Specification:
Origin: Mainland China
DIY Supplies: ELECTRICAL
Connector: SMA female
Weight: 109 grams
Frequency: 1090MHz
Connecting cable: 10 meters
Gain: 12dBi
Standing wave ratio: ≤1.2
Impedance: 50 ohms
white color
Material: ABS
Product size: 440.00x31.00x31.00mm
Product size: 17.32x1.22x1.22inch
Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.
Package Content:1 X Antenna
Selling point content1090 MHz PCB Strip-Line 4 Half-Wave Antennas with PVC Housing 12DBi Strip Line Receiving Antenna SMA Female for Receiving Signal
Feature:
1. High-Frequency Adaptability: The PCB strip-line 4 half-wave antennas are specifically designed for use in the 1090 MHz frequency range, ideal for aviation communications and radar systems. This design ensures stable and efficient signal reception and transmission capabilities.
2. PCB Strip-Line Design: Utilizing a PCB antenna jumper, this antenna features a strip-line design where conductive paths are printed directly on a PCB. This innovative approach significantly reduces the antenna's size, making it suitable for integration within small devices and circuits.
3. Enhanced Antenna Performance: Equipped with 4 half-wave antennas, each with a length half that of the wavelength, this configuration provides excellent antenna gain and radiation characteristics, enhancing both signal reception and transmission.
4. Durability and Reliability: Constructed from high-quality materials and manufacturing processes, the antenna connecting cable offers robust reliability and durability. It performs exceptionally well under various environmental conditions and can withstand mechanical stress and vibrations.
5. Easy Installation and Integration: The strip-line receiving antenna features soldering pins on the PCB for easy installation and integration into devices. Its compact and lightweight design allows for straightforward placement and layout in space-constrained applications.
