The 7558A and 7555 Series Rangefinder/Processor assemblies comprise a high performance Model 758A or 755A receiver with compact support electronics to provide corrected range data to a mother system. The serial range data output is calibrated using AMI’s patented technology…
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Blog Archives
Model 758B.1 Flagship Laser Rangefinder Receiver
High Performance Hybrid Eyesafe Laser Rangefinder Receiver Model 758B.1 The Model 758B.1 is an eyesafe laser rangefinder receiver optimized for ultra high sensitivity and narrow pulses. Pulse widths from 1 to 40 ns are processed over seven orders of magnitude…
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New Stackable CW & Pulsed Laser Diode Driver
Longwood, FL – December 11, 2017. Analog Modules, Inc. is pleased to announce the release of its Stackable CW & Pulsed Laser Diode Driver, Model 787. The Model 787 OEM laser diode driver is a highly efficient, current regulated, low…
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Design of Laser Diode Drivers
Design and Optimization of High Current Laser Diode Drivers INTRODUCTION These posts will explain the development and technical challenges encountered in the design of laser diode drivers, especially high current devices used in military applications. The pros and cons of simple…
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Final day of SPIE.DCS, AMI at SPIE Defense and Commercial Sensing Conference
Today is the final day of SPIE Defense & Commercial Sensing Conference. Tim Ayres and Gary Sweezey will be in AMI’s booth on the show floor from 10AM to 2PM EDT for the final day of the SPIE Defense & Commercial…
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Fiber Optic Link is a great solution.
If you need to move a small signal through an electrically noisy environment, AMI’s Fiber Optic Link is a great solution. http://bit.ly/UwLUE Follow AMI at http://twitter.com/AnalogModules
Model 755A-04.1
Hybrid eyesafe laser rangefinder receiver is designed for laser rangefinding & surveying equipment. Compact construction is ideal for miniature applications. Fast recovery from T0 overload allows ranging to close objects without compromising long range performance. The incorporation of an InGaAs APD gives very high sensitivity with time programmed gain to minimize false targets. Operation at both 1.06 µm and 1.54 µm is possible over a wide range of pulse widths.
