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PRO-OB-430

PRO-OB-430

Abracon LLC
RF ANTENNA GLONASS, GPS Stamped Metal Solder Surface Mount
Active2,685 in stock

Overview

The PRO-OB-430 is a high-performance stamped metal surface mount antenna designed specifically for GNSS applications. It supports major satellite constellations including GPS and GLONASS within a frequency range of 1.575GHz to 1.602GHz. Its compact 12.5mm by 12.43mm footprint and low profile of 3.33mm make it ideal for space-constrained mobile devices.

Why Choose This Part

The antenna offers a high efficiency of over 42 percent and a peak gain of 0.7 dBi in a rugged stamped metal form factor. It features a long 10-year shelf life and is designed for automated SMD assembly with standard solder termination. The wide bandwidth of 42MHz ensures stable performance across both GPS and GLONASS bands.

Applications

Consumer Asset Tracking
Compact size and surface-mount compatibility allow for integration into small wearable or portable tracking units.
Industrial IoT Infrastructure
High durability and a wide operating temperature range from -40C to +125C support outdoor telemetry systems.
Smart Wearables
The low-profile design fits within slim smartwatch or fitness tracker enclosures without compromising GNSS reception.
Remote Monitoring Systems
Mixed linear polarization provides reliable signal acquisition for stationary or slow-moving monitoring equipment.

Key Specifications

Return Loss -10dB
Termination Solder
Antenna Type Stamped Metal
Applications GLONASS, GPS
Height (Max) 0.130" (3.30mm)
Mounting Type Surface Mount
Frequency Group UHF (1GHz ~ 2GHz)
Frequency Range 1.575GHz ~ 1.602GHz
Number of Bands 2
RF Family/Standard Navigation
Frequency (Center/Band) 1.575GHz, 1.602GHz

Getting Started

Integration requires a dedicated ground plane as specified in the datasheet to ensure proper impedance matching and radiation patterns. Engineers should follow the recommended landing pattern for the 4-pin SMD package and keep the keep-out area clear of other metallic components. Performance can be validated using a network analyzer to verify the -10dB return loss at the target center frequency.