4G+GPS Passive Combination Antenna

4G+GPS Passive Combination Antenna Specification

Conductor Shape
Round

Number of Conductor
2

Conductor Type
Stranded

Impedance
50 Ohm (ohm)

Application
Telecommunication

Conductor Material
Copper

Jacket Material
PVC

Connector Color
GOLD

Shield Material
PVC

Jacket Color
Black

4G+GPS Passive Combination Antenna Trade Information

Minimum Order Quantity
5 Number

Delivery Time
3 Days

About 4G+GPS Passive Combination Antenna

Product Description

Specifications:
4G LTE Cellular Antenna Specification:
Frequency Range: 698-960 MHz, 1710-2170 MHz, 2300-2700 MHz
V.S.W.R: <2.0
Polarization: Linear
Gain: 5dBi
Impendance: 50

GPS Antenna Specification:
Center Frequency: L1:1575.42MHz1.023 MHz
Band Width >9MHz
Polarization: RHCP
Gain: 2dBicZenith
V.S.W.R: <1.5
Impendance: 50
Axial Ratio: 3dBmax
LNA Gain: 282dB
LNA Noise Figure: <1.5
LNA V.S.W.R: <2.0
LNA Supply Voltage: 2.25V DC
LNA Current Consumption: 515mA

Mechanical:
Cable: RG174
Cable Length: 3 Meters
Connector: Dual SMA Male Connector
Material: ABS
Mounting Method: Adhesive Magnetic Mounting

Superior Connectivity and Performance

Designed for seamless integration in telecommunication systems, this combination antenna ensures robust 4G data transmission and accurate GPS signal reception. Its advanced copper conductors and optimized 50 Ohm impedance deliver stable, high-speed communication, even within challenging environments. Whether used in vehicles, remote monitoring, or IoT devices, users can rely on consistent, interference-free connectivity.

Durable Construction for Longevity

Protected by a black PVC jacket and shield, this antenna resists harsh weather, chemical exposure, and mechanical stress. The sturdy build minimizes signal loss, while the gold-colored connectors prevent corrosion and maintain signal integrity over time. Such resilience makes it a top choice for both fixed and mobile telecommunication applications.

FAQ's of 4G+GPS Passive Combination Antenna:

Q: How does the 4G+GPS Passive Combination Antenna enhance telecommunication systems?

A: This antenna combines both 4G data and GPS signal capabilities, improving overall connectivity and location accuracy in telecommunication setups. Its dual-conductor, copper-stranded design ensures reliable signal transmission even in demanding environments.

Q: What materials are used in the construction of this antenna, and why are they significant?

A: The antenna is built with stranded copper conductors, a round conductor shape, and a gold connector, all encased in a black PVC jacket and shield. Copper provides excellent electrical conductivity, gold resists corrosion, and PVC offers protective durability.

Q: Where can this 4G+GPS antenna be installed or used?

A: This antenna is suitable for a wide range of telecommunication applications, including vehicles, stationary communication hubs, IoT devices, and remote monitoring systems, both indoors and outdoors.

Q: When should I consider using a combination antenna like this in my projects?

A: Use this antenna whenever an application requires simultaneous 4G data connectivity and GPS positioning, particularly where space is limited and durability is a priority-such as in fleet tracking, smart monitoring, or communication infrastructure.

Q: What is the process for installing this antenna?

A: Installation involves connecting the gold-colored connector to the compatible device, ensuring a firm, secure attachment. The antenna should be positioned in a location with minimal obstructions for optimal signal strength, and the PVC jacket provides protection during setup.

Q: What are the main benefits of using a PVC-jacketed, copper-conductor antenna?

A: PVC jacketing enhances the antenna's resistance to weather and chemicals, while copper conductors ensure minimal signal loss and robust performance. This combination leads to longer operational life and higher efficiency.

Q: How does the 50 Ohm impedance benefit telecommunication performance?

A: A 50 Ohm impedance is standard for high-frequency applications, minimizing signal reflection and maximizing power transfer, which contributes to superior data rates and reliable GPS functionality.