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What are the main features of DF antennas?
The direction finding antenna(DF antenna) is mainly used to receive electromagnetic wave signals. It is composed of multiple antenna elements arranged in space according to a certain pattern. According to different direction finding methods, these antenna elements are arranged in different formations to achieve direction finding. The performance of the direction finding system is closely related to the connected DF antenna, especially the direction finding accuracy, sensitivity and immunity to strong signals.
The ZD-DFA-3060-NF DF antenna is a high-performance radio direction finding device designed for applications that require precise direction measurement.
Here are some details about the antenna:
Main features
- Frequency coverage
300 MHz to 6 GHz: Wide coverage of multiple frequency bands, suitable for analysis and location of multiple radio signals.
- Independent but integrated active monitoring antenna
- Provides high-sensitivity omnidirectional coverage.
- Designed on the same axis as the main DF (Direction Finding) antenna to ensure accurate and consistent measurements.
- Will not cause any interference to the normal operation of the DF array.
- Direction measurement capability
Able to accurately determine the transmission direction of the received radio signal.
Direction information can be used to locate the signal source, which is critical for emergency response, security monitoring and other fields.
- Diverse application scenarios
- Navigation assistance: Helps determine the location of moving objects.
- Search and rescue operations: Quickly locate the location of people in distress.
- Interference source identification: Find the source of electromagnetic interference.
- Signal intelligence collection: Analyze and track specific signals.
- Compatible with tripod
Designed for portability and flexibility, it can be used with a standard tripod for easy deployment in different environments.
- Optimized performance
The antenna of each channel is optimized for its specific frequency range.
High azimuth accuracy is achieved, ensuring the reliability of measurement results.
- Application advantages
- High accuracy: Thanks to advanced design and optimization algorithms, it can provide excellent directional resolution.
- Ease of use: The compact structure and user-friendly interface make the device easy and quick to set up and use.
- Flexibility: It can be used both fixedly and mobile, adapting to various field conditions and operational requirements.