Blog Archives

New Miniaturized Laser Rangefinder Receiver/Range Processor Model 7552A

Longwood, FL – September 26, 2024. Analog Modules, Inc. (AMI), a HEICO company (NYSE:HEI.A) (NYSE:HEI), is pleased to announce the release of its new Miniaturized Laser Rangefinder Receiver with Range Processor, Model 7552A-04. The Model 7552A-04 Miniaturized Laser Rangefinder Receiver/Range

Posted in General News, Sensors and Amplifiers

Optical Receiver Test Boards

To assist in the evaluation and development of products incorporating AMI’s Optical Receivers, we offer test board assemblies to simplify prototype construction, proof of concept, qualification testing and evaluation. Removing the burden of laying out a custom PC board or

Posted in General News, Sensors and Amplifiers, Technical Note

Welcome to Orlando! SPIE DCS 2023

SPIE’s Defense and Commercial Sensing exposition opens today. AMI is exhibiting our latest receiver and diode driver products in our booth #918. If you are in Orlando for the conference, please stop by AMI’s booth; Gary and Tim will be

Posted in General News, Sensors and Amplifiers

AMI Announces the Release of its Model 755A-04.1 Hybrid Eyesafe Laser Rangefinder Receiver

Longwood, FL – March 6, 2023. Analog Modules, Inc. (AMI), a HEICO company (NYSE:HEI.A) (NYSE:HEI), is pleased to announce the release of its newest Hybrid Eyesafe Laser Rangefinder Receiver, Model 755A-04.1 AMI’s Model 755A-04.1 Hybrid Eyesafe Laser Rangefinder Receiver is

Posted in General News, Sensors and Amplifiers

AMI attending the AUSA Annual Meeting & Exposition

AMI President Gary Sweezey and Product Manager Bruce Soileau will be walking the floor at the Association of the United States Army’s annual meeting in Washington, DC.  We look forward to meeting with customers and warfighters; getting feedback for current

Posted in General News, Laser Electronics, Sensors and Amplifiers

Updated Optical Receiver Data Sheet

Model 7511B-1-04 High Sensitivity APD Optical Receiver This week AMI released a revised data sheet for the Model 7511B-1-04 our high gain, low noise, APD-preamp, optical receiver. The compact construction and PCB mounting capability make the Model 7511B-1-04 ideal for

Posted in General News, Sensors and Amplifiers, Technical Note

AMI’s 40th Anniversary!

Longwood, FL – September 9, 2020. Analog Modules, Inc. is pleased to celebrate the 40th Anniversary of its incorporation on this date in 1980. AMI’s founder Ian Crawford, originally from Edinburgh, Scotland, had been designing laser-based systems for Ferranti when

Posted in General News, Laser Electronics, Sensors and Amplifiers

Model 312B Low Noise, GaAs FET Transimpedance Amplifier

The 312B Series are ultra low noise, high gain, GaAs FET amplifiers designed for low level current source input applications in which high gain is required. ULTRA LOW NOISE – DOWN TO 1 pA/√Hz HIGH GAIN – 1 MV/A BANDWIDTH

Posted in Sensors and Amplifiers, Technical Note

HV Detector Bias Supplies

High Voltage APD Photodetector Bias Supplies In order to achieve the optimum performance from a photodetector, the high voltage bias supply must not induce switching noise into the system. AMI offers a line of High Voltage Power Supplies for photodetector

Posted in Sensors and Amplifiers, Technical Note

New High Performance Hybrid Eyesafe Laser Rangefinder Receiver

Analog Modules, Inc. announces the release of its High Performance Hybrid Eyesafe Laser Rangefinder Receiver Longwood, FL – June 4, 2020. Analog Modules, Inc. is pleased to announce the release of its High-Performance Hybrid Eyesafe Laser Rangefinder Receiver, Model 758B.1.

Posted in General News, Sensors and Amplifiers

Featured Products

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 To 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.