Home Products GNSS Antenna EV108 GNSS Antenna
The EV108 is a four-system multi-frequency aerial antenna that supports GPS/BDS/GLONASS and GALILEO. It can be widely used in surveying and mapping, high-precision UAV, vehicle-mounted applications, and other similar contexts. It is particularly well-suited to a multitude of applications involving unmanned aerial vehicles (UAV), including agriculture, aerial photography, telemetry, disaster surveillance, patrolling, security monitoring, power patrol, and others.
1. The passive antenna is characterised by a high gain, a wide beam width and a low elevation angle, which results in an optimal signal reception effect. It is capable of receiving satellite signals even in environments with significant blockage.
2. This antenna has a wide working band, so it can support lots of different systems and frequencies. It's especially good for global networking at B3 frequency point, which makes the system much more stable.2. The passive antenna with a wide working band is capable of supporting multi-system and multi-frequency points effectively, particularly the global networking B3 frequency point, which significantly enhances the stability of the system.
3. The antenna is compact, lightweight, and boasts a reliable structure. It has been assembled to comply with the waterproof IP67 standard and is suitable for use in challenging environments. The antenna test meets IP65 standards, thereby significantly enhancing the reliability of the UAV. This is evidenced by its ability to withstand moisture, shocks, and other forms of stress.
4. The antenna exhibits robust anti-interference capabilities, with high out-of-band rejection, enabling effective avoidance of base station and other signal interference caused by system instability.
Application
• Aerospace
• Telemetry
• Tracking and monitoring
Low Noise Amplifier Characteristics
Structural and environmental adaptability
Technical parameters
Antenna size
Weight
Connector
-55℃~+85℃
Structural drawing (dimensional tolerances ± 0.3 mm not noted)
Documentation
Serial No.
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Contents
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Version
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Date
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All chapters
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V1.0
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2023-2-26
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