Description
2JS01 GPS/GLONASS/QZSS/Galileo 13x13x4mm Ceramic Antenna
Key Features
- Passive GNSS Ceramic Antenna
- SMT Embedded Antenna
- Ground Plane Dependent
- 3.5 dBi GNSS Peak Gain
- Small Form Factor
- Easy to Integrate
Applications
- Navigation
Antenna and electrical specifications
GPS/GLONASS – Ceramic Passive Antenna
Standards | GPS/GLONASS/QZSS/Galileo |
---|---|
Frequency | 1575.42, 1598-1606 |
Passive Gain (dBi) | ~3.5, ~3.5 |
Efficiency (%) | ~58.9, ~58.3 |
Impedance (Ohm) | 50 |
Radiation Pattern | Hemispherical |
Antenna description
2JS01
GPS/GLONASS/QZSS/Galileo 13x13x4mm Ceramic Antenna
Global Navigational Connectivity for precision and reliability
The GPS/GLONASS/QZSS/Galileo Ceramic Surface Mount (2JS01) is designed with a high degree of standards for global navigational connectivity and no compromise on efficiency. The compact size 2JS01 outperforms any competitor within GPS, QZSS, Galileo and GLONASS standards. With directional hemispherical radiation pattern and peak gain of ~4.6 to ~4.7 dBi, the 2JS01 operates within 1575-1606 MHz frequencies and is the best solution for tracking/mapping devices, industrial machinery, sea vessels, air/automobile navigation and any compatible devices that require constant global connectivity with precision guidance.
Installation / Environmental
The low-power, compact and ground-plane-dependent J2S01 can be easily integrated into a minimum area of 70x70mm. Designed with durable ceramic housing, the 2JS01 offers protection in extreme environmental conditions ranging from -40C to +80C. Global access to multiple satellites improves accuracy, redundancy and ensure constant connectivity in rural or busy urban environments. The 2JS01 is delivered with fast manufacturing needs in mind, available for automation pick and place machines on a tap & reel packaging. This antenna is RoHS compliant.
Typical applications
– Tracking/ Mapping Devices |
If you need any further information please contact our
Friendly Sales Team at +44 (0)208 965 3001
Or email us at [email protected]