The IRE-12 a coiled filament operating at approximately 900 degrees Celsius when powered with 10 watts. The radiating element is a coil of resistance wire which has a high emissivity in the Infrared spectral region. The coil is supported by a grooved cylindrical substrate of alumina, resulting in the windings being electrically insulated from each other. This contributes to a more uniform radiating source. The unit does not require operation in a sealed atmosphere. The header is fabricated from ...
The IRE-12K a coiled filament operating at approximately 975 degrees Celsius when powered with 11 watts. The radiating element is a coil of resistance wire which has a high emissivity in the Infrared spectral region. The coil is supported by a grooved cylindrical substrate of alumina, resulting in the windings being electrically insulated from each other. This contributes to a more uniform radiating source. The unit does not require operation in a sealed atmosphere. The header is fabricated from...
Emitter sheet resistance is a primary quality control parameter for silicon cells in PV applications. The CMS models, CMS-1 & -3, Emitter Sheet Resistance Testers allow measurement of wafers ?on the fly?,
A harmonic spectrum reference signal source with a comb output characteristic generating radiated and conducted emissions up to 18 GHz with 50, 80 or 100 MHz step size options. The 50MHz step size allows measurements compliant with chamber validations above 1GHz according to CISPR16.
ELT-805 allows quick checks of stationary and mobile EW receivers. In addition to the CW mode the internal pulse generator enables the modulation of the transmit frequency. This modulation can be fixed or variable. An external signal can be applied through a separate connector. Easy handling and controls as well as ergonomic design make the ELT-805 to a versatile and valuable tester.
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.
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.
PCE-180 CB CableTracker LAN/Cable analyser consists of a signal emitter and a highly sensitive receiver. The signal emitter of this cabletracker LAN/cable analyser is connected to a plug or the core of a cable and sends a coded signal through the cable.
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
The 720 works by measuring the electric charge induced onto the internal sensor by the emitter pins of the static eliminator. An integrated circuit drives the LED display, according to the power of the signal.
The Portable Range Simulator (PRS) provides a cost effective test and training solution for helicopters, ships and slow transport aircraft. The PRS is available in 2 variants depending on level of test complexity desired. Product Features: 2-18GHz Coverage, Portable for rapid deployment, 2 variants - single or multi-emitter transmission, Programmable over a wide range of emitter parameters.
transportable RF signal generator and emitter simulator for stationary and mobile ESM systems, which is menu controlled by a notebook. The built-in signal generator unit allows to program complex radar signals, even with radiation diagrams. The programmed radar signals are stored and generated on the notebook. By combining multiple emitters to a scenario, they can be transmitted in a scenario sequence.
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.