Annotator CL Base
Features:

• Accepts data from CameraLink and non-CameraLink sources
• Accepts data from non-CameraLink sources
• Generic TTL/LVTTL/LVDS inputs are converted to CameraLink
• Up to 4 16-bit channels of generic TTL/LVTTL/LVDS input can be connected
• Typical use is for ADC inputs (user supplied ADC, or the Preamp200)
• ADC inputs are annotated and formated to a standard CameraLink output data stream
• Contact for more info on an interface to your measurement system
• Common CameraLink output format for all input types
• Annotation data injected directly into the digital data stream:
  • IRIG referenced time stamp with flexible triggering options
  • 32-bit scan or frame counter
  • User defined ancillary, meta data, and status bits
• CameraLink repeater
• CameraLink Video Splitter
• CameraLink Signal Breakout Box
• FPGA based real-time clock
  • Synchronized to modulated IRIG-B input if present
  • Operates in a free running mode in the absence of an IRIG input
  • Event time accuracy of ±25 microseconds

Annotator CL Full
Features:

• Accepts data from CameraLink sources
• Common CameraLink output format for all input types
• Annotation data injected directly into the digital data stream:
  • IRIG referenced time stamp with flexible triggering options
  • 32-bit scan or frame counter
  • User defined ancillary, meta data, and status bits
• CameraLink repeater
• CameraLink Video Splitter
• CameraLink Signal Breakout Box
• FPGA based real-time clock
  • Synchronized to modulated IRIG-B input if present
  • Operates in a free running mode in the absence of an IRIG input
  • Event time accuracy of ±10 microseconds

Annotator CL GPS
Features:

• Accepts data from CameraLink sources
• Common CameraLink output format for all input types
• Annotation data injected directly into the digital data stream:
  • IRIG referenced time stamp with flexible triggering options
  • 32-bit scan or frame counter
  • GPS Synchronized Precision Time Stamps
  • User defined ancillary, meta data, and status bits
• CameraLink repeater
• CameraLink Video Splitter
• CameraLink Signal Breakout Box
• FPGA based real-time clock
  • Synchronized to modulated IRIG-B input if present
  • Synchronized to percision time generated by u-Blox GPS chip
  • Operates in a free running mode in the absence of an IRIG input
  • Event time accuracy of ±1 microseconds

Annotator CL RM
                  
1U 19" Rackmount Cameralink Annotator
Features:

• Accepts data from CameraLink sources
• Common CameraLink output format for all input types
• LCD Display:
  • Current time synced to either synced to IRIG or GPS time.
  • Discplay Latitude, Longitude, Altitude
  • Display Image Statistics
  • Control over Digital and Text Overlay Annotation
  • Manual Time Control
  • Annotation Mode Control
  • Trigger Control
  • Output Port Order Control
  • Display Firmware Version
• Annotation data injected directly into the digital data stream:
  • IRIG referenced time stamp with flexible triggering options
  • 32-bit scan or frame counter
  • GPS Synchronized Precision Time Stamps
  • User defined ancillary, meta data, and status bits
• CameraLink repeater
• CameraLink Video Splitter
• CameraLink Signal Breakout Box
• FPGA based real-time clock
  • Synchronized to modulated IRIG-B input if present
  • Synchronized to percision time generated by u-Blox GPS chip
  • Operates in a free running mode in the absence of an IRIG input
  • Event time accuracy of ±1 microseconds

RAD 100
Features:

• Detector: 2mm diameter InSb (InfraRed Associates Model IS-2.0); cooled to 77K with closed cycle cooler (Ricor K508)
• FOV: 2º, f/2.6
• Pointing: 3-12x50 scope with illuminated reticle
• Optical Filters: Internal 1” or 2” diameter, positioned in front of the first lens; external 2” diameter
• Optics: 2 CaF2 lenses; 162mm from first lens to the detector surface; 20.9mm back focal distance; 2.528 mm diameter aperture stop (in front of the first lens); 0.831mm diameter field stop (at first lens best focal plane)
• Shield: 28.3º cone angle, 1.704mm minimum diameter (3.378mm from detector)
• Electrical Filters: User selectable filter cutoff of 32KHz (F1), 100KHz (F2), or 375KHz (F3)
• AC Output: Variable gain (1, 2, 4, 8, 16, 32, 128); ±10 Volt output
• DC Output: Variable gain (1, 2, 4, 8, 16); variable offset (±12 Volts); 0 to 10 Volt output
• Options
• Integrated chopper
• On-board 16-bit A/D
• Annotator based data acquisition and control (with IRIG time stamp)
• Edgar data acquisition and processing software
• Built-in computer with touch screen interface and on-board data acquisition
• Two color detector (MCT+InSb)
• Co-boresighted visible camera

Preamp200
Features:

• Single channel preamplifier and ADC optimized for use with MCT, InSb, and Ge optical detectors
• Preamplifier:
• SMA connector for detector connection
• Configurable transimpedance input stage with an adjustable constant polarisation voltage
• AC coupling stage
• Programmable gain stage providing gains of 1x, 2x, 4x, 8x, 16x, 32x, 64x and 128x
• Programmable 4th order Bessel filter stage (available cut-off frequencies depend on wich version of the Preamp200 is used; typical build is with cut-off frequencies of 20kHz, 40kHz, 133kHz and 150kHz)
• ADC supports 16-bit sampling rates up to 1MHz (Analog Devices AD7677)
• Each Preamp200 has a 4-bit ID (set by DIP switches)
• Up to 4 Preamp200 boards can be connected to a single Annotator CL Base
• Small board size (approximately 3.7” x 2.0” x 0.5”)