Infrared Focal Plane

Infrared Focal Plane include its high sensitivity to infrared radiation, allowing it to detect even faint thermal signatures with exceptional precision. Its ability to operate across a wide infrared spectrum ensures versatility in different imaging applications, from thermal inspections to security surveillance. The integration of low-noise detectors and advanced cooling mechanisms enhances the image quality, providing clear and accurate thermal imagery even in extreme conditions. Additionally, the compact and lightweight design makes it ideal for integration into a variety of platforms, including satellites, drones, and portable devices, offering a cost-effective solution for high-performance infrared sensing. This technology improves situational awareness and data accuracy, contributing to enhanced safety and efficiency in numerous industries.

DESCRIPTION

Products Detail

Imaging Mode	Frame-based Push-broom Imaging	Frame-based Push-broom Imaging	Frame-based Push-broom Imaging
Sensor Type	Single InGaAs Sensor	Single HgCdTe Sensor	Single VOx Sensor
Pixel Size	25μm	15μm	17μm
Single Chip Sensor Pixel Scale	640×512	640×512	640×512
Spectral Band	Shortwave Infrared	Midwave Infrared	Longwave Infrared
Power Consumption	≤20W	≤16W	≤1.5W
Weight	≈1.40kg	≈1.75kg	≈0.09kg
Supply Cycle	3 months	6 months	3 months

The Infrared Focal Plane is a key component used in infrared imaging systems, designed to capture infrared radiation and convert it into usable images or data for various applications such as thermal imaging, night vision, and remote sensing. The focal plane consists of a matrix of infrared detectors, typically made from semiconductor materials such as InGaAs, HgCdTe, or MCT, which are sensitive to infrared light. This matrix is equipped with advanced cooling systems to reduce thermal noise and enhance performance in low-temperature environments. The focal plane is often integrated into infrared cameras or satellite-based instruments, enabling them to detect heat signatures from objects, which is crucial for monitoring wildlife, weather patterns, and military operations. The system features high resolution, wide spectral range, and low noise, which allows it to capture clear and precise infrared images. With the ability to operate in harsh environments and under various lighting conditions, infrared focal planes are indispensable for defense, aerospace, and scientific research.

High-Sensitivity Infrared Focal Plane