GPS Dielectric Antenna
Centre Frequency: 1575.42 MHz ±3 MHz
Bandwidth: ±5 MHz
Impedance: 50 ohm
Applicable Bands: Penta Band 850/900/1800/1900/2100MHz
Frequency: 824-960MHz / 1710-1990MHz / 1920-2170MHz
VSWR: <= 2.0:1
Impedance: 50 ohm
Typical Gain: 2 dBi
LNA Gain: 14 +/- 2 dB
Noise Figure: 1.5 dB
DC Voltage: 2.7—5 V
DC Current: 5—15 mA
Size: 68 mm (diameter) x 35 mm (height, not including screw mounting)
Cable: RG174 3m, 5m or others
Connectors: SMA/SMA/SMB/MCX/MMCX or others
Working Temperature: -40°C to +85°C
Humidity: 55% to 75% RH
The device should satisfy the electrical characteristics specified in form 1~2 after applied to the vibration of 10 to 55Hz with amplitude of 1.5mm for 2 hours each in X , Y and Z directions.
The device should satisfy the electrical characteristics specified in form 1~2 after dropping onto the hard wooden board from the height of 30cm for 3 times each facet of the 3 dimensions of the device.
High Temperature Endurance
The device should satisfy the electrical characteristics specified in form 1~2 after exposed to temperature 80 for 24 hours and 1~2 hours recovery time under normal temperature.
Low Temperature Endurance
The device should also satisfy the electrical characteristics specified in form 1~2 after exposed to the temperature -40 for 24 hours and to 2 hours recovery time under normal temperature.
Temperature Cycle Test
The device should also satisfy the electrical characteristics specified in form 1~2 after exposed to the low temperature -25 and high temperature +85 for 30 2 min each by 5 cycles and 1 to 2 hours recovery time under normal temperature.
Put the antenna in 1m deep water for 12h, and find 100% waterproof.
FAKRA CONNECTOR SERIES
With advancements in telematics and automotive communications technology, RF communication systems have become integral components in today’s automotive, trucking, watercraft, motorcycle, and off-road construction markets. To ensure high levels of electrical and mechanical performance for telematics applications, the worldwide automotive industries have standardized a high-performing, cost-effective RF connector based on the FAKRA and USCAR standards.
Embedded within a plastic housing which features multiple color codes for easy identification and unique keying to prevent mis-mating, FAKRA connectors are designed to perform up to 3 GHz and meet the particular mechanical and environmental requirements of the automotive industry.
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