• Sub-meter Level High Precision GNSS L1&l5 Ceramic Antenna
  • Sub-meter Level High Precision GNSS L1&l5 Ceramic Antenna
  • Sub-meter Level High Precision GNSS L1&l5 Ceramic Antenna
  • Sub-meter Level High Precision GNSS L1&l5 Ceramic Antenna
  • Sub-meter Level High Precision GNSS L1&l5 Ceramic Antenna
  • Sub-meter Level High Precision GNSS L1&l5 Ceramic Antenna

Sub-meter Level High Precision GNSS L1&l5 Ceramic Antenna

No.VLG-SA-20

L1:1559-1586MHz

L5:1164-1189MHz

Impedance:  50Ω

Polarization type: RHCP

Dimension : 50mm(L)×50mm(W) ×13.4mm(H)

Connectors and cables: IPEX+φ1.13(Customizable)

  • Sub-meter Level High Precision GNSS L1&l5 Ceramic Antenna
  • Sub-meter Level High Precision GNSS L1&l5 Ceramic Antenna
  • Sub-meter Level High Precision GNSS L1&l5 Ceramic Antenna
Description

Overview

This is a high-efficiency ceramic antenna with the characteristics of light weight, low noise coefficient, low axial ratio, and high gain.

Suitable for: shared bicycles, drones, scooters, trackers, anti-theft devices, portable terminals, in car mobile terminals, various GPS modules OEM and GSM GPRS communication modules.

Key Features

• Sub meter level high-precision cellular GNSS L1&L5 ceramic antenna for more precise positioning.

• Excellent anti-interference performance design, able to significantly reduce electromagnetic interference generated by the surrounding environment and electronic devices.

Specification

Passive Electrical Specifications:
Frequency Range: L1:1559-1586MHz/L5:1164-1189MHz
Input Impendence: 50Ω
VSWR:  ≤2
Gain:  ≤ 3.55 dBi
Axial Ratio: <3 dB
Polarization Type:  RHCP
LNA Electrical Properties:
LNA Gain: 18 ±2 dBi
Noise Figure: < 3 dB
Filter Outband attenuation: 30dB  f0±50MHz  f0(1176、1575MHz)
Output VSWR: < 2
Voltage: DC 2.6-3.4V
Current: ≤30mA
lmpedance: 50Ω
Mechanical Specifications:
Working Temperature: -40 °C to +85 °C
Antenna Size: 50*50*13.4mm
Connectors and cables:  IPEX+φ1.13(Customizable)
Environmental protection: ROHS
REQUEST MORE DETAILS
Please fill out the form below and click the button to request more information about
FirstName*
LastName*
Email*
Message*
Download