2.4GHz Receiver Antenna WiFi Spring Antenna For WiFi Wireless

2.4GHz Receiver Antenna WiFi Spring Antenna For WiFi Wireless Specification

Diameter
5 mm

Cable Type
Bare spring antenna

Usage & Applications
WiFi, Wireless communication, Embedded RF modules

Core Material
Copper

Number of Conductor
1

Impedance
50 Ohms

Weight
0.5g (approximate)

Conductor Type
Single core spring

Insulation
PVC sleeve or none

Dielectiric Strength
Standard air gap

Conductor Shape
Spring coil

Operating Temperature
-40C to +80C

Rated Temperature
-40C to +80C

Tensile Strength
Standard for copper

Install Type
Solder mount

Core Number
Single core

Features
High signal transmission, Compact spring design, Corrosion resistant, Easy installation, Stable performance

Product Type
2.4 GHz Receiver WiFi Spring Antenna

Length
28 mm

Voltage
30V max

Insulation Material
PVC

Application
WiFi modules, Wireless routers, IoT devices, Wireless networks

Conductor Material
Copper

Jacket Material
None (bare coil spring)

Storage Temperature
-40C to +85C

Connector Color
Silver

Jacket Color
Silver

Dimension (L*W*H)
28mm x 5mm x 5mm (approximate)

Color
Silver

Material
Copper alloy

Size
28 mm length x 5 mm diameter

Standing Wave Ratio (VSWR)
1.5

Antenna Gain
2 dBi

Input Power
50mW (Max)

Frequency Range
2.4 GHz ~ 2.5 GHz

Environmental Protection
Anti-oxidation

Humidity Range
5% ~ 95% RH (non-condensing)

Storage Humidity
70% RH

Compatible Devices
WiFi modules, ESP8266, ESP32, Arduino, IoT boards

Surface Finish
Nickel plated

Mounting Type
PCB solderable

RoHS Compliant
Yes

Polarization
Linear

2.4GHz Receiver Antenna WiFi Spring Antenna For WiFi Wireless Trade Information

Minimum Order Quantity
5 Pieces

Main Domestic Market
All India

About 2.4GHz Receiver Antenna WiFi Spring Antenna For WiFi Wireless

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WiFi Omni Antenna,Omnidirectional Antenna,Indoor Antenna,External Antenna,IPEX Cable Antenna,2.4G Antenna,3dBi,50Ohm,WiFi/WLAN,Threaded,Plug,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.

Reliable Connectivity for Wireless Solutions

Designed for seamless integration with WiFi modules, IoT boards, and embedded RF devices, this spring antenna delivers consistent and stable signal transmission. Its PCB solderable configuration simplifies installation, while the corrosion-resistant nickel plating ensures long-lasting durability in varying environments. Ideal for wireless routers, automation systems, and connectivity modules.

Compact Design with Enhanced Performance

This antenna features a lightweight, compact spring coil design, only 28mm in length and 5mm in diameter, supporting straightforward solder-mount applications. Its 2 dBi antenna gain boosts signal quality, and the linear polarization maximizes efficiency. Developed for easy deployment, it withstands operational temperatures from -40C to +80C, fitting tightly in space-constrained electronic devices.

FAQs of 2.4GHz Receiver Antenna WiFi Spring Antenna For WiFi Wireless:

Q: How do I install the 2.4GHz Receiver Antenna on my device?

A: The antenna is designed for PCB soldering. Simply align the spring coil on your designated PCB pad and carefully solder the leads for a secure connection.

Q: What devices are compatible with this spring antenna?

A: This antenna is compatible with WiFi modules, ESP8266, ESP32, IoT boards, Arduino devices, and wireless routers operating within the 2.4 GHz frequency range.

Q: When should I use this antenna in my wireless project?

A: It is ideal for projects requiring reliable WiFi connectivity and efficient signal transmission in compact embedded modules or custom networking devices.

Q: Where is this antenna suitable for installation?

A: This antenna is perfect for installation in confined spaces of IoT devices, embedded RF modules, and PCB assemblies where direct soldering is preferred.

Q: What process ensures the antennas environmental durability?

A: The nickel-plated copper alloy construction and anti-oxidation finish provide excellent corrosion resistance, while compliance with RoHS ensures environmentally safe operation.

Q: What are the benefits of using this spring antenna in IoT applications?

A: Benefits include stable wireless performance, simple installation, improved signal strength, corrosion resistance, and suitability for a wide range of operating temperatures.