FULL LINE PHYSICAL OPTICAL

Brand Owner Address Description
ATLAS ELEKTRONIK Atlas Elektronik GmbH Sebaldsbrücker Heerstrasse 235 Bremen 28309 Germany full line of physical optical and electrical apparatus including mass spectrometers, leak detectors; pressure measuring apparatus; electroacoustic apparatus for non-medical purposes; survey, shipping, signal, measurement and monitoring apparatus; radio sets; acoustic echosounders for range measurement in water and air; acoustic fish-finding apparatus, multihydrophone listening devices, acoustic locating and control apparatus; apparatus for underwater telephony; radar sets, anticollision apparatus, radio location apparatus, signal devices for electromagnetic waves; electronic measuring apparatus for radio measurement technology; radio direction-finders, ultrasonic devices for industrial purposes, level-detection echosounders; telephone connection apparatus, telephone answering machines, telephone logging apparatus; radio telephone; process data systems for industrial and technical/scientific applications; control and monitoring systems for utility supply and water disposal, for industry and for traffic; control stations; process computer systems for radio and television boradcasting organizations; devices and apparatus for the monitoring of air traffic and airport taxiways; simulators for civil and military applications, such as ship-handling simulators, training simulators for power plants, driving simulators, firing simulators, combat training simulators, navigational training simulators, air traffic control tower simulators; visual systems for simulators; computers and computer systems; data recording and playback apparatus; data media; fire control apparatus and associated test and monitoring systems; battlefield reconnaissance apparatus, mainly consisting of a sensor platform with sensors (such as day and night sight, seismic detector, laser rangefinder, radio direction-finder), monitor for displaying sensor data, data telecommunication system, data processing apparatus; apparatus for automatic target acquidition, target tracking, target classification and target engagement; day and night sights for aircraft and land vehicles, and stabilization systems for these goods; thermal imaging sights; apparatus for the analysis and determination of materials, especially waste products; laser-induced fluorescence analysis apparatus not intended for medical purposes; leak monitoring system; apparatus for the detection of contaminants and inclusions in the ground; ground-probing radar apparatus; apparatus for polutant detection and polutant analysis in seas and in inland waters; sonar equipments and parts thereof; command and weapons control systems on surface and underwater vessels, mainly consisting of surveillance sensors for air space and sea areas, networks for data transmission and data distribution; data processing apparatus, image compilers, operator's consoles with minitors and control panels, interfaces for the connection of weapons; minehunting systems; acoustic homing heads, acoustic guidance systems for underwater propelled guided vehicles; electronic and electroacoustic activation and detonation systems for mines; underwater locating apparatus; integrated naviagation and control systems for ships; autopilots; surveillance systems for inland waterways, sea waterways, harbors and coasts, apparatus for iceberg detection; survey systems for waters and parts of such systems, fanbeam echosounders, laser position-fixing apparatus, recording apparatus and evaluation apparatus; security apparatus and systems for buildings and areas, sensors and evaluation apparatus for these goods; operating and display consoles and protective castings for the above-mentioned goods;ELEKTRONIK;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A dispersion-slope compensator including a feedback-type optical filter constituted by a looped optical line; an input-and-output optical line which inputs and outputs optical signals; and optical couplers which couples the looped optical line and the input-and-output optical line at two or more positions so that a Mach-Zehnder interferometer is formed by a portion of the looped optical line and a portion of the input-and-output optical line which are located between two of the optical couplers. A portion of the optical path realizing an MZI arm which constitutes the Mach-Zehnder interferometer is spatially separated from the other portions of the optical path so that the optical length of the MZI arm can be variably adjusted, and an amount of compensation for dispersion slope can be variably set.