2JP0434B GNSS, Iridium internal screw mount Antenna U.FL 10cm
2JP0434B GNSS, Iridium internal screw mount Antenna U.FL 10cm is expected to be available in 4 weeks.
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Manufacturer / (EU) Responsible Person
Manufacturer / (EU) Responsible Person
Description
This compact, high-performance antenna is designed for reliable navigation and global satellite communication. Featuring a low-profile ceramic design and single feed technology, it delivers excellent signal strength for both GNSS and Iridium networks. The antenna is ideal for applications requiring high precision and worldwide coverage, such as navigation, satellite communication, embedded systems, automotive, emergency communication, tracking, industrial machinery, and IoT devices. Its ground plane independence and miniaturized form factor make it suitable for PCB integration and installations in space-constrained environments.
Connections
GPS/QZSS/Galileo/L1-IRIDIUM
Connector & Cable
- Connector Type: U.FL
- Cable Length: 10cm
- Cable Type: 1.13mm Mini-Coax
Installation / Environmental
The 2JP0434B comes with standard U.FL connector, a 1.13mm Mini-Coax cable of 100 mm length, and socket with screw on feature on the iridium module. All cables are fully customizable by offering additional connector types, cable lengths, and cable types. This internal antenna is ground plane independent making it highly suitable for PCB device integration. This compact screw mount antenna is easy to install in low space areas having less distance between receiver and antenna. This antenna operates in temperature ranges from -40C to +85C withstanding extreme environmental conditions too. The 2JP0434B is manufactured without any hazardous materials and is both REACH and RoHS compliant.
Technical Specifications
Operating Temperature: -40 °C to +85 °C
Mounting: Screw Mount Module
Location: Internal
Type: Combination
Connection 1 - GPS/QZSS/Galileo/L1-IRIDIUM
Standards: GPS/QZSS/Galileo-IRIDIUM
Frequency: 1575.42, 1616-1627 MHz
Peak Gain (dBi): ~2.5, ~2.6
Efficiency (%): ~66.6, ~65.9
Impedance (Ohm): 50
Radiation Pattern: Hemispherical
Polarisation: RHCP