Antenna PCB 2.4GHz Built-In 3dBi WiFi Antenna

Antenna PCB 2.4GHz Built-In 3dBi WiFi Antenna Specification

Weight
2g (approx.)

Conductor Shape
Flat

Install Type
Soldered/Embedded

Operating Temperature
-40C to +85C

Rated Temperature
-40C to +85C

Conductor Type
PCB Printed

Core Number
Single

Insulation
FR4 substrate

Impedance
50 Ohms

Core Material
Copper

Cable Type
No cable (Built-in PCB)

Usage & Applications
Wireless Communication, WiFi Transmission, IoT, Routers, Embedded Projects

Number of Conductor
Single trace

Features
Built-in PCB Antenna, High efficiency, Compact size, Lightweight, Stable performance, Suitable for wireless applications

Product Type
2.4GHz PCB WiFi Antenna

Length
48 mm

Voltage
50V max

Insulation Material
FR4

Application
WiFi, Routers, IoT Modules, Wireless Modules, Embedded Systems, Access Points, Smart Devices

Conductor Material
Copper Trace

Jacket Material
None (PCB only)

Storage Temperature
-40C to +85C

Shield Material
None (non-shielded PCB design)

Jacket Color
Green

Dimension (L*W*H)
48mm x 12mm x 1mm (L x W x H)

Color
Green

Material
FR4 and Copper

Size
48mm x 12mm

Return Loss
-10dB max

Mounting Type
SMD/On-board soldering

RoHS Compliance
Yes

Polarization
Linear

VSWR
2.0

Surface Finish
HASL (Lead-free)

Bandwidth
100MHz

Radiation
Omni-directional

Maximum Power
2W

Frequency Range
2.4GHz~2.5GHz

Gain
3dBi

Antenna PCB 2.4GHz Built-In 3dBi WiFi Antenna Trade Information

Minimum Order Quantity
5 Pieces

Main Domestic Market
All India

Antenna PCB 2.4GHz Built-In 3dBi WiFi Antenna About

Description:Omnidirectional Antenna,Internal Antenna,2.4GAntenna,3dBi,50Ohm,WiFi/WLAN,for PCB,Straight,Standard

Omnidirectional Antenna,Internal Antenna,2.4G Antenna,3dBi,50Ohm,WiFi/WLAN,for PCB,Straight,Standard
Used to transmit and receive electromagnetic wave in Wireless deverice with stable signal and low loss;
Applied to wireless communication, radio, TV, radar, remote control fields;
Multi-mode and specification for choice;
From the OEM Original Factory, same quality with much better price.

High Efficiency for Reliable Wireless Connectivity

This PCB WiFi antenna delivers consistent performance across a wide bandwidth of 100MHz, supporting dependable signal transmission for wireless modules, routers, and IoT devices. Its omni-directional design allows for flexible placement while maintaining robust connectivity.

Compact Size Optimized for Embedded Applications

At only 48mm in length and 2g in weight, the antenna integrates effortlessly into compact wireless devices. Its SMD/on-board soldering mount enables easy installation, making it ideal for manufacturers designing space-saving embedded solutions.

Environmentally Conscious and Durable Material

Manufactured with FR4 substrate and copper traces, the antenna is RoHS compliant and features a lead-free HASL finish. It is engineered to operate reliably in both low and high temperatures, from -40C to +85C, ensuring long-term stability and safety.

FAQs of Antenna PCB 2.4GHz Built-In 3dBi WiFi Antenna:

Q: How is the Antenna PCB 2.4GHz 3dBi WiFi installed in wireless devices?

A: The antenna is mounted via SMD or on-board soldering directly onto the devices PCB, simplifying integration into embedded modules and smart devices without requiring external cables.

Q: What wireless applications are best suited for this PCB antenna?

A: It is ideal for WiFi transmission, routers, IoT modules, access points, embedded systems, and smart devices, delivering reliable connectivity within the 2.4GHz2.5GHz frequency range.

Q: When should this compact antenna be chosen over traditional external antennas?

A: Select this built-in antenna when device size constraints, weight reduction, and a streamlined internal design are essential, such as for wireless modules and compact IoT products.

Q: Where can the antenna be sourced for manufacturing and wholesale?

A: This antenna is available from exporters, manufacturers, suppliers, and wholesalers in India, suitable for bulk purchases and OEM production needs.

Q: What is the process for integrating this antenna in IoT or router designs?

A: Integration involves soldering the antenna onto the PCB during the devices production process, ensuring proper orientation for linear polarization and optimal omni-directional radiation.

Q: How does its non-shielded, PCB-only design benefit wireless systems?

A: The non-shielded design reduces weight and bulk, promotes heat dissipation, and offers flexibility in placement, while maintaining stable and efficient wireless transmission.

Q: What advantages does RoHS compliance and lead-free finish offer?

A: RoHS compliance and a lead-free HASL finish ensure the antenna meets international safety and environmental standards, supporting sustainable production and user safety.