what computers does the military use

what computers does the military use

In later years, there were many attempts to create jetpacks for personal use in the civilian world. If you are not sure where to find military discounts on electronics or computers, I’ve rounded up some discounts below. Hewlett-Packard, HP Anything's good as long as it's Windows 10, fam. However, the availability of the discount may vary according to your location. This page lists types of American military electronic instruments along with brief descriptions of them. 13456, Testimony of Mr. Melvin R. Paisley, Assistant Secretary of the Navy, Department of Defense Appropriations for 1965, Statement of Lt. Gen. Otto J. Glasser, Deputy Chief of Staff, Research and Development, Headquarters, U.S. Air Force, Department of Defense appropriations for 1965, Department of Defense appropriations for 1976, "Ultra Electronics Maritime Systems | Sonobuoys", Department of the Navy Justification of Estimates for Fiscal Year 1976, Directory of Communications-Electronic Equipment, JANAP 161, March 1953, Designations Of U.S. Military Electronic And Communications Equipment, https://en.wikipedia.org/w/index.php?title=List_of_military_electronics_of_the_United_States&oldid=989534808, Military electronics of the United States, Short description is different from Wikidata, Creative Commons Attribution-ShareAlike License, AN/AAD-4: Forward Looking Infrared Detection Set (FLIR) manufactured by Texas Instruments, Inc.; used in AC-119G, AN/AAD-5: Infrared IR Reconnaissance Set Manufactured by Honeywell Aerospace Systems; RF-4C, AN/AAD-7: Forward Looking Infrared Detection Set (FLIR) manufactured by Texas Instruments, Inc.; used in AC-130-A,E,H, AN/AAQ-2: Aircraft pod-mounted FLIR system, aka "LITENING", AN/AAQ-3: Aircraft Targeting System, aka "Sniper XR", AN/AAQ-4: Infrared Countermeasures System; manufactured by Hallicrafters and by Northrop; used in B-66, EB-66C/E, B-52, RF-4C, AN/AAQ-5: FLIR Night Vision Sight; used in UH-1M, AH-1G, AN/AAQ-6: FLIR Electro-Optical Viewing System; manufactured by Hughes; used in B-52G/H, AN/AAQ-7: Laser Rangefinder System; used in AC-130A/H, AN/AAQ-8: IR Countermeasures Pod (development of AN/AAQ-4); manufactured by Hallicrafters and by Northrop; used with A-7D, F-4, AN/AAQ-9: FLIR Imaging Module; used in AN/AVQ-26; used in F-111, A-10, F-4, RF-4C, AN/AAQ-10: FLIR; used in HH-53H, MH-53J, MC-130E, AN/AAQ-11: PNVS (Pilot Night Vision Sensor) FLIR; manufactured by Lockheed Martin; used with AN/ASQ-170; used in AH-64, AN/AAQ-12: TADS, a turreted sensor pack designed for target acquisition, range-finding and target illumination for the use of laser-guided missiles, AN/AAQ-19: Targeting Pod (downgraded AN/AAQ-14) "Sharpshooter", AN/AAQ-20: Navigation Pod (downgraded AN/AAQ-13) "Pathfinder", AN/AAQ-32: Internal FLIR Targeting System (IFTS) (, AN/AAS-33A: Detection and Ranging System (DRS), manufactured by Hughes Aircraft Co., Electro-Optical & Data Systems Group, to be used with the A-6 TRAM all-weather, day/night weapons delivery system, AN/AAS-35 Laser target Identification Set (TISL); manufactured by Martin-Marietta] {Pave Penny}; A-10A, AN/AAQ-39: Electro-optical/infrared fire control system on Air Force Special Operations Command AC-130U Gunship, AN/AAQ-40: F-35 Lightning II Electro-optical Targeting System, AN/AAR-31: airborne radiation thermometer for naval applications, AN/AAR-44: infrared warning receiver, hemispherical search for the heat plumes from missile launches; manufactured by Cincinnati Electronics, AN/AAR-47: aircraft missile-launch detector, AN/AAR-54: aircraft missile-launch detector (B-2, C-130), AN/AAR-57: Common Missile Warning System (CMWS). Lenovo The initial intention of these devices was to allow easy reconnaissance of enemy positions and installations, but also to quickly and easily get soldiers out of harm's way. (Pocket-lint) - War isn't exactly a topic to be gleeful over, but technology has always played its part. In the years that followed, the freeze-drying technique developed further into the processing of food, manufacture of pharmaceuticals, manufacturing of ceramics, production of synthetics and much more besides. This new design was a leap forward as previous designs required tools and funnels to use and were cumbersome when what was needed was convenience. About the image - The now famous 1957 demonstration of the strength of Eastman 910 adhesive which gave to the rise to the modern day hanging-car logo on the tube of super-glue.

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