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GL-DY008
Asialeren
8517710000
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| PDF Export | |
Item | Specifications | |
Antenna | Frequency Range | 1565.42-1605.89MHZ |
Bandwidth | 40MHz min(10db return loss | |
Polarization | R.H.C.P | |
Axial Ratio | 3dB(max) | |
V.S.W.R | ≦1.5 | |
Impedance | 50ῼ | |
Gain | 2dBi(Zenith) | |
Dimensions | 25*25*4mm | |
LNA | Gain | 27dB±3 dB typ (DC=3V) |
Noise Figure | 1.20 dB max (DC=3V) | |
Filter Insertion Loss | <3dB | |
Voltage | 2.75-5V | |
Current | 16±2mA (DC=3±0.5V) | |
External Interference Suppression | 35dB Min(800MHz-950MHz) | |
1800Mhz-1990aMHz | ||
Mechnical Specifications | Radome Dimension | 48.4×36.9×16MM |
Radome Material | ABS | |
Weight | 75±5g | |
Connector | Fakra C female or SMA | |
Radome Color | Black | |
Cable Model | RG174,black | |
Cable Length | 3m | |
Feature | High stability,Linearity,Consistency,High gain,outside-band interference suppression, Low Noise Figure | |
Application | Automobile Navigation,Logistics Positioning and etc | |
antenna testing
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| Gain testing | V.S.W.R Testing |
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Testing Equipments | Radiation Pattern |
GPS antennas have a wide range of applications across various fields. Here are some common applications of GPS antennas:
Vehicle navigation systems: Many modern vehicles are equipped with GPS navigation systems to help drivers determine their location and provide navigation guidance. GPS antennas for vehicles are typically installed on the roof or windshield to obtain optimal signal reception.
Aviation and maritime navigation: Aircraft and ships often use GPS antennas to determine their precise location and assist navigators in navigation. This is crucial for pilots and ship captains as it helps them avoid obstacles and determine the best routes.
Mobile devices: Many smartphones and tablets are equipped with GPS functionality to provide location and navigation services. These devices typically use built-in GPS antennas to receive satellite signals.
Logistics and transportation: The logistics and transportation industry extensively uses GPS technology to track the location and progress of shipments. GPS antennas can be installed on trucks, ships, and cargo planes to provide real-time location information.
Military applications: The extensively uses GPS technology for navigation, target locating, and combat planning. Military-grade GPS antennas often have higher accuracy and security requirements.
In conclusion, GPS antennas have widespread applications in various fields. They provide us with accurate positioning and navigation capabilities, playing a crucial role in transportation, logistics, and aspects of modern society.
Item | Specifications | |
Antenna | Frequency Range | 1565.42-1605.89MHZ |
Bandwidth | 40MHz min(10db return loss | |
Polarization | R.H.C.P | |
Axial Ratio | 3dB(max) | |
V.S.W.R | ≦1.5 | |
Impedance | 50ῼ | |
Gain | 2dBi(Zenith) | |
Dimensions | 25*25*4mm | |
LNA | Gain | 27dB±3 dB typ (DC=3V) |
Noise Figure | 1.20 dB max (DC=3V) | |
Filter Insertion Loss | <3dB | |
Voltage | 2.75-5V | |
Current | 16±2mA (DC=3±0.5V) | |
External Interference Suppression | 35dB Min(800MHz-950MHz) | |
1800Mhz-1990aMHz | ||
Mechnical Specifications | Radome Dimension | 48.4×36.9×16MM |
Radome Material | ABS | |
Weight | 75±5g | |
Connector | Fakra C female or SMA | |
Radome Color | Black | |
Cable Model | RG174,black | |
Cable Length | 3m | |
Feature | High stability,Linearity,Consistency,High gain,outside-band interference suppression, Low Noise Figure | |
Application | Automobile Navigation,Logistics Positioning and etc | |
antenna testing
|
|
| Gain testing | V.S.W.R Testing |
|
|
Testing Equipments | Radiation Pattern |
GPS antennas have a wide range of applications across various fields. Here are some common applications of GPS antennas:
Vehicle navigation systems: Many modern vehicles are equipped with GPS navigation systems to help drivers determine their location and provide navigation guidance. GPS antennas for vehicles are typically installed on the roof or windshield to obtain optimal signal reception.
Aviation and maritime navigation: Aircraft and ships often use GPS antennas to determine their precise location and assist navigators in navigation. This is crucial for pilots and ship captains as it helps them avoid obstacles and determine the best routes.
Mobile devices: Many smartphones and tablets are equipped with GPS functionality to provide location and navigation services. These devices typically use built-in GPS antennas to receive satellite signals.
Logistics and transportation: The logistics and transportation industry extensively uses GPS technology to track the location and progress of shipments. GPS antennas can be installed on trucks, ships, and cargo planes to provide real-time location information.
Military applications: The extensively uses GPS technology for navigation, target locating, and combat planning. Military-grade GPS antennas often have higher accuracy and security requirements.
In conclusion, GPS antennas have widespread applications in various fields. They provide us with accurate positioning and navigation capabilities, playing a crucial role in transportation, logistics, and aspects of modern society.
