¢º  ºä ½Ã½ºÅÛ

 

Mageye Mobile analysis of magnetic fields

 ±Û¾´ÀÌ :
Á¶È¸ : 1,748  

 

Mageye ŸÀÌƲ.png

  

 

 

mageye photo.png


Mobile Magnetic Field Sensor - Mobile analysis of magnetic fields

Magnetic stray flux can be visualized and evaluated via a mobile „magnetic field sensor¡°. The mageye, Matesys miniaturized magneto-optical USB magnetic field camera, delivers information about the magnetization of the material in high resolution (µm).

The magnetic field camera mageye uses the Faraday effect employing single crystalline materials to visualize magnetic stray flux in real-time. An included software package allows various options to analyse the field distribution.

Magnetic field sensor for the mobile visualization of magnetic fields

A highly sensitive magneto-optical magnetic field sensor enables a regular USB microscope to see magnetic fields. The mageye is the first real magnetic field camera for high-resolution images of the magnetic stray field on different magnetized samples. A USB interface allows the system to be used in almost every surrounding. Moreover, the integration into a software creates diverse evaluation possibilities.

The mageye was developed for the mobile quality inspection and management, and for the stray field visualization of: magnetic stripe cards, magnetic encoders, welding seams, magnetic audio tapes, manipulated serial numbers, as well as dipole and multipole magnets. Furthermore the system can be applied within the forensics, geology and material development.

 

Applications

  • Quality control: Analysis of the magnetic material and its magnetic flux distribution, the magnetizability and domain characteristics in electrical plates, the magnetization properties of soft magnetic materials.
  • Forensics: Recovery of serial numbers on chassis and weapons.
  • Geology:: Investigation of minerals and meteorites.

Functional principle

  • Use of the Faraday Effect within the magneto-optical magnetic field sensor: (magnetic field dependent rotation of the polarization plane of linearly polarized light in bismuth substituted YIG)
  • Visualization of the change in polarization behind a second polarizer
  • Recording of the magneto-optical image with a high resolution digital camera
  • Use of proven image evaluation algorithms to efficiently analyze the two-dimensional magnetic field information

Technical features

High-resolution magnetic field visualization

 

Fieldrange: 0,01 to 130 kA/m (0,1 to 1.600 Oe)

Sensor size: up to 8x8 mm  
Optical resolution: ~ 10 ¥ìm

 

 


 
 

Total 3
M-axis
Magnetic moment, Mgnetization angle
CMOS-MagView
Magnetic Field Camera
Mageye
Mobile analysis of magnetic fields
 
 
 

ȸ»ç¼Ò°³

Á¦Ç° ¼Ò°³

Á¦Ç° ¹®ÀÇ

°í°´ ¼¾ÅÍ

ÀÚ·á½Ç

ÃøÁ¤ µ¿¿µ»ó

DAEHA News

  152-050  ¼­¿ï½Ã ±¸·Î±¸ ±¸·Îµ¿ 212-13¹øÁö º®»êµðÁöÅ» ¹ë¸® 3Â÷ 607È£

  Tel: 02) 2025-2166~8  Fax : 02) 2025-2170   E-mail : sales@daehatc.co.kr  

  ºÎ»êÁö»ç(Á¤±¤ÀνºÅØ) : ºÎ»ê±¤¿ª½Ã ºÎ»êÁø±¸ ÀüÆ÷´ë·Î 223¹øÁö 19Å×Å©³ëÇÁ¶óÀÚ Aµ¿ 510È£

  °æºÏÁö»ç(½Å¿µÀνºÅØ) : °æ»óºÏµµ ±¸¹Ì½Ã ±¸¹Ì´ë·Î 350-27 ITÀÇ·áÀ¶ÇÕ±â¼ú¼¾ÅÍ 401È£

  TEL : 051-808-2279, FAX : 051-809-2269

  Copyright©2014 ´ëÇϱ³¿ª»ó»ç(ÁÖ) All rights reserved