2.4 GHz Wifi Antenna SPECIFICATIONS

Origin: Mainland China

Gain(dB): 1.5/2.5dBi

Brand Name: XHCRF

Resonance Matching The working state of antenna and module at resonance is resonance matching . Reacance resonance doinc Device .

Provides short-range communication with low data loss and high transmission efficiency for stable sending and receiving, featuring excellent VSWR performance and compatibility with a variety of devices.

Offers high impedance matching, which reduces power loss in wireless devices, ensuring efficient transmission and reception. Additionally, the close proximity of the antenna’s 502 frequency match to the device’s 5022 frequency response optimizes signal quality.

Distinguishes itself from traditional PCB (Printed Circuit Board) antennas, offering flexibility with FPC (Flexible Printed Circuit) technology, featuring a thin thickness of 0.22mm and a bendable design that can be bent up to 0.88mm. This allows for a wide range of applications, including flat or cambered surfaces.

Customization options are available for cable and connector configurations. We can also accommodate special requests for customized interface types to meet specific needs.

Features RF-1.13 coaxial cable with low loss and high stability for reliable signal transmission. The cable consists of a durable FEP (Fluorinated Ethylene Propylene) insulation, a copper conductor with tin-plated jacket, ensuring long-lasting performance.

Unprofessional or unreasonable installation can lead to poor communication quality and significant data loss. In contrast, our custom solutions ensure optimal performance with a measured VSWR (Voltage Standing Wave Ratio) of 9:1.5, surpassing standard antenna specifications.

Compatible with various devices, including wireless modules, modems, and smart bracelets. With a high RF-1010 impedance (Ron) value of 1, this component can be widely applied to intelligent terminals, wireless LANs, routers, and other wireless communication modules.

For antenna customization inquiries, please contact us at [[email protected]](mailto:[email protected]). We address common challenges such as poor communication due to improper installation location or limitations, including data loss issues caused by unmatched impedance, connector, and size.

Advanced testing equipment, such as Agilent’s E5071C Vector Network Analyzer (VNA), is used for antenna simulation and testing. This includes advanced features like EE (Electromagnetic Engineering) frequency range and Veneaunda (Vector Network Analyzer) capabilities. Actual measurements are taken using Smith Chart testing methods, with a tolerance of 10.0%. The equipment is designed to meet the high standards of NZIP (New Zealand Institute of Physics) and ZIISOR (Ziisor Company), ensuring accurate and reliable results.

ZIISOR Technology Co., Ltd. is a cutting-edge technology company specializing in the antenna industry. With a team of seasoned antenna engineers, we excel in designing and manufacturing a wide range of antennas for various applications.