Skip to main content Skip to search Skip to navigation

DA910 multi-band GNSS Antenna

  • SKU: MBS-SES-173
  • GTIN: 0618455049392
  • HAN: SA910
  • Category: UAV / Pixhawk
  • Manufacturers:

DA910 multi-band GNSS Antenna

  • multiband GPS
    • L1/L2, GLONASS
    • L1/L2, COMPASS B1/B2/B3
    • Galileo E1/E5b/E6
  • fast initialization

 

Description

The DA910 multi-band GNSS antenna provides multi-band GPS coverage: L1/L2, GLONASS L1/L2, COMPASS B1/B2/B3 and Galileo E1/E5b/E6 and enables faster initialization by improving the number of available satellites.

DA910 is a low cost and efficient active multi-band GNSS antenna.

This active GNSS antenna provides high gain, excellent low altitude gain and circular polarization. It is well suited for precise positioning in the three-frequency range and uses a multi-feed point design to ensure phase center and geometric center overlap. The device can receive GPS/GLONASS/Beidou and Galileo signals simultaneously to improve signal availability.

The DA910 multi-band GNSS antenna has a wide radiation pattern and can receive strong signals even in hidden places. It is waterproof, UV resistant and resistant to high and low temperatures. The minimum gain of 5 dBi is boosted by 40 dB LNA to ensure the best signal quality in any situation. A magnetic threaded base is included for easy placement on any metallic surface such as car or house roofs, structures, rovers and more.

Scope of delivery

  • 1x Antenna
  • 1x Cable
  • 1x Magnetic base plate
Item information Value
Shipping weight: 0,20 kg
Item weight: 0,20 kg

Reviews

Write the first review for this item and help others make a purchase decision!

There are no reviews yet.

€ 139,95
incl. 19% VAT , plus shipping costs

Forum

Diskutieren Sie Themen zum Dynamic Gat Planning, mobile Manipulation, SLAM, Navigation & HRI. Alles ROS 1.0 & 2.0 basierend, Open Source und vollkommen kostenlos

zum Forum

Docs

Erhalten Sie Zugriff auf alle unserer Open Source Projekte! Dokumentation aller ROS basierter Roboter & Systeme. Code Snippets, Manuals & Anwendungsbeispiele.

zu den Docs

Entwicklungs-
boards

Nahezu jedes Robotik.- oder allgemein Elektronikprojekt benötigt eine gewisse Logik. Diese Logik kann entweder durch aktive Bauelemente oder ganze Entwicklungsboards erreicht werden.