Gigahertz Solutions - HF-ANALYSER HF32D

Cod: HF-ANALYSER HF32D


 

Brosura produs PDF, 0.51 Mb

Descriere

This is the device for technical amateurs - especially easy to operate. It allows a straight forward assessment of the exposure, a determination of suitable remedial actions, as well as a control of their effectiveness.

Frequency range: 800 MHz - 2.7 GHz

 

Features:

  • The reading shows the total pollution without any calculation required.
  • The measured values are reliably displayed directly in the entity corresponding to the building biology standard values.
  • An acoustic signal proportional to the field strength with "Geiger-counter-effect" helps identifying regions with increased exposure.
  • Digital display of 1 µW/m² up to 1999 µW/m².
 

Alte produse GIGAHERTZ

GIGAHERTZ SOLUTIONS - 3D-MAGNETIC FIELD DATA LOGGER NFA30M

• Allows longterm measurements of the magnetic field as required in the guidelines for sleeping place measurements.
• Please have a look at the data sheet (to be found under "available downloads") for detailed descriptions of the broad performance range of this meter, also in comparison to the other NFAs.

 

GIGAHERTZ SOLUTIONS - HF-ANALYSER HFW59D

• Includes an especially shielded log-per antenna with excellent directional characteristics.
• Integrated steep high pass filter at 2.4 GHz reliably suppresses the often dominant GSM and DECT frequencies.
• Calibrated AC measurement output for the demodulated signal, scalable DC output.

 

GIGAHERTZ SOLUTIONS - HF-ANALYSER HF32D

• The reading shows the total pollution without any calculation required.
• The measured values are reliably displayed directly in the entity corresponding to the building biology standard values.
• An acoustic signal proportional to the field strength with "Geiger-counter-effect" helps identifying regions with increased exposure.
• Digital display of 1 µW/m² up to 1999 µW/m².

 

GIGAHERTZ SOLUTIONS - LOW FREQUENCY ANALYSER ME3840B

• The measured values are reliably displayed directly in the entity corresponding to the building biology standard values, namely:
• The electric field strength from 1 to 1999 V/m (against ground potential)
• The magnetic flux density from 1 to 1999 nT.

 

GIGAHERTZ SOLUTIONS - ULTRA BROAD BAND HF ANALYSER SET HFEW35C

• This set also enables a quantitative differentiation between pulsed and unpulsed radiation corresponding to the building biology recommendations for the frequency range of 2.5 GHz to 6 GHz.
• Detailed information to be found in the specific product descriptions.
• The plastic case K5 for a safe transportation of the measurement devices plus antennas is included in the scope of supply.

 

GIGAHERTZ SOLUTIONS - LOW FREQUENCY ANALYSER ME3951A

• Responsivity increased by a factor of 10 (minimum display resolution: 0.1 V/m / 0.1 nT).
• NiMH battery, battery charger / power supply unit included.
• An AC- and a DC-output.

 

GIGAHERTZ SOLUTIONS - HF-ANALYSER HFW35C

• Frequency range from 2.4 to 6 GHz.
• A special device suitable for the measurement of radiation caused by wireless applications / computer networks, including the new standards (Bluetooth, WLAN, WiFi), also covering the WiMAX-frequencies auctioned off in 2006.
• It comes with an especially aligned log.-per. antenna with excellent directivity (Patent pending: AZ 10 2006 051 180.8 ).

 

GIGAHERTZ SOLUTIONS - HF-ANALYSER KIT HFE35C

• The instrument itself, based on the HF35C but with an extended frequency range reaching down to 27 MHz.
• Two antennas: The especially compensated log.-per. antenna for the range above 800 MHz

 

GIGAHERTZ SOLUTIONS - HF-ANALYSER HF35C

• 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).
• HINT: Our best-selling meter for the easy evaluation!

 

GIGAHERTZ SOLUTIONS - HF-ANALYZER HFE35C-BASIC

• 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.
• 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).