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High frequency analyser HF38B

Gigahertz Solutions high frequency analyser HF38B

  • The total exposure is being measured and displayed directly in the units of the recommended limiting values of the standard of building biology SBM (µW/m²)
  • The included logarithmic periodic antennas fully compensated and allow for pinpointing the source of EMF-pollution
  • The high resolution and long time precision is granted through - also patented - self-aligning circuitry elements
  • The audio analysis feature helps identifying the underlying radio services
  • The provided measurement guideline including their recommended limiting values of the standard of building biology SBM enables even technical laymen to perform a reliable assessment of the personal EMF-pollution, as well as a determination of suitable remedial actions, and a control of their effectiveness
  • Display of peak value as well as average value (switchable)

Manufacturer: Gigahertz Solutions - ManufacturerNr 530-030 / Art.Nr. 0402
Environment & Disposal

High frequency analyser HF38B

The total exposure is being measured and displayed directly in the units of the recommended limiting values of the standard of building biology SBM (µW/m²).

An acoustic signal proportional to the field strength with "Geiger-counter-effect" helps identifying regions with increased exposure.

Audio analyses for the identification of pulsed radiation sources (mobile radio (GSM, UMTS/G3), cordless telephones (DECT), WLAN (Bluetooth), air-traffic control radar) by means of an acoustic signal proportional to the modulation frequency.
Digital display of 1 µW/m² up to 1999 µW/m².

Display of peak value as well as average value (switchable).

Sensitivity increased by a factor of 10 (from a minimum display resolution of 0.1µW/m² to a maximum of 1999 µW/m²).

The log.-per. antenna with further improved frequency response.

A 10 times higher sensitivity: Minimum display resolution 0.01 µW/m². A measuring range extended upwards by a factor of 10: max. 19.99 mW/m² .

Clearly simplified measurements with the help of the "peak-hold"- function.