2.4Ghz 3dBi Copper Tube Antenna OMIN Internal WiFi Aerial Ipex Cable About
2.4Ghz 3dBi Copper Tube Antenna OMIN Internal WiFi Aerial Ipex Cable
Description: Omnidirectional Antenna Internal Antenna 2.4GAntenna 3dBi 50Ohm WiFi/WLAN for Cable Straight Standard
- Cable Length 100mm;
- Omni directional Antenna Internal Antenna 2.4G Antenna 3dBi 50Ohm WiFi/WLAN for Cable 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 Gain, Reliable ConnectivityDesigned to provide excellent wireless performance, this antenna delivers a high 3dBi gain and omni-directional coverage, enabling enhanced signal reception and transmission for a broad spectrum of devices. The copper tube construction ensures durability and strong signal stability, making it suitable for demanding environments.
Easy Integration and InstallationFeaturing a compact 110mm antenna and a flexible 1.13mm coaxial cable with Ipex/U.FL connector, the antenna is tailored for internal mounting. Users can affix it to a PCB or inside a device casing using double-sided tape or mechanical fixtures, making integration into new or existing designs seamless.
Versatile Applications and CompatibilityCompatible with various WiFi modules such as ESP8266 and ESP32, as well as routers, access points, IoT equipment, and custom wireless applications, this antenna is an adaptable solution for embedded electronics and wireless connectivity projects. Its RoHS compliance ensures safe and responsible use in commercial applications.
FAQs of 2.4Ghz 3dBi Copper Tube Antenna OMIN Internal WiFi Aerial Ipex Cable:
Q: How do I install the 2.4Ghz 3dBi Copper Tube Antenna OMIN Internal WiFi Aerial?
A: Installation is simplemount the antenna internally on a PCB or inside a device casing using double-sided tape or a mechanical fixture. Connect the Ipex/U.FL connector to the WiFi module or device. The compact form factor allows for easy integration into embedded systems.
Q: What devices are compatible with this antenna?
A: This antenna is compatible with a wide array of WiFi modules (such as ESP8266 and ESP32), wireless routers, access points, IoT devices, and custom embedded wireless applications requiring omni-directional coverage in the 2.400~2.4835 GHz frequency range.
Q: When should I use an omni-directional internal antenna like this model?
A: Omni-directional antennas are optimal when you require uniform signal distribution in all directions, such as when the device is centrally located or needs consistent coverage throughout an area. Their internal mounting design is ideal for compact and integrated device builds.
Q: Where is this antenna best installed within a device?
A: The antenna is designed for internal mounting and is best placed inside the devices enclosurepreferably near the PCB or along the casing edge, while ensuring minimal signal obstruction. It fixes securely with tape or fixtures, maximizing stability and performance.
Q: What is the process for connecting the antenna to a WiFi module?
A: Connect the antennas Ipex/U.FL snap-fit connector to the corresponding socket on your WiFi module or development board. Ensure the connection is firm to avoid signal loss, then secure the antenna in place inside the device enclosure using the recommended mounting methods.
Q: How does using this antenna benefit my wireless design?
A: The high 3dBi gain and omni-directional coverage ensure stable and strong wireless signals, improving device connectivity. Its low VSWR minimizes transmission loss, while the internal mounting and lightweight structure save space and ease integration into compact designs.
Q: What are the storage and operating temperature ranges for this antenna?
A: This antenna is rated for reliable operation in temperatures from -40C to +85C and can be stored within the same range, making it suitable for various environments and industrial use cases.