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IR System-Level Testing for Complex Environments & Multi-Spectral Fusion
For the complex operating environments of EO payloads in low-altitude reconnaissance, vehicle-mounted observation, etc., Yingshengyuan provides system-level IR test solutions, covering high/low temperature environmental adaptability, field portable optical axis alignment, dual-blackbody complex thermal field simulation, and multi-spectral fusion imaging performance evaluation. Through modular equipment combinations, it meets test requirements across R&D, production, and field maintenance support.
EO pay
01
High/Low Temperature Environmental Adaptability Test
Utilizing the IRCM-200T High/Low Temperature IR Camera Test System, its integrated ultra-low thermal expansion material structure allows it to enter the environmental chamber together with the device under test, enabling real-time evaluation of system parameter drift under varying ambient temperatures. Typical application: NETD and MRTD stability verification during temperature cycling of EO payloads. Device model: IRCM-200T.
02
Field Portable Test
The IRCM-P Portable IR Camera Test System (IRCM-120P) is compact and lightweight, integrating target and blackbody control for rapid field optical axis alignment, NETD, and MRTD inspection. Ideal for maintenance calibration and pre-mission checks of vehicle-mounted/low-altitude payloads. Device model: IRCM-120P.
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Dual-Blackbody Complex Thermal Field Simulation
The IRCM-300D Dual-Blackbody IR Camera Integrated Test System employs a dual-blackbody radiation architecture. The background blackbody features a large-area, high-precision temperature control, with independent target and background temperature adjustment. It overcomes the limitations of single-blackbody collimators, enabling realistic simulation of complex thermal fields (e.g., cloud layers, ground clutter). Paired with custom target boards, it supports specialized tests such as MRTD and MTF. Device model: IRCM-300D.
04
Multi-Spectral Fusion Imaging Performance Evaluation
The IRCM-300F Multi-Spectral Fusion Imaging Performance Test System combines blackbody IR radiation with integrating sphere visible/near-IR radiation. By independently controlling background and target radiance, it simulates fused images under varying contrast and temperature difference conditions. Evaluation metrics include contrast, average gradient, standard deviation, information entropy, resolution, and MROF, providing quantitative basis for multi-spectral fusion algorithm validation. Device model: IRCM-300F.
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FAQ
Can this solution perform both laboratory and field tests simultaneously?
Yes. The high/low temperature test system is suitable for laboratory environmental chambers; the portable test system (IRCM-120P) is designed for field use. They complement each other, covering all scenarios.
What is the difference between the dual-blackbody test system and traditional single-blackbody?
The dual-blackbody allows independent control of target and background temperature, enabling simulation of more complex real thermal fields (e.g., continuous target-background temperature variation). Suitable for advanced MTF/MRTD and scene complexity testing.
What spectral bands does the multi-spectral fusion test system support?
The system combines blackbody IR radiation with integrating sphere visible/near-IR radiation, covering MWIR/LWIR and visible/near-IR bands. Please refer to the product page for specific spectral ranges.
Are the custom target boards compatible with all the above equipment?
Yingshengyuan's target boards feature precision machining and high-emissivity coatings, customizable in pattern and size, and are compatible with the IRCM series test systems.
Tell Us Your Testing Needs
For more solution configurations or product quotes, please contact us. The Yingshengyuan technical team can provide customized recommendations based on your specific test requirements.