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Infrared Silicon Photodiodes

Infrared Silicon Photodiodes

The Infrared Silicon Photodiodes from Exosens are high-performance PiN photodiodes engineered for superior sensitivity in the 800 nm to 1100 nm wavelength range. Built using high resistivity silicon, they deliver full depletion for enhanced detection accuracy, with optimized variants for speed or peak infrared response.

Key Features 

  • High sensitivity in the 800 nm to 1100 nm infrared range
  • PiN photodiode design using high resistivity silicon
  • Full depletion for improved detection efficiency
  • 3T series optimized for high-speed applications
  • 4X series optimized for enhanced response at 1064 nm
  • Custom silicon thickness for speed or sensitivity tuning
  • उपलब्ध in single element and quadrant geometries
  • Narrow transition widths available for precision sensing
  • Reliable performance across defense, industrial, and scientific applications
SKU: Infrared_Silicon_Photodiodes Category:

Description

High Sensitivity Infrared Silicon Photodiodes for Precision Detection

The Infrared Silicon Photodiodes by Exosens are designed to deliver exceptional performance in infrared detection applications. Utilizing high resistivity silicon, these PiN photodiodes achieve full depletion, which significantly enhances sensitivity and detection accuracy across the 800 nm to 1100 nm spectral range. This makes them ideal for applications requiring reliable infrared sensing, including laser detection, industrial monitoring, and scientific instrumentation.

Optimized Performance for Speed and Sensitivity

These photodiodes are available in specialized series to meet varying application needs. The 3T series is engineered for high-speed performance, making it suitable for fast signal detection and dynamic environments. The 4X series is optimized for maximum response at 1064 nm, a critical wavelength used in many laser-based systems. Additionally, the silicon thickness can be tailored to prioritize either response speed or sensitivity, offering flexibility to system designers.

Flexible Design and Integration

Infrared Silicon Photodiodes are available in multiple geometries, including single element and quadrant configurations. Quadrant photodiodes are offered with standard or narrow transition widths of 200 µm and 70 µm, enabling precise position sensing and beam alignment applications. This flexibility allows easy integration into complex electro-optical systems, including UAVs, surveillance platforms, and laboratory equipment.

Reliable Performance Across Industries

These photodiodes are widely used in defense and surveillance systems, industrial automation, nuclear facilities, and life science applications. Their robust design ensures consistent performance in demanding environments, while their high sensitivity and fast response make them a dependable choice for engineers and system integrators.

By combining precision engineering, customizable performance, and versatile design, the Infrared Silicon Photodiodes provide a powerful solution for advanced infrared detection needs.

Technical Specifications

Parameter Specification
Photodiode Type PiN silicon photodiode
Spectral Range 800 nm to 1100 nm
Material High resistivity silicon
Depletion Full depletion
Optimization Options Speed or sensitivity tuning
Series Variants 3T (high speed), 4X (1064 nm optimized)
Geometries Single element, quadrant
Transition Width 200 µm or 70 µm
Applications Defense, industrial, scientific, nuclear

 

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