Blackbodies Model 4100
Santa Barbara Infrared
The unique cavity construction of the Model 4100 preserves the high emissivity of traditional cavity blackbody designs, but greatly improves the uniformity and slew rate of the system.
A high-resolution enhanced PID temperature servo provides zero drift and low jitter control of the emitting surfac's temperature.
Main Features
Main Features
- Temperature range: 50°C to 1000°C
- Exit aperture : 1" diameter
- Setpoint resolution: 0.1°C
- Display resolution: 0.1°C
- Slew rate, including settling time: 100-1000°C,- <60 minutes, 1000-100°C -<85 minutes
- Stability: ±0.1°C short term
- ±0.5°C long term
- Emissivity : >.99
Off-axis Newtonian Collimators
Santa Barbara Infrared
The STC Series Off-axis Newtonian Collimators from Santa Barbara Infrared provide superior performance in a compact, light weight, readily integrated package.
These collimators accurately project blackbody energy at infinite focus for critical IR system testing.
- Off-axis Newtonian design
- All reflective 1 to 14 microns
- Rugged athermal housing
- 6", 8", 10" and 12" clear apertures
- 30", 40", 50" and 60" focal lengths
- Optional glass optics for IR / visible testing
IR Windows Software System
Santa Barbara Infrared
Automated thermal imaging software measurement system complete with host computer and display.
- Powerful tool for automated IR system characterisation
- Intuitive graphical user interface
- Quickly configures and execute standard IR tests such as MRTD, SiTF, MTF, etc.
- Store test configurations for one-click execution by production personnel
- Test results are displayed in tabular or graphical formats
- Export data to other Windows application such as Microsoft Excel
RAD 9000 Spectral Radiometer
Santa Barbara Infrared
RAD-9000 Modular MWIR/LWIR spectral radiometer - a high-performance
instrument supporting extremely accurate absolute and relative radiometric calibration of EO test systems.
The RAD9000 design covers the 3-5 μm and 8-12 μm spectral bands, provides thermal sensitivity of better than 40 mK, supports object temperatures from 278-373 K, and delivers better than 2% spectral resolution (Dl/l).
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