3dBi Gain 315MHz Gold Plated Spring Antenna

3dBi Gain 315MHz Gold Plated Spring Antenna Specification

Conductor Shape
Spiral (Spring)

Impedance
50 Ohm

Number of Conductor
1

Core Material
Copper

Weight
Approx. 2 g

Core Number
1

Diameter
7 mm

Conductor Type
Single Core

Rated Temperature
-40C to +85C

Operating Temperature
-40C to +85C

Usage & Applications
RF communication, wireless modules, remote circuits

Install Type
PCB Mount

Features
High efficiency, compact design, spring type, gold plated, enhanced signal, easy installation

Product Type
Spring Antenna

Length
34 mm

Application
Wireless communication, RF modules, IoT devices, remote controls

Conductor Material
Copper (Gold Plated)

Storage Temperature
-45C to +85C

Connector Color
Gold

Jacket Color
Gold

Dimension (L*W*H)
34 x 7 x 7 mm

Material
Copper, Gold Plated

Color
Gold

Size
34 mm length, 7 mm diameter

Gain
3 dBi

Mounting Method
Solder direct to PCB

Frequency Range
315 MHz

Polarization
Vertical

VSWR
2.0

Surface Finish
Gold Plated

RoHS Compliance
Yes

Packaging Type
Bulk

3dBi Gain 315MHz Gold Plated Spring Antenna Trade Information

Minimum Order Quantity
5 Pieces

Main Domestic Market
All India

3dBi Gain 315MHz Gold Plated Spring Antenna About

Description:315/433MHz Antenna,Male,Straight,Standard,forCable,3dBi,WiFi/WLAN

315/433MHz Antenna,Male,Straight,Standard,for Cable,3dBi,WiFi/WLAN
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.

Superior Performance for Wireless Communication

This antennas 3dBi gain and optimized 315 MHz frequency range deliver robust connectivity for your wireless communication needs. Whether in RF modules, IoT devices, or remote controls, expect consistently reliable signal transmission, even in challenging environments. Its gold-plated, spiral spring design maximizes efficiency while minimizing space, ensuring your devices remain compact without compromising on performance.

Effortless Installation with PCB Mounting

Engineered for practicality, the antenna features a solder-direct-to-PCB mounting method. Its compact dimensions (34 mm length, 7 mm diameter) allow easy integration into various electronic circuits, making it suitable for manufacturers, exporters, and suppliers seeking streamlined assembly. The bulk packaging type makes it ideal for large scale projects, supporting high throughput without compromising build quality.

Durability and Compliance Ensured

With a gold-plated finish and robust copper construction, the antenna guarantees longevity and resistance to environmental stressors. It operates efficiently across a wide temperature range (-40C to +85C). RoHS compliance assures customers of its commitment to eco-friendly production standards, contributing to both device reliability and environmental responsibility.

FAQs of 3dBi Gain 315MHz Gold Plated Spring Antenna:

Q: How is the 3dBi Gain 315MHz Gold Plated Spring Antenna installed onto a device?

A: The antenna is designed for direct soldering onto a printed circuit board (PCB), allowing for secure and efficient integration into electronic devices.

Q: What types of applications are suitable for this antenna?

A: It is ideal for wireless communication, RF modules, IoT devices, remote controls, and other applications where reliable signal transmission at 315 MHz is needed.

Q: Where can the antenna be used in terms of operating environment?

A: The antenna can be used in environments with temperatures ranging from -40C to +85C, making it suitable for both indoor and outdoor installations.

Q: What benefits does the gold-plated surface provide?

A: Gold plating enhances conductivity, improves signal strength, and protects against oxidation and corrosion, ensuring long-lasting performance.

Q: When should I choose a spring-type antenna for my project?

A: Select a spring-type antenna where space is limited and a flexible, high-efficiency design is required, such as in compact wireless modules and remote circuits.

Q: What process is involved in integrating the antenna into an RF module?

A: The integration involves soldering the antennas base directly onto the PCB at the appropriate mounting points, ensuring a stable electrical connection and optimal signal performance.

Q: What is the main usage benefit of the compact 34 mm design?

A: The 34 mm length allows for integration into small devices without sacrificing signal quality, making it suitable for space-constrained applications requiring robust wireless communication.