4100 series high-temperature cavity blackbody
- Technology
- IR blackbodies and test systems
- Partner
- Santa Barbara Infrared (SBIR)
The 4100 series high-temperature cavity blackbody from Santa Barbara Infrared (SBIR) is a precision infrared (IR) calibration source designed for high-temperature electro-optical testing applications. Operating from 50°C to 1000°C absolute temperature, it delivers a highly stable, uniform radiative output using an advanced cavity design that maximises emissivity and measurement accuracy.
This system is specifically engineered for radiometric calibration, IR sensor characterisation, and high-performance EO/IR system validation, where accuracy, repeatability, and fast test cycles are critical.
The unique cavity architecture significantly improves both uniformity and thermal response (slew rate), reducing overall test time while maintaining high measurement fidelity.
Range features
A high level overview of what this range offers
- Wide high-temperature operating range (50°C to 1000°C) – Enables testing of sensors and systems across demanding thermal conditions.
- High-emissivity cavity design – Preserves near-ideal blackbody behaviour for accurate radiometric simulation.
- Improved uniformity across emitting surface – Ensures consistent IR output for repeatable calibration results.
- Fast thermal response (improved slew rate) – Reduces heating and cooling times, improving test efficiency
- Enhanced temperature stability and control – Microprocessor-based PID control minimises drift and jitter.
- Built-in aperture wheel system – Allows rapid selection of limiting apertures and targets for flexible test configurations.
- Electro-mechanical integration options – Optional motorised wheels, choppers, and shutter systems for automated EO testing.
- Seamless system integration – Designed for compatibility with SBIR controllers, target wheels, and automated test benches.
What’s in this range?
All the variants in the range and a comparison of what they offer
| Model | Cavity Aperture | Temperature Range | Emissivity | Stability | Response Characteristics | Configuration |
|---|---|---|---|---|---|---|
4100 | 1″ diameter cavity | 50°C to 1000°C absolute | High (IR cavity design, broadband 2–14 µm) | ±0.30°C short term / ±0.50°C long term | Improved slew rate with reduced test time | Standard cavity system |
