Υπέρυθρος φωτοηλεκτρικός αισθητήρας

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Υπέρυθρος φωτοηλεκτρικός αισθητήρας

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April 01, 2025

Category Connection: Υπέρυθρος φωτοηλεκτρικός αισθητήρας

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Ετικέττες:

#R9533 υπέρυθρος φωτοηλεκτρικός αισθητήρας #RGB αισθητήρας χρώματος #Αισθητήρας φλογών UVTRON

Brief: Discover the high-performance YJJ Silicon PIN Photodiode series, including models like S5821-01, S7509, and S1133, designed for wide spectral sensitivity from visible to near-infrared light. Ideal for POS scanners, power meters, and analytical instruments, these photodiodes offer high speed response, low dark current, and excellent reliability.

Related Product Features:

High-speed silicon PIN photodiode with wide spectral sensitivity from visible to near-infrared light.
Low dark current and low junction capacitance for enhanced performance.
Ceramic chip carrier package for surface mount, suitable for reflow welding.
Large light-receiving surface ideal for spatial light transmission and wide field of view applications.
High sensitivity and reliability, perfect for POS scanners and analytical instruments.
Interference filter windows for monochromatic light detection with narrow spectral sensitivity.
Metal TO-18 package ensures durability and reliability in harsh environments.
Customizable maximum sensitivity wavelengths, such as 254 nm, 340 nm, and 560 nm.

Ερωτήσεις:

What is the spectral response range of the YJJ Silicon PIN Photodiode?

The spectral response range is from 320 nm to 1100 nm, covering visible to near-infrared light.
Which models are suitable for surface mount applications?

Models like S7509 and S5106 are packaged in ceramic chip carriers, making them suitable for surface mount applications using reflow soldering technology.
What are the typical applications of these photodiodes?

These photodiodes are commonly used in POS scanners, power meters, analytical instruments, and spatial light transmission requiring a wide field of view.
Can the S12742-254 be customized for other wavelengths?

Yes, the S12742-254 can be customized to support other maximum sensitivity wavelengths, such as 340 nm and 560 nm.