Built-in surveying GNSS antenna LCY3850A

Built-in surveying GNSS antenna LCY3850A

Built-in surveying GNSS antenna LCY3850A

Built-in surveying GNSS antenna LCY3850A

Built-in surveying GNSS antenna LCY3850A

Product Description

Geodetic Antenna LCY3850A

The LCY3850A is a built-in surveying antenna that is widely used in geodesy, channel mapping, precision agriculture, Marine surveying and other fields, and can also be used in the military field depending on the application conditions.

Product Features

Product Advantages

Product Advantages

Supports BD B1/B2/B3,GPS L1/L2,GLONASS L1/L2 signal reception

Adopts multi-feed point design, ensures the performance of right-hand circular polarization and phase center, reduces the influence of measurement error.

High gain, miniaturization, high sensitivity

Environmental protection no halogen, meet ROSH

Specifications

Antenna
Frequency Range(MHz)GPS L1/L2/L5
GLONASS L1/L2
BD B1/B2/B3
VSWR<2.0
Maximum Gain(dBi)5.5
Antenna AR (dB)≤3.0
Azimuth Coverage(°)360°
Phase Center Error(mm)±2
PolarizationRHCP
Port Impedance(Ω)50Ω
LNA
LNA Gain(dB)40±2
Band flatness(dB)±2
Noise Figure≤2.0
VSWR≤2.0
Operating Voltage(V)3.3-15 VDC
Operating Current(mA)≤40mA
Physical
Connector TypeMCX-JW
Antenna size(mm)Φ142×16.2mm
Antenna Weight(g)≤400g
Operating Temperature(℃)-40-+70 ℃
Storage Temperature(℃)-55-+85 ℃
Humidity95% No Condensation

Related Products

Four-star full-frequency  Survey GNSS antenna LCY4N01A

LCY4N01A has the characteristics of high gain, miniaturization, high sensitivity, multi-system compatibility and high reliability, which can effectively meet the needs of users.

Multi-path-rejection Geodetic Antenna LCY4N03A

LCY4N03A is widely used in geodetic survey, bridge construction, ocean survey, underwater terrain survey, base station, etc.

Built-in four-star full-frequency measurement antenna LCY4N52A

LCY4N52A adopts multi-feed point design to ensure the coincidence of antenna phase center and geometric center. It is compact in size and light in weight, effectively reducing the weight of equipment.

High gain Geodetic Antenna LCY4N54A

LCY4N54A adopts multi-feed point design scheme to achieve phase center and geometric center coincidence, full frequency coverage, multi-system compatibility.

Related News

Beidou-3 PPP-B2b signal: a precise positioning solution for China

Jul. 17, 2024

With the rapid development of global positioning technology, BeiDou-3 Navigation Satellite System (BDS-3) high-precision positioning services have gradually become an important force in the navigation field. The PPP-B2b signal of BDS-3 provides users with precision single point positioning (PPP) services, and its application prospects in China and

An Introduction of New Technology: Reconfigurable Intelligent Surface(RIS)

Jul. 10, 2024

An Introduction of New Technology: Reconfigurable Intelligent Surface(RIS)

Analyze the Operating Mode of the Spiral Antenna

Jul. 10, 2024

Analyze the Operating Mode of the Spiral Antenna

A Beginners’ Guide To Helical Antenna

Jul. 10, 2024

The helical antenna ​is a type of antenna that can transmit and receive polarized electromagnetic signals rotating in space. Such antennas are usually used in ground stations for satellite communications. Use an unbalanced feeder, such as a coaxial cable, to connect the antenna.

Optimizing GNSS Antenna Performance with Ground Planes

Jul. 10, 2024

Optimizing GNSS Antenna Performance with Ground Planes

How to Choose the Right GNSS Receiver for Your Needs

Jul. 10, 2024

How to Choose the Right GNSS Receiver for Your Needs

The Role of GNSS Receivers in Precision Agriculture

Jul. 10, 2024

The Role of GNSS Receivers in Precision Agriculture

The Application of Choke Ring Antennas

Jul. 09, 2024

The Application of Choke Ring Antennas

Classification and Principle of Power Divider in RF System

Jul. 09, 2024

Classification and Principle of Power Divider in RF System

The Benefits of GNSS Receivers for Accurate Navigation

Jul. 09, 2024

MIDE: The Benefits of GNSS Receivers for Accurate Navigation

Get in Touch

Request a Quote