2D Choke ring antenna LNY4N02A

2D Choke ring antenna LNY4N02A

2D Choke ring antenna LNY4N02A

2D Choke ring antenna LNY4N02A

2D Choke ring antenna LNY4N02A

Product Description

GNSS Choke Ring Antenna  LNY4N02A 

LNY4N02A is a high performance GNSS antenna for base station that covers comprehensive GNSS support: GPS, GLONASS, Galileo, BeiDou as well as L-Band correction service. It is a 2D choke ring antenna with strong multipath suppression performance, specifically designed for applications require absolute positioning accuracy and multi-constellation support.

Product Features

Product Advantages

Product Advantages

High Phase Center Stability

Tracking in Challenging Environments

Strong Anti-interference Performance

More Ruggedized for Long Lasting Durability

Specifications

Antenna
Frequency Range(MHz)GPS L1/L2/L5/L-Band
GLONASS L1/L2/L3
GALILEO E1/E5a/E5b/E6
BDS B1/B2/B3
QZSS L1/L2/L5/L6
IRNSS L5
SBAS L1/L5
Maximum Gain(dBi)6.5
Output Voltage VSWR≤2.0
Antenna AR (dB)≤2.0
Phase Center Error(mm)±1
Gain at Zenith (90°)1205-1278MHz 6dBi(maximum)
1559-1615MHz 6dBi(maximum)
PolarizationRHCP
Port Impedance(Ω)50Ω
LNA
LNA Gain(dB)50
Noise Figure≤2.0
Input and Output Voltage VSWR≤2.0
In-band Flatness(dB)±2
Differential Delay(ns)≤5
Operating Voltage(V)3.3-12 VDC
Operating Current(mA)≤60 mA
Physical
Connector TypeTNC Female
Antenna size(mm)Φ322×261mm
Weight≤5.6Kg
Waterproof LevelIP67
MountingBSW5/8''-11 screw, depth≥22mm
Operating Temperature(℃)-40-+85 ℃
Storage Temperature(℃)-55-+85 ℃
Humidity95% No Condensing

Related Products

3D Choke Ring Antenna LNY4N04A

LNY4N04A Adopt choke structure design, Multipath suppression effect is excellent, Millimeter accuracy, High stability of phase center, Cover all frequency.

Full frequency 3D Choke ring antenna LNY4N01A

The antenna LNA features an excellent out-of-band rejection performance, which can suppress the EMI, providing the stability and reliability of GNSS signals.

MINI Choke ring antenna LNY4N03A

LNY4N03A excels its signal tracking performance thank to its high gain and wide beam width for directional diagram, which ensures ideal satellite signal reception.

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