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Laser Spot Tracker
 
 
 

Model 742DP Quadrant Tracking Detector/Processor

The Model 742DP is a new generation of laser spot tracker with wide flexibility for missile and platform tracker applications. The detector is temperature controlled and optimized for 1.06µm. Independent five channel noise detectors set the lowest thresholds to achieve long acquisition ranges for different background light and spot positions and special circuits resist sunlight blinding in any one or all quadrants. A range of N-type custom-designed detectors gives the highest performance at 1.06µm. A separate substrate allows the detector size or type to be optimized for your application. Model 742DP comprises a hermetically-sealed temperature-controlled detector with built-in front-end electronics, mounted on a SMT board. A second printed board contains analog and digital processing circuits. The individual channels are digitized with a high-speed A-D converter and output as a serial digital interface for steering. An adaptive threshold control allows optimum signal-to-noise operation and power management is used to reduce power consumption.

The 742DP Emulator is a test fixture designed to assist the evaluation and development of products that incorporate an AMI quadrant laser spot tracker Model 742DP and custom variants.

Data Sheets (PDF Format) are available for models listed below.


 
 
Model Detector Detector Ø Wavelength Responsivity Typical Pulsewidth Dynamic Range Supply Voltage
742DP Si APD 5.33mm to 14mm Optimized for 1.06µm 150 to 450nW 20ns > 100,000:1 ±5V and +180VDC

 

Specifications are subject to change without notice.

In the event that this product is to be exported from the United States, a validated U.S. State Department export license is required.