Gigahertz Solutions HFE35C

Manuals and User Guides for Gigahertz Solutions HFE35C. We found 9 manuals for free downloads instruction manual, User manual, Operating manual, Manual

Below you will find brief information for High Frequency Analyser HF58B-r, High Frequency Analyser HFE35C, High Frequency Analyser HFE59B. The HF58B-r allows a competent assessment of HF exposures between 800 MHz and 2.5 GHz. This particular frequency range is particularly relevant because cellular phones, cordless phones, microwave ovens as well as next-generation technologies such as UMTS/3G or Bluetooth and WLAN all make extensive use of it.

Key Features

  • Frequency range: 800 MHz to 2.5 GHz
  • Measures peak and average power density
  • Logarithmic-periodic antenna included
  • Audio analysis for modulated signals
  • Peak hold function for capturing maximum values
  • Video bandwidth selection for accurate pulsed signal measurement
  • Optional attenuator and preamplifiers for extended measurement range
  • Battery management features

Pages: 16 Gigahertz Solutions HFE35C instruction manual

Brand: Gigahertz Solutions Category: Network analyzers Size: 447 KB

Languages: English

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Frequently Answers and Questions

What kind of batteries does the HF58B-r use?
The HF58B-r uses NiMH rechargeable batteries. It also accepts a standard 9 Volt alkaline battery, but do not connect the device to a charger when using a non-rechargeable battery.
What is the difference between peak and average power density?
Peak power density refers to the maximum value of the signal, while average power density represents the average value over a specified time period. For pulsed signals, it is essential to measure peak power density for accurate assessment of potential health risks.
Why does the document recommend using the LogPer antenna for measurements?
The LogPer antenna is specialized for measuring HF radiation in building biology applications. It offers exceptional directionality, allowing you to accurately locate and target specific emission sources. It also has a defined division of horizontal and vertical polarization planes, making it suitable for identifying the polarization of different HF radiation sources.
What are the recommended power density limits for sleeping areas?
Different organizations and institutions propose varying limits. The SBM 2003 recommends below 0.1 µW/m² for non-pulsed radiation and below 1 µW/m² for pulsed radiation in sleeping areas. The Landessanitätsdirektion Salzburg, Austria, recommends below 1 µW/m² inside buildings and 10 µW/m² outside.
What is the purpose of the audio analysis feature on the HF58B-r?
The audio analysis feature helps you identify the source of a given HF radiation signal by listening to the modulated portion of the signal. This is useful for understanding the source of the radiation and taking appropriate action to reduce exposure.

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