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GNSS Antenna (AX3703)

GNSS Antenna (AX3703)

Tersus GNSS
Shanghai, CN

Description

The mini GNSS antenna AX3703 receives GPS L1/L2, GLONASS G1/G2, and Beidou B1/B2/B3 frequencies, which can be used in precision agriculture, vehicle-mounted positioning, and especially high-precision positioning for UAVs.

Specifications

Power

Min. operating power [V]

3

Max. operating power [V]

5.5

Typical consumption [W]

0.2

Connection/cable for power

NA

Operational

Multipath rejection techniques and methods

special multipath rejection tecnolgy

Design keywords

Geodetic Antenna, Rugged

Mounting

NA

Amplifier

Amplifier

Y

Noise figure [max dB]

2

Amplifier description

38Ā±2dB

Max cable length [m]

20

Tracked signals

Tracked satellite signals

GPS, GLONASS, BeiDou

L-Band

N

Signal gain [dB]

38

Type of GPS measurements

L1, L2

Type of GLONASS measurements

L1, L2

Type of Galileo measurements

Type of Beidou measurements

B1, B2, B3

Type of SBAS measurements

Connectivity

TNC female

N

N-type

N

SMA male

N

Other Connectors

SMA-K

Environment

Operating temperature: min. [Ā°C]

-45

Operating temperature: max. [Ā°C]

70

Humidity resistance

95% No-condensing

Water sand and dust proof

Lightning proof design

Shock and vibration proof

NA

ROHS compliance

N

WEEE compliance

N

Max operational altitude [m]

20000

General

Year of introduction

2017

Height [m]

0.09

Depth [m]

0.0218

Width [m]

0.09

Total Weight [kg]

0.098

Certifications

NA

Type

Aerial, Land, Marine

Housing and finish material

NA

More information

Distinguishable features

ā€¢ Supports multi-constellation and multi- frequency ā€¢ GPS L1/L2, GLONASS G1/G2 and BDS B1/B2/B3 ā€¢ Radom reduces the impact of temperature variation ā€¢ Rugged design supports complex working environment ā€¢ Super compact design with 87mm diameter (including ground plane) ā€¢ Lightning proof design protects antenna in harsh weather condition ā€¢ High gain, good low elevation roundness and wide-angle roundness polarization ā€¢ Multipath suppression technique improves performance in challenging environment ā€¢ Multiple feed design stabilizes carrier phase center and minimizes influence to measurement error

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