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GPS15MGSMA is listed in the Antennas RF range at ChipApex. The manufacturer field lists TE Connectivity. Its product description is RF ANT 1.575GHZ MOD CAB ADH MAG. Review the specifications below when checking this part for your BOM.
The TE Connectivity GPS15MGSMA is a modular RF antenna designed for Global Positioning System applications. It operates within the L1 band, specifically covering a frequency range of 1.574GHz to 1.576GHz with a center frequency of 1.575GHz. The component features a peak gain of 26dBi and maintains a Voltage Standing Wave Ratio (VSWR) of 2. It utilizes an SMA male connector for interface and offers IP67 ingress protection. The unit measures 0.430 inches in maximum height and includes a 4.6-meter cable. Mounting is facilitated through adhesive and magnetic options.
Verify the specific datasheet revision to confirm current manufacturing status and compliance details. Ensure that the SMA male connector interface matches the receiving device specifications. Confirm that the 4.6-meter cable length aligns with system layout requirements. Check for RoHS3 compliance if restricted substance regulations apply to the project. Validate the IP67 rating against the intended environmental exposure conditions.
Select this model when high gain is required for long-range or obstructed signal environments. The integrated magnetic and adhesive base allows for rapid prototyping and permanent installation without drilling. Consider the fixed cable length during mechanical design to avoid strain on the connector. This module is suitable for applications demanding reliable L-band performance with minimal external interference.
This component belongs to the GPS15 product family from TE Connectivity, which specializes in navigation antennas. The series includes various configurations tailored for different mounting and performance needs. The GPS15MGSMA represents a high-performance variant within this lineup, distinguished by its elevated gain characteristics and ruggedized construction for demanding operational scenarios.
Consult official TE Connectivity documentation for direct cross-reference part numbers. Verify compatibility with existing mounting hardware due to potential dimensional differences. Ensure electrical parameters such as impedance and polarization match the system requirements before substitution.
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