SignalShark® - Seven Senses for Signals
Real-Time Handheld Analyzer
Signal Analyzer for Detection, Analysis, Classification and Localization of RF Signals between 8 kHz and 8 GHz. Applicable for mobile and stationary use.
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Sight: SignalShark can detect lowest
signals even in the presence of very strong signals. It does this by combining high sensitivity with a
wide intermodulation-free dynamic range. DANL (preamp. off/on):-160 dBm/Hz / -167 dBm/Hz
Smell: The automatic DF antenna (ADFA)
antenna enables SignalShark to determine the direction of a detected signal in
less than a second. ADFA 1: 200 MHz - 2.7 GHz ADFA 2: 10 MHz - 8 GHz
Hearing: The high sensitivity to signals
The high sensitivity to signals means SignalShark can locate and demodulate even signals that originate from a long way away. Two DDCs enables simultaneous measurement and demodulation.
Feeling: The lightest “touch”
on a previously set trigger mask is enough
for SignalShark to record the corresponding
signal. A scan rate of up to 40 GHz/s ensures
fast detection even for large frequency bands.
Taste: SignalShark analyzes
and evaluates a recorded signal based on various classification criteria, helping the user to decide how relevant the signal is.
Pressure: The 40 MHz real-time measurement
enables gapless, reliable detection of the slightest changes in the RF spectrum with the aid of the Spectrogram view.
Reception: The continuous real time Persistence
The continuous real-time Persistence view of SignalShark displays every change in the signal
with pixel accuracy. Even hidden signals can be detected. 100 % POI signals > 3.125 μsec.
Signal Analyzer for Detection, Analysis, Classification and Localization of RF Signals between 8 kHz and 8 GHz. Applicable for mobile and stationary use. It supports Narda directional and full automatic direction finding antennas.
Included in delivery:
|Operating time||3 hours (nominal), battery pack is hot swappable|
|Izmēri||231 mm × 333 mm ×85 mm|
|Svars||3,8 kg (basic unit including battery)|
|Darbības nosacījumi||-10° to +55°|
|Frequency range||8 kHz to 8 GHz|
|Real-Time instantaneous bandwidth||40 MHz|
|Sweep Rate||up to 40 GHz/s (RBW @ 100 kHz)|
The handle is ergonomically shaped and fits snugly in the hand, and yet it is a technically sophisticated device with several function. It accepts antennas in horizontal and vertical positions, contains a switchable preamplifier, a compass, position sensors, and a measurement start / stop button. The antenna handle communicates with the basic unit through a control cable.
Antenna 1 covers the frequency range from 20 MHz to 250 MHz. It therefore includes the ISM band at 27 MHz, and is particularly suitable for interference and spurious signal searching in the VHF broadcast radio range, but also covers the lower end of VHF television and includes DAB frequencies.
Antenna 2 covers the frequency range from 200 MHz to 500 MHz, making it eminently suitable for interference and spurious signal searches on all communications services within this band, and also includes the 433 MHZ ISM frequency.
The 400 MHz to 6 GHz frequency range of Antenna 3 covers the entire spectrum of mobile communications including LTE and WLAN, and also includes L, S, and C band radar, for example.
This low-frequency loop antenna is particularly suitable for detecting defective or poorly screened switched power supplies or electrical controllers that emit interference, and for identifying interference due to power line carrier systems, or demonstrating interference with other signals in the very low frequency range (ultra long wave).
Suitable accessories for applications that involve operation in vehicles or outdoors.
Šobrid vēl nav klientu atsauksmju.
|SignalShark Datasheet||English||NSTS 0518-E0328D||SignalShark Datasheet, EN|
|SignalShark Leaflet||English||NSTS 06/18 E0333A||SignalShark Leaflet, EN|
|SignalShark Remote Datasheet||English||NSTS 1018-E0344A||SignalShark Remote Datasheet, EN|
|SignalShark Flyer||English||NSTS 0217-E0326B / EP||SignalShark Flyer, EN|
|DF Antennas Datasheet||English||NSTS 0218-E0335A||DF Antennas, EN|
|Comparing the dynamic ranges of spectrum analyzers and radio receivers - Part 1||English||TN 112, EN|
|Comparing the dynamic ranges of spectrum analyzers and radio receivers - Part 2||English||TN 113, EN|
|SignalShark vs Rohde & Schwarz PR100 / DDF 007||English||ME-E0338A||COMP 1, EN|
|SignalShark vs Rohde & Schwarz DDF205 / EB500||English||ME-E0338A||COMP 2, EN|
|SignalShark vs Tektroniks RSA507A||English||ME-E0338A||COMP 3, EN|
|SignalShark vs Tektroniks RSA6120B||English||ME-E0338A||COMP 4, EN|
|SignalShark vs Keysight Fieldfox N9935A||English||ME-E0338A||COMP 5, EN|
|Active Antenna Handle (3300/10) - with Electronic Compass and Preamplifier
Frequency range: 9kHz to 8GHz. Automatic frequency response correction
Preamplifier: Built-in, can be switched off. Amplification typ. 16dB. noise figure less than 6 dB
Compass: Emdbedded electronic compass
Connection cable: RF cable and control cable combined in a flexible tube, length 1 m
RF Connector to SignalShark: SMA-connector, male, 50ohm (N-connector adapter incl.)
RF Connector to antennas: BMA, 50 ohm (female on handle side)
Antenna connectivity: Horizontal or Vertical polarization, type and polarization detected automatically
Power supply: from basic unit
Mounting: Connecting thread at the underside of the handle for tripod mounting
|Directional antenna 1 (3100/11)
Frequency range: 20MHz to 250MHz
Antenna type: Directional loop antenna
Antenna factor: 21dB (1/m) typical @ 200MHz (passive mode)
|Directional antenna 2 (3100/12)
Frequency range: 200MHz to 500MHz
Antenna type: Directional loop antenna
Antenna factor: 21dB (1/m) typical @ 350MHz (passive mode)
|Directional antenna 3 (3100/13)
Frequency range: 400MHz to 8GHz
Antenna type: Log-periodic antenna
Antenna factor: 18.5dB (1/m) typical @ 500MHz (passive mode)
|Loop Antenna, H-Field (3100/14)
Frequency range: 9kHz to 30MHz
Antenna type: Shielded loop antenna
|Antenna Adapter, N Male (3100/15)
With an adapter the internal 3D compass, built-in switchable preamplifier, and automatic polarization detection can be used with third-party antennas.