Full package apk
Instructions for updates

1 – Uninstall previous version

 

 

 

2 – Copy the new file (.apk) to the \\\\ luxondes \\ apk folder on the smartphone

 

 

3 – Use File Manager to start the installation

 

 

 

 

Viewer. APK - V2.2b

October 2021 version

mot de passe / password : luxondes

 

Console. APK - V1.1

September 2021 version

 

Scanphone. APK - V2.5

September 2021 version

New features

  • Wired connection with external module
  • Wifi activation bug fix

Release 2.31

  • Activation of the frequency option
  • Improvement of the curve display

Release 2.0

  • Better grid stability
  • Grid positioning parallel to the ground
  • Grid height setting
  • Automatic opening of the viewer after the measurement
  • Direct viewing in the viewer
  • Direct comparison of two maps
  • Save & load settings (with text)

 

 

PC-Viewer

 

Near-field measurement and simulation software generate a large amount of data.

Very often, the data format is formatted depending on the type of device or software used.

The XML / NFS standard: TR 61967-1-1 © IEC: 2010 will define a universal exchange format for data from different near-field scanners (Near Field Scan).

Its format is suitable for different 2D or 3D coordinate systems for a frequency or time domain.

 

 

With the QRCode function of the viewer, download mapping examples

  • 2D/3D
  • mono sensor or frequency

Scanner le QRCode correspondant aux exemples ci-dessous

Frequency mapping

  • Format Data : .LXD
  • Measurement system : Scanphone
  • Sensor : Loop antenna
  • Frequency : FM band
  • Spectrum : FPC1000 R&S

 

Frequency mapping

  • Format Data : .LXD
  • Measurement system : Scanphone
  • Sensor : Loop antenna
  • Frequency : 8 – 10 MHz
  • Spectrum : FPC1000 R&S

 

Low frequency radiation comparison

  • Format Data : .LXD
  • Measurement system : Scanphone
  • Sensor : G02
  • Frequency : < 400 MHz
  • Information : Direct comparison

 

Comparison with and without shielding

  • Format Data : .LXD
  • Measurement system : Scanphone
  • Sensor : G02
  • Frequency : < 400 MHz
  • Information : Direct comparison

 

Wave simulation

  • Format Data : .LXD
  • Measurement system : simulation software
  • Sensor : xx
  • Temporel : µsec
  • Information : Matlab

 

Measure and Simulation WiFi antenna

  • Format Data : .XML .FFS
  • Measurement system : Gyroscanfield
  • Sensor : S26
  • Frequency : 2.4 GHz
  • Simulation Software : CST

 

Measuring a iphone at 900 MHz

  • Format Data : .XML
  • Measurement system : Gyroscanfield
  • Sensor : S26
  • Frequency : 900 MHz
  • Object format : .obj

 

Kinect kangoo photo

  • Format Data : .XML
  • Measurement system : Kinect
  • Sensor : Spectrum analyseur
  • Frequency : 2 GHz
  • Object format : .jpg

 

Mapping planar inside a vehicle with kinect 

  • Format Data : .XML
  • Measurement system : Kinect
  • Sensor : Spectrum analyseur
  • Frequency : 2 GHz
  • Object format : .obj

 

Mapping planar outside of a train

  • Format Data : .XML
  • Measurement system : Kinect
  • Sensor : Loop antenna
  • Frequency : < 1MHz
  • Information : Select HD and Extend = 0 and Reload Data

 

Mapping planar outside of a train (3D obj)

  • Format Data : .XML
  • Measurement system : Kinect
  • Sensor : Loop antenna
  • Frequency : < 1MHz
  • Information : Select HD and Extend = 0 and Reload Data

 

Map the magnetic field of a magnet

  • Format Data : .XML
  • Number of measurement point : 200 000
  • Measurement system : Swing Arm Scanner
  • Sensor : Hall Effect sensor

 

Tag RFID with Swing arm scanner

  • Format Data : .XML
  • Number of measurement point : 200 000
  • Frequency : 16 MHz
  • Measurement system : Swing Arm Scanner
  • Sensor : S3

 

Reader NFC 13.56 MHz

  • Format Data : .XML
  • Number of measurement point : 400
  • Measurement system : Swing Arm Scanner
  • Frequency : 13.56 MHz
  • Object format : .obj
  • Viewer : java / android

 

µP with and without ground plane

  • Format Data : .XML .XML
  • Number of measurement point : 1400
  • Measurement system : Swing Arm Scanner
  • Sensor : Antenna Card C16
  • Frequency : 16 MHz
  • Object format : .obj
  • Viewer : java / android

 

EM radiation from a screen

  • Format Data : .XML .XML
  • Number of measurement point : 950
  • Measurement system : Swing Arm Scanner
  • Sensor : Spectrum Analyser
  • Frequency : 40.2 MHz
  • Object format : .obj
  • Viewer : java / android

 

EM radiation a screen (bottom)

  • Format Data : .XML .XML
  • Number of measurement point : 950
  • Measurement system : Swing Arm Scanner
  • Sensor : Spectrum Analyser
  • Frequency : 40.2 MHz
  • Object format : .obj
  • Viewer : java / android

 

Switch-mode power supply with cover

  • Format Data : .XML
  • Number of measurement point : 200 000
  • Measurement system : Swing Arm Scanner
  • Sensor : S3
  • Frequency : 16 MHz
  • Object format : .obj
  • Viewer : java / android

 

Dipole antenna

  • Format Data : .OBJ .FFS
  • Object : Double ridge antenna .obj
  • Simulation software : CST
  • Frequency : 2 GHz
  • Viewer : java / android

 

Horn antenna simulation

  • Format Data : .OBJ .FFS
  • Object : Double ridge antenna .obj
  • Simulation software : CST
  • Frequency : 2 GHz
  • Viewer : java / android