident light intensity, allowing the solar cells to adjust their output wattage accordingly. In fibre optics, the signal of the PDB-V102 can be used to measure optical power along a cable or link, as well as detecting optical impairment or degradation caused by changes to the environment. Medical imaging also uses the electrical signal produced by the transducer for detection and tracking of fluorescent marker proteins in biological tissue. The working principle of the PDB-V102 is based on the photoelectric effect. When light strikes the photodiode, it causes electrons to be released from the semiconductor material and then collected as an electrical current which is amplified. The photodiode within the transducer acts as a light sensitive resistor by changing its resistance in response to changes in light intensity. This change in resistance directly affects the output of the amplifier circuit, producing a voltage which is proportional to the incident light intensity.For accurate measurements, the PDB-V102 must be carefully calibrated before being used. This involves setting parameters such as voltage, power, and current, as well as the light intensity and wavelength of the incident light. An optical filter may also be used to remove unwanted signals from other wavelengths. Furthermore, the transducer needs to be regularly maintained to ensure that it performs optimally.In conclusion, the PDB-V102 offers a reliable and efficient solution for detecting and measuring light. Its wide range of applications and fast response allow it to be used in a variety of fields, from fluorescence spectroscopy and medical imaging to solar cells and fibre optics. By using the photoelectric effect, the PDB-V102 produces electrical signals which represent the intensity of the incident light, allowing for accurate and precise measurements and readings.

The specific data is subject to PDF, and the above content is for reference