Gekko - Portable Phased Array System

 

 

Gekko is the first portable phased array system that brings cutting-edge technology like matrix array control and real-time custom Total Focussing Methods (TFM) into the field, packed in a rugged, compact housing.

 

 

 

 

The powerful hardware is used to full capacity by highly elaborated software modules. In particular, the latest CIVA software features are natively implemented for beam steering and measurement analysis. By this way, smart arrays and 3D imaging can be supported for maximum adaptability to the most demanding testing tasks.

 

 

In order to give full profit of its capabilities to a large variety of users, the Gekko is designed as an “all-level operators” instrument. Supervisors and engineers will find the full panel of programming tools and set-up parameter tables they are used to in matrix array or TFM control. At the same time, level-1 operators will be supported in their testing tasks by easy to follow step-by-step interfaces, application and calibration wizards, automatic probe detection and reporting tools, which will speed up the operation and simultaneously reduce the error risk.

 

 

As a portable system, the Gekko is fully adapted to tough field conditions. Battery operated, equipped with a touch screen and water & dust resistant the instrument is supporting up to 4 hours of work in the field with a set of two batteries. Hot swap of batteries is possible.

 

 

 

 

Gekko Characteristics

Logiciel
  Interface utilisateur
Interface "Opérateurs tous niveaux", assistants d'application, analyses, création de rapports
  Capacités CIVA

Calcul des ondes émises/reçues par module CIVA,

soft entièrement compatible avec CIVA

  Méthodes d'acquisition
Total Focusing Methods (TFM), images & visualisation en 3D
  Méthodes de mesure Impulsion-écho, TOFD, TANDEM, DDF, mode "expert" basé sur CIVA
  Visualisation A-, B-, S-, C-scans en temps réel
Contrôle des multiéléments
  Type de capteur
Matrice et linéaire
  Fonctionnalités avancées des capteurs
Détection automatique du capteur, compatible avec des "smart-arrays"
  Focalisation Balayage électronique, balayage sectoriel
  Lois de focalisation
Définition de 16,400 lois possible
Pulsers
  Channels
64 phased-array channels + 4 conventional UT channels
  Pulse shape Negative rectangular pulse
  Pulse width
 30 ... 500 ns
  Voltage

Phased-array channels: 10 ... 100 V in 1 V steps

Conventional UT channels: 10 ... 200 V in 1 V steps

  Pulse repetition frequency Up to 10 kHz
Receivers
  Bandwidth

Phased-array channels: 0.5 ... 15 MHz

Conventional UT channels: 0.5 ... 25 MHz

  Max. input signal
1.2 Vp-p
  TCG Experimental, simulated
  Crosstalk between 2 ch.
< 50 dB
Digitizer
  Hardware Digitizing and real-time summation on 64 channels, 12 bits resolution, 16 bits processing, FIR filters
  Sampling frequency Up to 100 MHz
  Input impedance
  50 Ω
  Digitizing depth
Up to 65,000 samples
Data acquisition
  Gates  Hardware gates
  Synchronization Sychronization of gates available
  Trigger On event (encoder) or external
  Acquisition
A-scans/Peaks data recording, Full Matrix Capture (FMC)
  Data flow rate
Up to 150 MB/s on a 128 Go SSD hard drive
Hardware
  Electronics FPGA and CPU boards
  Screen 10,4'' touch screen, resolution 1024 × 768
  Battery 4h lifetime with a set of 2 batteries, hot swap

External connections

  Ph.-array probe connector 1 × IPEX, compatible with smart probes
  Conventional UT connectors
4 × LEMO 00
  Encoder connectors
3 inputs
  External trigger
1
  USB connectors
3
  Others
3.5 mm jack audio, ethernet, wireless, VGA output
General
  Dimensions 390 × 280 × 120 mm (L × W × H)
  Weight 6.2 kg (incl. battery)
  Operating temp. range  0 ... 40°C
  IP protection level
IP 54