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Interrogation
probing investigation revealing viability to known.
See Also: Interrogators, Probers, Investigation
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Distance Measuring Equipment (DME)
MS 2002
Distance measuring equipment (DME) is a transponder-based radio navigation technology that measures distance by timing the propagation delay of UHF radio signals. The DME system is composed of a UHF transmitter/receiver (interrogator) in the aircraft and a UHF receiver/transmitter (transponder) on the ground. The aircraft interrogates the ground transponder with a series of pulse-pairs (interrogations) and the ground station replies with an identical sequence of reply pulse-pairs with a precise time delay (typically 50 microseconds). The time difference between interrogation and reply minus the 50 microsecond ground transponder delay is measured by the interrogator's timing circuitry and translated into a distance measurement in nautical miles which is then displayed in the cockpit.
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Advanced Identify Friend Or Foe (IFF) System
Model MD500L IFF
Kratos Defense & Security Solutions, Inc.
The Model MD500L IFF Transponder is an L-Band augmentation device ideally suited for use in aerial target drones, unmanned vehicles, and cruise missiles as a radar enhancement device that provides automatic radar identification in response to interrogations from L-Band IFF and Air Traffic Control (ATC) radars. It also supports Mode C (altitude reporting) operation.
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Sensing System
FBG
A cost-effective FBG (Fiber Bragg Grating) interrogation system that includes a tunable laser diode, 6 photodiodes, and several fiber-optic couplers has been developed with very simple coniguration. Especially, it is not necessary to compensate the accurate wavelength because the wavelength sweeping is precisely performed in terms of the response time of which external cavity material is 5 msec. Moreover, time-varying temperature trends as well as spectra of FBGs can be observed through the front display.
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High Resolution Fiber Grating Sensor Interrogation System
GM8037
UC INSTRUMENTS’ GM8037 portable high resolution fiber grating sensor instrument is ahigh power with high accuracy and wide dynamic range for fiber Bragg grating (FBG)sensors, and compact PC-based interrogation system, and is also a high accurate opticalspectral analysis system. It includes an external device, PC-based application software andoptional high performance laptop.
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Forensic Type
Concentric Technology Solutions, Inc.
Forensic Type Shielded Enclosures are designed specifically for forensics application and features forensics tamper-proof hardware and a built-in padlockable latch to prohibit unauthorized access inside the shield box and to maintain the chain of custody for the devices collected. Devices collected within a smaller forensics shield boxes on site can be easily transferred into a larger forensics enclosure for full forensics evaluation and interrogation.
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Command Encoder/Exciter
Kratos Defense & Security Solutions, Inc.
The Command Encoder/Exciter (CEE) is a rack-mount unit ideal for test and verification of Flight Termination Receivers (FTR) and/or Tone Receiver/Decoders. It accepts a universal AC power input, and it generates a modulated RF output carrier signal adjustable in 100kHz steps from 406MHz – 450MHz from suitable for interrogation all RCC 319 compliant IRIG FTRs.
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Analysis
*Time & Frequency domain visualisation & analysis*Worldwide connectivity – Thin Client/Server Architecture*Interactive viewing & cursor interrogation*Mode definition & alignment*Order & mode tracking*Phase analysis with Cartesian and Polar plots*Third-octave analysis (also 1/6, 1/12, 1/24)*Rainflow and cycle-counting analysis
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Interrogation Monitors
Ibsen Photonics’ I-MON Interrogation Monitors set new standards for fast, real-time spectrum monitoring of FBG sensor systems.
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Fabry-Perot Based Scanning Filter
This new type Fabry-Perot Based Scanning Filter (FPSF) is based on Optoplex proprietary fiber optical Fabry-Perot Etalon technology. It offers F-P based scanning filter with central wavelength at 1060nm, 1310nm, 1550nm or other customized wavelength. It can be tuned manually or automatically by scanning over a wide spectral range from 10nm to 100nm with bandwidth from 0.05nm to 1.0nm. FPSF features less than 3dB insertion loss and as high as 1kHz scanning frequency. Its unique high reliability and low insertion loss design presents the most cost-effective solution for OEM application from telecommunication to fiber sensing interrogation.
