Front view of SiC-AG Photodetector
Front view of SiC-AG Photodetector

SiC-AG Photodetector

Focus on industrial & research mid-UV accurate measurement needs

  • Material-Enabled High Stability
  • Pure Signal and Anti-Interference
  • Flexible Gain for Full-Scenario Adaptation
  • Multi-Scenario Compatible Design
  • Long-Term Reliability and Low Maintenance
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Data Sheet

Overview

Introduction:


This product is a SiC-based ultraviolet amplification-type photodetector with a photosensitive range of 220nm–380nm, primarily designed for ultraviolet light measurement scenarios such as large-area coating uniformity inspection and UV light source spatial distribution characterization. It exhibits high stability, long service life, and resistance to high-flux UV radiation, along with visible-blind property and ultra-low dark current. Equipped with 8-level adjustable gain for quantitative photoelectric conversion, it supports integration into high-vacuum environments (≤10⁻⁴Pa) via a vacuum flange, and provides technical support and non-standard customization services.


Features:


  • SiC-based photodetector covering 220nm–380nm, optimized for UV measurement scenarios (e.g., coating uniformity inspection, UV source far-field distribution testing);
  • High stability and long operational lifespan, withstanding high-flux UV radiation without performance degradation;
  • Visible-blind property (visible light rejection ratio >10¹⁰) and fA-level dark current, ensuring noise-free detection of weak UV signals;
  • High responsivity at key UV wavelengths (e.g., 254nm, 365nm), enabling efficient photoelectric conversion;
  • Vacuum flange design, compatible with high-vacuum environments (≤10⁻⁴Pa) for integration into precision test systems;
  • 8-level adjustable gain, allowing flexible switching between low-light signal amplification and high-light linear measurement;
  • Cost-effective performance paired with comprehensive technical support (e.g., calibration, system integration guidance);
  • Customizable specifications (photosensitive area, gain range) to meet specific application requirements.


Dimension:


Specifications

Adjustable Gain Parameters

Responsivity

Serivce & Support

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