R&S®HF902 omnidirectional antenna

Omnidirectional antenna for reception of linearly polarized waves

R&S®HF902 omnidirectional antenna
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R&S®HF902 omnidirectional antenna
Show me more details

Key facts

  • Broadband frequency range
  • Compact
  • Rugged design
  • Suitable for mobile use
  • Ideal for detecting and monitoring linearly polarized waves

Omnidirectional antenna for reception of linearly polarized waves

The R&S®HF902 omnidirectional antenna has been designed for the reception of vertically and horizontally polarized waves. It is ideal for broadband detection and monitoring of RF signals in the frequency range from 1 GHz to 3 GHz.
With a diameter of only 0.31 m and a height of 0.49 m, the compact broadband antenna is particularly suitable for applications where the available space is limited.
A compact omnidirectional receiving system for horizontally and vertically polarized waves in the frequency range from 20 MHz to 3 GHz is obtained when combining the R&S®HF902 with the R&S®HE309E, R&S®HE314A1 and R&S®HF214 antennas.

Features & benefits

Broadband frequency range

For broadband detection and monitoring of RF signals

The R&S®HF902 covers the wide frequency range from 1 GHz to 3 GHz, making it the ideal choice for broadband detection and monitoring of RF signals.

Compact

For installations where space is limited

The compact dimensions of the R&S®HF902 (diameter: approx. 310 mm, height: approx. 490 mm) make the antenna ideal for applications where space is critical.

Rugged design 

To withstand harsh environmental conditions

The rugged mechanical design allows the antenna to withstand harsh environmental conditions. This makes the R&S®HF902 perfect for use in stationary and mobile applications.

Simultaneous reception of linearly polarized signals

For better monitoring results 

The simultaneous omnidirectional reception of vertically and horizontally polarized waves ensures a very good monitoring performance and makes the antenna ideal for broadband detection and monitoring of RF signals.

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