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GL-DY003
Asialeren
8517710000
| Quantity: | |
|---|---|
| PDF Export | |
GPSGNSS Antenna | |
GL-DY003 | |
Electrical Index | |
Frequency-MHz | 1575.42±1/1601-1610 |
VSWR | ＜1.5 |
Nominal Impedance-Ω | 50 |
Polarization | RHCP |
Axial Ratio | 3dB(max) |
LNA Gain | 28±2dB |
Noise Figure | ＜1.5 |
Supply Voltage | 3-5V DC |
Current Consumption | 5-15mA |
Mechanical Index | |
Cable Length-mm | RG174 |
Connector | Fakra C blue or SMA male |
Antenna Dimension-mm | φ46.6*14.5 |
Installation Way | Screw |
Ingress Protection | IP65~IP67(exclude cable outlet) |
Vibration | 10 to 55Hz with 1.5mm amplitude 2hours |
Environmentally Friendly | ROHS Compliant |
Temperature-℃ | -40～＋85 |
Humidity-﹪ | 5～95 |
GPS/Glonass Antenna with Fakra H connector,RG174,30cm
What is an active GPS antenna?
Active GPS receives and amplifies the GPS signal it receives from satellites by sending power to the attached GPS antenna. Active GPS devices will always have a SMA GPS port for an external antenna, which allows for the amplification of the signal. Active GPS will work better in poor coverage areas.
Why use an active antenna?
If distribution is needed for more than two systems, an active antenna distribution system is recommended. Active splitters require power to operate, but provide make-up gain to compensate for the additional losses resulting from multiple splits off the same antennas.
How to choose a GPS antenna?
You should choose the frequency of your GPS antenna based on the GPS system that you are using or planning to use. Some GPS antennas are multi-frequency, meaning that they can work with multiple GPS systems. GPS antennas operate on specific frequencies for satellite communication. GPS uses L1 and L2 frequencies
GPSGNSS Antenna | |
GL-DY003 | |
Electrical Index | |
Frequency-MHz | 1575.42±1/1601-1610 |
VSWR | ＜1.5 |
Nominal Impedance-Ω | 50 |
Polarization | RHCP |
Axial Ratio | 3dB(max) |
LNA Gain | 28±2dB |
Noise Figure | ＜1.5 |
Supply Voltage | 3-5V DC |
Current Consumption | 5-15mA |
Mechanical Index | |
Cable Length-mm | RG174 |
Connector | Fakra C blue or SMA male |
Antenna Dimension-mm | φ46.6*14.5 |
Installation Way | Screw |
Ingress Protection | IP65~IP67(exclude cable outlet) |
Vibration | 10 to 55Hz with 1.5mm amplitude 2hours |
Environmentally Friendly | ROHS Compliant |
Temperature-℃ | -40～＋85 |
Humidity-﹪ | 5～95 |
GPS/Glonass Antenna with Fakra H connector,RG174,30cm
What is an active GPS antenna?
Active GPS receives and amplifies the GPS signal it receives from satellites by sending power to the attached GPS antenna. Active GPS devices will always have a SMA GPS port for an external antenna, which allows for the amplification of the signal. Active GPS will work better in poor coverage areas.
Why use an active antenna?
If distribution is needed for more than two systems, an active antenna distribution system is recommended. Active splitters require power to operate, but provide make-up gain to compensate for the additional losses resulting from multiple splits off the same antennas.
How to choose a GPS antenna?
You should choose the frequency of your GPS antenna based on the GPS system that you are using or planning to use. Some GPS antennas are multi-frequency, meaning that they can work with multiple GPS systems. GPS antennas operate on specific frequencies for satellite communication. GPS uses L1 and L2 frequencies
