Wurth Elektronik model 74889102450 is an internal SMT multilayer chip antenna designed for high-frequency applications ranging from 2.4GHz to 2500MHz. With a peak gain of 3dBi and a low-profile chip physical form, this antenna ensures effective omni-directional radiation in compact electronic devices.
The surface mount antenna employs LTCC construction, offering excellent electrical characteristics and reliability in harsh temperature environments from -40°C up to 80°C. It features a 50Ω impedance for optimal signal matching and supports a single frequency band operation with a bandwidth of 2.5GHz.
This compact antenna is ideal for various industrial and commercial wireless communication uses including WLAN, smart home RF devices, GPS/GNSS modules, cellular communication, and 4G/LTE connectivity. Its very small form factor delivers one of the best size-to-performance ratios available on the market, facilitating integration into space-constrained designs.
The product complies with key international standards such as IEC, REACH, JEDEC, AEC-Q200, and RoHS, ensuring quality, environmental compliance, and suitability for automotive and industrial applications. Manufactured in China, it is supplied in tape format for efficient assembly line processing.
The antenna’s extremely low profile supports modern electronic design requirements. Omni-directional radiation pattern enhances wireless connectivity in multiple directions. Its LTCC internal construction offers durability and consistent electrical performance.
RoHS compliance guarantees environmentally safe manufacturing. Suitable for industrial, laboratory, telecommunications, and smart home applications. Part of the WE-MCA series, known for reliable multilayer chip antennas.
This Wurth Elektronik internal SMT antenna is an excellent choice for designers needing a compact, high-performance antenna solution for wireless applications in industrial, laboratory, and commercial sectors. Explore the full range of Wurth Elektronik Antennas on EnvMart for tailored connectivity components.
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