Santa Barbara Infrared's new extended temperature blackbodies have a maximum absolute temperature of 175°C. The 2100 Series Blackbody System incorporates all the advantages of accuracy, stability, and ease of use as the 2000 Series Smart Blackbody®.

Main Features:
• Standard Temperature range: -15°C to +125°C delta T (10°C to 150°C Absolute)
• Optional Extended High Ranges: -20°C to +150°C delta T (5°C to 175°C Absolute)
• Setpoint resolution: . .001°C
• Display resolution: .001°C

Temperature Measurement Accuracy :
• Absolute Temperature: ±.001x(T-25°C) or .01°C, whichever is greater
• Stability: 0°C to 100°C, ±.004°C short term, ±.01°C long term175°C, ±.025°C short term, ±.04°C long term
• Emissivity : .985 ±.015, 2µ to 14µ

• Automated turnkey IR test systems
• Laboratory, production line, depot and field applications
• All reflective, 1 to 14 microns
• 6", 8", 10" and 12" clear apertures
• custom configurations available

Two-point correction of infrared detectors, radiometric calibration of IR target projectors and simulators, and high precision system-level testing all depend on an accurate dual-temperature source.

Standard Temperature range:
• Source 1 : +10°C to +60°C absolute
• Source 2: +10°C to +60°C absolute or-15°C to +35°C differential relative to source 1

Optional Extended High Ranges:
• 2", 3", 4" blackbodies: 0°C to 100°C absolute
• 25°C to +75°C differential
• 6" blackbodies: +10°C to +75°C absolute,-15°C to +50°C differential
• 8" blackbodies: Std. Only

• Setpoint resolution : . .001°C
• Display resolution: .001°C
• Differential Temperature: ±0.1% or .01°C,whichever is greater
• Absolute Temperature: ±0.0025 x (T-25°C) or ±0.025°C
• Emissivity : .985 ± .015, 2µ to 14µ

A high-resolution enhanced PID temperature servo provides zero drift and low jitter control of the emitting surfac's temperature.
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

This new architecture eliminates the system’s sensitivity to noise, enhancing blackbody stability and accuracy. The calibration of the blackbody head is independent of the controller, so heads and controllers can be swapped without recalibration. The microprocessor-based temperature controller is designed for optimum accuracy and stability. A high resolution enhanced PID temperature servo provides zero drift and low jitter setpoint control. Main Features:

• Standard Temperature range: -15°C to +35°C delta T (10°C to 60°C Absolute) Optional
  
• Optional Extended High Ranges: -25°C to +75°C delta T (0°C to 100°C Absolute) Setpoint
  
• resolution: .001°C
  
• Display resolution: .001°C
  
• Setpoint resolution: .001°C
  
• Temperature Measurement Accuracy:
  - Differential Temperature±0.1% or .01°C, whichever is greater
  - Absolute Temperature±.001x(T-25°C) or .01°C, whichever is greater
  
• Stability: ±.003°C short term, ±.01°C long term
  
• Emissivity : .985 ±.015, 2µ to 14µ

MIRAGE is a complete IR scene projector system, rather than a set of components to be integrated by the end user.

• 512 x 512 pixel resolution
• High fidelity, dynamic (200 Hz) infrared scenes
• Snapshot updating over the entire array - Standardised non-uniformity correction
• Robust, compact and modular electronics