SBIR’s Pulsed Laser Diode Target Projector is designed to provide a uniform collimated pulsed laser output at 1064nm. It can be used for testing both laser receivers and detectors, and also alignment of quadrant detectors used in laser guided missiles.
The system includes a Newtonian type collimator, laser source and controller, and fiber optic/pinhole target assembly. The system can be operated manually via the front panel of the controller or remotely via an ethernet interface to a PC.
• PRF of 20 to 12,500Hz, PRF Stability +/- 0.005%
• Pulse Width 20 +/- 10ns
• Pulse to Pulse Stability of +/- 2%
• Variable calibrated irradiance
• Various trigger modes including: internal (free run), external trigger (start laser firing) free run and external trigger pulse to pulse.
Click on the below link to view a PDF outline drawing:
|Clear Aperture||6 inches|
|Focal Length||30 inches|
|Wavefront Error||0.35 waves at 633 nm|
|Size||33.5” long x 18.6” wide x 12.5” high|
|Fiber Optic/Target Assembly|
|The fiber optic pinhole target assembly is mounted at the focus of the collimator. The alignment of the target assembly will be done at the factory prior to shipment. Periodic adjustment is not required unless the laser collimator and fiber are replaced or the system receives a severe physical shock.|
|Pulse Repetition Frequency Range||20 to 12,500Hz|
|Pulse Width||20 +/-10ns|
|Pulse Power Amplitude Uncertainty||< 10% of power setting|
|Uniformity at Collimator Output||+/-10% of Power Setting Over 4 inch Diameter Central Area, Measured
with a Radiometer with a Collecting Aperture of Less than 1” Diameter
|Peak Power Range (minimum)||0.05 mW/cm2 to 0.1 mW/cm2 (for 10mrad Target Subtense)|
|Control||Manual via front panel, RS-232 and Ethernet interfaces|
|External Trigger||Diode Pulse Controllable via External Trigger (TTL trigger Input)|
See PDF Datasheet
Please contact the SBIR sales team at (805) 965-3669 or firstname.lastname@example.org or applications engineering assistance.
Information subject to change without notice.