Blog Archives

All New OEM Capacitor Charging Power Supply Design Kickoff

Coming October 2021 New Models 5727A and 5728A OEM Capacitor Charging Power Supplies AMI is excited to announce the kickoff of a new program to design a state-of-the-art new OEM Capacitor Charging Power Supply!  The new supply will feature active

Posted in General News, Laser Electronics

60 W, 500 mA Flashlamp Simmer Supply

Model 864A Flashlamp Simmer Supply The Model 864A Simmer Supply is designed to strike and maintain a low-level current discharge in flashlamps.  Initially, the simmer output open circuit voltage rises to a stabilized 1500 V.  The simmer trigger output provides

Posted in General News, Laser Electronics, Technical Note

New High Sensitivity APD Optical Receiver, Model 7511A

Longwood, FL – October 21, 2019. Analog Modules, Inc. (AMI), a HEICO company (NYSE:HEI.A) (NYSE:HEI), is pleased to announce the release of its High Sensitivity InGaAs APD Optical Receiver, Model 7511A-1-04. The Model 7511A-1-04 optical receiver includes a 200 µm

Posted in General News, Sensors and Amplifiers

AMI Exhibiting at BiOS and Photonics West 2019

A new year brings a new show season to AMI with upcoming exhibits in San Francisco, Shanghai, Baltimore and Munich. First up is BiOS February 2-3 at the Moscone Center in San Francisco, CA. Part of the Photonics West conference

Posted in General News, Laser Electronics, Sensors and Amplifiers

A New Generation of Laser Spot Tracker

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

Posted in General News, Sensors and Amplifiers, Technical Note

Gary A. Sweezey and Timothy M. Ayres have been promoted to Co-Presidents

Analog Modules Inc. (“AMI”), a subsidiary of HEICO Corporation Electronic Technologies Group (NYSE:HEI.A) (NYSE:HEI), announces that Gary A. Sweezey and Timothy M. Ayres have been promoted to Co-Presidents of the organization. Ian D. Crawford, the former President of AMI, will

Posted in General News

AMI at SPIE Defense & Commercial Sensing Conference, SPIE.DCS Day Two

SPIE.DCS Day Two After a productive first day AMI at is looking forward to the second day of the SPIE Defense and Commercial Sensing conference in Baltimore, MD. Please stop by AMI’s booth, 422.  The show floor is open from 10AM

Posted in General News, Laser Electronics, Sensors and Amplifiers

AMI Exhibiting Today at SPIE Defence & Commercial Sensing in Baltimore, MD

AMI Booth 422 SPIE Defense & Commercial Sensing If you are attending the SPIE Defense and Commercial Sensing  conference and exhibit  or are in the greater Baltimore/DC area please stop by AMI’s booth, 422.  The show floor is open from

Posted in General News, Laser Electronics, Sensors and Amplifiers

Analog Modules, Inc. announces the release of its Short Pulse Seed Laser Diode Driver

AMI is pleased to announce the release of its Short Pulse Seed Laser Diode Driver, Model 766. The Model 766 short pulse seed laser diode driver offers user-adjustable pulse width capability as low as 150ps up to 1ns for driving 14-pin butterfly

Posted in General News, Laser Electronics

AMI Acquires the OmniPulse Technology Diode Driver and Pockels Cell Driver Product Lines

Analog Modules, Inc. (AMI) has acquired the OmniPulse Technology (http://www.omnipulsetechnology.com/) Diode Driver and Pockels Cell Driver product lines, including relevant Patents, and intends to support all former customers with the OmniPulse product range.  This additional product line supplements AMI’s existing

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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.