Showing results 1 - 15 of 48 products found
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Company: DRS Technologies
The Enhanced Common Optical Emitter Test System (ECOETS) is a compact electronic warfare ultra-violet, infrared (IR) laser and realistic laser simulation electro-optical test unit. The system incorporates adaptable software to provide testing not accomplished during system built-in-test.
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Company: Excelitas Technologies
At Excelitas, we're sensing what you need for a healthier, cleaner and safer tomorrow. From infrared light emitting diodes to high power pulsed laser diodes, our emitter technologies are addressing your high-performance and high-volume applications. We have the emitter technologies and capabilities to enhance and accelerate your OEM designs. You can depend on our seven world-class design, manufacturing and R&D facilities including: Montreal, Canada; Wiesbaden, Germany; Fremont, USA; Singapore; Manila, Philippines; Shenzhen, China; and Batam, Indonesia.
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Company: Antenna Research
Antennas for RADAR test, simulation and training are designed for integration into complete threat RADAR simulators for use on combat training and test ranges or in simulators for training and evaluation of RADAR operators, aircrews, air-traffic-control or weather radar applications. All antennas for RADAR simulators have high RF power handling capabilities and generally use pressurized transmission lines. Dual-band, single aperture antennas and a cluster of separate antennas mounted to a single pedestal are ideally suited for RADAR simulators in mobile, fixed, shipboard and airborne environments.
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Company: EKSPLA Uab
Fiber-coupled THz emitters and detectors offered by EKSPLA are designed for broadband operation and can be used in standard timedomain (THz-TDS) setup
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Company: York EMC Services
They provide a wide range of test options without the necessity for purchasing and maintaining multiple instruments.
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Company: York EMC Services
These reference signal source generate a broadband radiated and/or conducted output up to 40 GHz. When used as a verification reference source, the known output allows unknowns within systems or components to be measured or calculated.
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Company: EKSPLA Uab
Includes all necessary components for assembling of optical system for Time Domain THz Spectroscopy. Usable spectral range extends from 0.1 to 4 THz.
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Company: DRS Technologies
The Common Optical Emitter Test System (COETS) is a compact electronic warfare ultra-violet and infrared (IR) laser electro-optical test unit. The system incorporates adaptable software to provide testing not accomplished during system built-in-test.
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Company: Rohde & Schwarz GmbH
R&S®MobileLocator makes it possible for the first time to detect and to automatically locate a transmitter from a moving DF vehicle. Within minutes, the compact DF system based on the R&S®DDF007 portable direction finder can turn a commercial vehicle into a DF platform. Interferers have to be eliminated to ensure seamless radio services such as wireless communications, radio and TV. Regulatory authorities detect such interferers and locate their emitters based on the transmit frequency. Around the globe, Rohde & Schwarz mobile spectrum monitoring systems are used for this purpose. Users in specially equipped DF vehicles rely on R&S ARGUS software. Adding the R&S MobileLocator option now allows them to quickly locate the source of a detected interferer without the need for extra hardware. R&S ARGUS maps the entire spectrum monitoring process – scanning of the frequency band, detection of critical signals based on reference data, analysis of the transmitter, locating and reporting – in a single application.
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Company: Laser Components
Our IR emitters are almost exclusively used in chemical analysis. There is a distinction to be made between broadband and narrow-band emitters. Planck’s emitters are broadbanded, whereas IR lasers are narrow banded.
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Company: Eurostat Group
• Provides excellent coverage, stability of balance and rapid static discharge• No calibration is necessary• Built-in emitter point cleaner for simplified maintenance• Integrated heater for warm air flow• Emitter Points never need replacement
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Company: Shandong Senter Electronic
1. Push function switchover button on emitter to the position of “TEST”. When the red status indicator flashes, it means that you already enter into this function.2. Insert the network wire which two ends are both RJ45, into the corresponding ports of emitter and receiver.3. Check the lighted sequence of LEDs of receiver. If the lighted sequence is same as the network cable’s wire sequence, the sequence is right; otherwise, the wire sequence is wrong.➢ Short Circuit and Open Circuit Test1. Push function switchover button on emitter to the position of “SCAN”. When the status indicator turns to red, voltage indicator “+ -”bright, it means that you already enter into short circuit and open circuit testing function2. Choose a line firstly. Clamp two copper wire sections respectively by crocodile clamps of emitter. In case of short circuit, then the voltage indicator light of emitter “+ -” will be extinct. If the indicator is light, it means open circuit.
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Company: Broadcom Limited
High-performance, two and three channel incremental optical kit encodersHigh reliability, high resolution,easy assemblyContains a lensed (LED) source or emitter, an integrated circuit with detectors and output circuitry, and a codewheel which rotates between the emitter and detector IC
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Company: Teledyne Microwave
The system design utilises next-generation de-interleaving and emitter identification processing coupled with TD established measurement techniques to ensure outstanding performance and exceptional reliability.
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Company: AMS Technologies
Our Laser Systems are based on hermetically sealed and burn-in tested single emitters. The main advantages of our Diode Laser Systems are low operating current since single emitter diodes are operated in series, more precised optical output power control, simpler Diode Laser driver design (low current higher voltage) and higher lifetime due to burn-in testing and screening of the individual laser diodes.
