315 MHz PCB Antenna Design Omnidirectional 3dBi SMA Male Omni Antennas For Communication

315 MHz PCB Antenna Design Omnidirectional 3dBi SMA Male Omni Antennas For Communication Specification

Armored Material
No Armoring

Core Material
Copper

Impedance
50 Ohms

Conductor Type
Single

Weight
8g (approx.)

Rated Temperature
-40C to +85C

Number of Conductor
1

Operating Temperature
-40C ~ +85C

Install Type
Panel Mount/Screw Mount via SMA Connector

Usage & Applications
Wireless Data Transfer, Remote Keyless Entry, IoT Devices

Cable Type
PCB Trace

Conductor Shape
Flat (PCB Trace)

Core Number
Single

Insulation
None (bare PCB)

Diameter
SMA connector: 8 mm

Locking Type
Threaded SMA Male

Features
Omnidirectional, Compact Design, High Efficiency

Product Type
315 MHz PCB Omnidirectional Antenna

Length
110 mm (including connector)

Voltage
N/A (Passive Device)

Insulation Material
FR-4 PCB Substrate

Application
Wireless Communication Systems, Remote Controls, RF Modules

Conductor Material
Copper

Jacket Material
N/A (PCB material uncovered)

Storage Temperature
-40C to +85C

Connector Color
Gold

Jacket Color
Green (PCB), Gold (connector)

Dimension (L*W*H)
110 x 13 x 1 mm (approximate)

Material
PCB (FR-4), Copper, SMA Connector

Color
Green & Gold

Size
13 mm width

Connector Type
SMA Male

Polarization
Linear

RoHS Complaint
Yes

Mounting
SMA Thread Mount

Radiation Pattern
Omnidirectional

Frequency
315 MHz

Bandwidth
>10 MHz

Input Power
10 W

Return Loss
10 dB

Gain
3 dBi

VSWR
2.0

Peak Power
10 W

315 MHz PCB Antenna Design Omnidirectional 3dBi SMA Male Omni Antennas For Communication Trade Information

Minimum Order Quantity
5 Pieces

Main Domestic Market
All India

315 MHz PCB Antenna Design Omnidirectional 3dBi SMA Male Omni Antennas For Communication 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.

Robust Connectivity for Wireless Systems

Designed for seamless integration, this 315 MHz PCB Antenna offers a potent combination of omnidirectional radiation and 3 dBi gain, making it ideal for a range of wireless communication systems. Its compact profile and lightweight structure allow hassle-free installation in space-constrained environments, while the gold-plated SMA male connector ensures low-loss signal transmission. Suited for various scenariosfrom remote controls to IoT modulesthis antenna boosts operational efficiency and data transfer reliability.

Superior Design and Material Quality

Constructed using FR-4 PCB substrate and flat copper trace, the antenna is engineered for durability and high performance. The bare PCB design eliminates unnecessary insulation, optimizing electromagnetic properties for consistent performance across the 315 MHz band. Environmentally responsible and RoHS compliant, all materials meet stringent industry standards for safe and sustainable use.

FAQs of 315 MHz PCB Antenna Design Omnidirectional 3dBi SMA Male Omni Antennas For Communication:

Q: How do I install the 315 MHz PCB antenna onto my device?

A: The antenna features a threaded SMA male connector, enabling straightforward panel or screw mounting onto compatible RF modules or devices. Simply align the SMA connector with your devices SMA female port and rotate to secure it in place.

Q: What applications is this antenna best suited for?

A: This antenna is ideal for wireless communication systems, remote controls, RF modules, IoT devices, and remote keyless entry systems, thanks to its omnidirectional radiation pattern, compact size, and robust performance.

Q: When should I choose this antenna over other types?

A: Opt for this antenna when you require a compact, high-efficiency solution with omnidirectional radiation at 315 MHz, particularly in applications where board space is limited and environmental compliance is essential.

Q: Where can the antenna be used within operating temperature ranges?

A: It operates reliably in environments with temperatures from -40C to +85C, suitable for both indoor and outdoor installations in various climatic conditions.

Q: What is the benefit of its linear polarization and omnidirectional pattern?

A: The linear polarization facilitates stable signal transmission and reception, while the omnidirectional pattern allows consistent coverage in all horizontal directions, minimizing signal dead zones.

Q: How does its panel mount design enhance usability?

A: The SMA thread mount design simplifies installation and removal, offering secure and stable attachment to wireless devices or panels, supporting both prototyping and volume deployment scenarios.

Q: What is the process to ensure optimal performance during usage?

A: To achieve optimal performance, mount the antenna away from metallic surfaces and obstructions, ensure a firm connection to the SMA port, and verify that your system matches the 50 Ohm impedance specification of the antenna.