MikroElektronika MIKROE-3374 is a square omni-directional external GPS antenna optimized for GPS and GLONASS applications, operating within a frequency range of 1575.42MHz to 1610MHz. Its active band filtering and magnetized base ensure reinforced positioning, making it ideal for precise navigation tasks in industrial, automotive, and commercial settings.
The antenna's dielectric ceramic internal construction provides durability and stability, while the omni-directional directivity enables comprehensive signal reception regardless of orientation. The 5000 mm lead length facilitates flexible installation possibilities in diverse environments.
Designed to accommodate MCX, FAKRA, and SMA connectors, MIKROE-3374 supports varied hardware interfaces, enhancing its integration versatility. It meets rigorous international standards IEC 60068 and EN 300 019-2-4, underscoring its robustness for outdoor and harsh environments.
External square-form GPS antenna offers robust, omni-directional satellite signal reception. Supports multiple connector types: MCX, FAKRA, and SMA for wide compatibility. Wide operational bandwidth of 5MHz between 1575.42MHz and 1610MHz.
Dielectric ceramic internal construction for stable and durable performance. Long 5000 mm lead length permits flexible mounting and connectivity. Active band filtering and 5dBi gain improve signal clarity and positioning accuracy.
Certified to IEC 60068 and EN 300 019-2-4 standards for resilience in industrial usage. Dual-band support enables GPS and GLONASS utilization for enhanced navigation.
This antenna is suitable for industrial, automotive, and commercial GPS tracking, mapping, navigation, and positioning applications, where reliable signal reception is critical. Its compatibility with various GPS/GLONASS click boards makes it a practical choice for embedded system developers and engineers.
Explore more GPS antennas and related electronic components on EnvMart for your advanced positioning equipment needs.
Explore more products in our Passive Components category.
Comments (0)
Your review appreciation cannot be sent
Report comment
Report sent
Your report cannot be sent