Registrovat

Product Finder

Nastavení

Useful links

 
[["US","AU","GB","DE"]]
Registrovat
Shipped From:
  • Global

Circular Polarized 1.2ghz Receiver Antenna (SMA) (LHCP) (Short)

Circular Polarized 1.2ghz Receiver Antenna (SMA) (LHCP) (Short)

QTY:

Now save Uložit 0,00 € 0,00 €

2,54 €
Rating:

Stock:
Váha:
59 g
SKU:
435000028-0

Suggestion Box

Please let us know if you found any issues with this product listing.
We take our customer comments very seriously and in many cases our website modifications and product updates are a result of your comments!

Price War

If you've seen a product elsewhere for a better price, please let us know! HobbyKing pride themselves on offering the best price, so if there if you see something cheaper elsewhere, let us know!

Popis
produktu

Circular polarized antenna's aka "clover leaf antennas" are a great way to increase the performance of your FPV system. The circular polarization helps reject “multipath interference”, a problem that plagues standard dipole stock antennas.  Proven to increase range and video clarity circular polarized antennas have become the standard aftermarket 'essential' upgrade for modern FPV systems. This is the 4-Lobe receiver side antenna with a 0mm shaft/cable for a nice clean, direct install with a SMA connector. 

Specs:
Frequency Range: 1080~1380Ghz
Impedance: 50ohm
VSWR: <1.5
Gain: 7db
Connector: SMA
Cable: RG316
Cable Length: 0mm
Model: 4 lobe receiver

Product
Specifications

Další informace

  • SKU:
    435000028-0
  • Brand:
    nedefinováno
  • Hmotnost ( g )
    59.00
  • Délka
    120.00
  • Width:
    80.00
  • Výška:
    120.00
Community
Discussions
Rate&
Review

Napište vlastní recenzi

Only registered users can write reviews. Please, sign in or sign up

Napište první recenzi tohoto produktu

Upload
Videos
  • Circular Polarized Antenna

Upload video
Upload
Files

Only registered users can upload files. Please log in or register to start helping your fellow hobbyists today!

Štítky produktu

Štítky oddělujte mezerou. Víceslovné uzavřete v apostrofech (').