Description

The present  invention relates to an apparatus for detecting magnetic and electromagnetic waves for fields through use of non-superconducting materials. It is used to measure such fields in order to predict earthquakes, volcanic eruptions and other violent earth movements which generate substantial aberrations in magnetic and electromagnetic fields. It can be used to detect any fluctuating magnetic or electromagnetic field regardless of their origin. This apparatus incorporates the use of antennae for the electromagnetic components and coils to detect magnetic fields in conjunction with electronic elements involving amplification, smoothing elements, frequency response networks, networks to make frequency response uniform within the line band and notch filters where necessary.

Features of the T-1050

• Can be located anywhere in the world  or in a satellite without power and phone lines and transmit real-time data via the internet.
  
• GPS time base synchronization allows for differential analog and digital measurements of data.
  
• Provisions for future expansion and for software upgrades via wireless phone connections.
  
• Internal magnetic shielding isolates all electronics from (off-axis) induction coils.
  
• Independent lab to calibrate  the instrument, traceable to NIST.
  
• Robust design to use latest technologies and custom boards & mechanical design for laboratory and field instruments.
  

Specifications

Frequency: 0.01 - 50,000 Hz.
Sensitivity:   1 Nanogauss
Power supply: 212 volt.
                             1.3 amp.