Four Star GNSS Aviation Antenna LHY3705A

Four Star GNSS Aviation Antenna LHY3705A

Four Star GNSS Aviation Antenna LHY3705A

Four Star GNSS Aviation Antenna LHY3705A

Four Star GNSS Aviation Antenna LHY3705A

Product Description

Aviation Antenna LHY3705A

LHY3705A is a high performance aviation antenna which offers superior satellite signal tracking, including BeiDou, GPS, GLONASS and GALILEO. type antenna. It features small size, high-gain, low wind resistance, high sensitivity and low power consumption, which greatly improves the accuracy and speed of high-speed moving carrier positioning. It can be used with a variety of receivers, quite suitable for high-speed moving systems.

Product Features

Product Advantages

Product Advantages

Low wind resistance, low power consumption

Compact aviation base antenna design, small size with a light weight of 120g, and the IP67 ruggedized cover protect the antenna from dust and water

High-gain, high sensitivity 

High Phase Center Stability

Specifications

Antenna
Frequency Range(MHz)BD B1/B2/B3
GPS L1/L2
GLONASS L1/L2
Maximum Gain(dBi)4
Antenna AR (dB)≤3.0(elevation angle 90°)
VSWR(Passive Antenna )≤2.0
PolarizationRHCP
Port Impedance(Ω)50Ω
LNA
LNA Gain(dB)35±2
Noise Figure≤2.0
In-band Flatness(dB)±2
VSWR(Active Antenna)≤2.0
Operating Voltage(V)3.3-12 VDC
Operating Current(mA)≤45mA
Physical
Connector TypeSMA-K(Can be customized)
Antenna Size(mm)Φ90*27mm(Without Connector)
Antenna Weight(g)≤150g
Operating Temperature(℃)-45-+85 ℃
Storage Temperature(℃)-55-+85 ℃
Relative Humidity95%

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LHY3602A has the characteristics of high gain, miniaturization, high sensitivity, multi-system compatibility and high reliability, which can effectively meet the needs of users.

High gain GNSS Aviation Antenna LHY3703A

LHY3703A supports RECEIVING of GPS+ GLONASS+ Beidou signal and is compatible with multiple systems, which can effectively meet the user's requirements.

High sensitivity GNSS Aviation Antenna LHY3704A

LHY3704A adopts multi-feed point design to ensure the coincidence of antenna phase center and geometric center and improve the measurement accuracy.

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