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Description
Product Description:
SPAD346C3 ABB is a SPAD (Single Photon Avalanche Diode) sensor manufactured by ABB Group.SPAD sensor is a high sensitivity photoelectric conversion device for detecting and measuring optical signals. It is commonly used in laser ranging, fiber optic communication, biomedical and other fields.
Product Parameters:
Wavelength range: depending on the specific model, usually visible or near infrared band.
Sensitivity: High sensitivity, capable of detecting weak light signals.
Bandwidth: usually tens of MHz to hundreds of MHz.
Response speed: fast response speed, able to detect changes in the light signal in real time.
Power supply voltage: usually 5V or 3.3V, depending on the model.
Product specification:
Dimensions: according to the specific model, usually small size, easy to integrate into other equipment.
Interface: Common interface modes include parallel interface, serial interface, etc. The specific interface mode depends on the model.
Operating temperature range: usually -40℃-85℃.
Product features:
High sensitivity: capable of detecting weak light signals to improve the accuracy and reliability of measurement.
Fast response: able to track and detect changes in the optical signal in real time, suitable for high-speed dynamic measurement.
Miniaturized design: small form factor, easy to integrate into a variety of equipment and applications.
High reliability: Strict quality control and testing to ensure product reliability and stability.
Strong customizability: it can be customized according to user’s needs to meet different application requirements.
Application areas:
SPAD346C3 ABB SPAD sensors are widely used in a variety of fields that require high-precision, high-speed optical signal detection, such as laser ranging, fiber-optic communications, biomedical, environmental monitoring and so on. It can be used to measure physical quantities such as distance, speed, displacement, etc. It can also be used in applications such as spectral analysis, fluorescence detection and chemical analysis.
