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nanoPATCH-L1/FM (Flight Model)

nanoPATCH-L1

Space-Friendly‚ĄĘ¬†CubeSat GPS Antenna


Do you plan to Launch a Satellite into space and need a SatNav Equipment Onboard? Each GPS/GNSS receiver subsystem requires a High Quality Antenna with low noise, RF filters, high gain and appropriate radiation pattern capturing all available signals from the GNSS constellation.

The nanoPATCH-L1 is a long-term optimised CubeSat GPS Antenna specially designed for modern satellites, CubeSats and majority of University projects, where the satellite development team requires a module with limited size, to be incorporated into already "fully occupied" satellite wall. Note: The module requires to be incorporated into RF conductive panel such as PCB with fully flooded copper plane or aluminum solar panel wall. The conductive surface acts as a groundplane which naturally equalize the antenna radation pattern. Optimal performance is achieved once the nanoPATCH-L1 is fixed using countersunk screws.

Connect the RF Coaxial cable with DC power from 2.7 to 5.5V and start to receive first signals from GPS constellation with your GPS Receiver in minutes!


Part Number: nanoPATCH-L1/FM (Flight Model)


Recommended nanoPATCH-L1 Installation position (depicted for both¬†XY and Z ‚Äčsides):

 

 

Product Summary

  • ACTIVE Antenna with¬†LNA
  • Up to 50 dBc-Hz SNR¬†on ground for¬†close-to-zenith satellites
  • Dimensions: 50x50 mm, low profile, MCX connector
  • GPS-L1 band
  • TRL-9 ("Flight-proven")
  • 2.7-5.5 V @ 20 mA
  • SAW Filter, EMI shielding
  • Powered via RF Coax

 

  • Dual Use Goods:¬†YES
  • HS Code:¬†8529.10.69
  • Lead Time:¬†4-6 weeks
  • Country of Origin:¬†Czech Republic

 

Pricing (EUR)

Qty.  Unit Price  Ext. Price‚Äč
1:    2390 ‚ā¨      2390 ‚ā¨
3:    2150 ‚ā¨      6450 ‚ā¨
5:    2100 ‚ā¨      10500 ‚ā¨
10+:  1860 ‚ā¨      18600 ‚ā¨

nanoPATCH-L1/EM (Engineering Model)

nanoPATCH-L1

Each GPS receiver is extremelly sensitive to EMI/EMC environment on the satellite. Check that the GPS functionality is not disturbed by the satellite subsystems (Power Supplies, MPPT Controllers, Magnetorquers, Reaction Wheels, transmitters, receivers with local oscillators, all the PWM driven electronics,...) well before the spaceflight. The Signal-to-Noise Ratio (SNR) Test can be performed easily with the fully functional Engineering Model of the antenna anytime during the whole satellite development and testing campaign.

It is also ready to be connected to the Flight Model of the GPS Receiver. Red Remove Before Flight finish will remind you to replace it with the Flight Model of the antenna before the launch.

The add-on RF Evaluation Panel is delivered together with the antenna module for free as a mechanical demonstrator for further RF, AIV and mechanical tests.


Part Number: nanoPATCH-L1/EM (Engineering Model)


 

Product Summary

  • ACTIVE Antenna with LNA
  • Functional Engineering Model for satellite development
  • Free RF Evaluation Panel for further installation/performance tests
  • Up to 50 dBc-Hz SNR¬†on ground for¬†close-to-zenith satellites
  • Engineering Model with¬†RED¬†Remove Before Flight finish
  • Dimensions: 50x50 mm, low profile, MCX connector
  • GPS-L1 band
  • 2.7-5.5 V @ 20 mA
  • SAW Filter, EMI shielding
  • Powered via RF Coax

 

  • Dual Use Goods:¬†YES
  • HS Code:¬†8529.10.69
  • Lead Time:¬†4-6 weeks
  • Country of Origin:¬†Czech Republic