Product Description
The MT-230L5 GNSS antenna employs eight-arm coupling and four-feed-point feeding technologies, enabling it to receive L1 and L5 dual-band satellite navigation signals from the BDS-2 (Beidou II), GPS, GLONASS, and Galileo systems. It is equipped with a built-in low-noise amplifier (LNA) and a two-stage filter, which deliver excellent out-of-band suppression and robust anti-interference capabilities—ensuring stable operation even in harsh electromagnetic environments. This antenna fully meets the current demands for multi-system compatibility and high-precision measurement in various professional applications.
Applications
It is well-suited for scenarios where volume and weight are critical considerations, such as drones, miniature devices, and sub-meter portable equipment like handhelds or tablets.
This version refines the logical flow by first emphasizing the core requirements (volume and weight), then listing specific application cases with clearer categorization (e.g., grouping “handhelds/tablets” under “sub-meter portable equipment” for better readability), while preserving the original meaning.
Technical Characteristics
The antenna utilizes multi-arm spiral technology, which ensures right-hand circular polarization and optimized phase center performance while minimizing the impact of measurement errors.
The antenna unit features high gain and minimal gain roll-off, delivering excellent reception for low-elevation satellite signals.
It is equipped with sophisticated low-noise amplification, high-gain signal boosting, and outstanding out-of-band suppression capabilities.
For electrostatic protection, it supports 15KV (air discharge) to safeguard against static damage.
With its compact size and lightweight design, the antenna is easy to carry and install in various application scenarios.
Main Technical Indicators (Typical)
Note: The Sealing Ring Needs To Be Pressed Well With The Antenna Support Plane, Which Is The Primary Condition For Achieving The Ip67 Protection Level.
Structure Size (±0.2MM)
