Customization: | Available |
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Certification: | CE, FCC, ISO2000, ISO14001, ISO/TS16949, RoHS |
Warranty: | 1 Year |
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A while | index | |||||||
polarization mode | frequency | standing wave | elevation angle | gain | axial ratio | |||
gain(min) | non-circularity | |||||||
B1 1558.982MHz 1591.858MHz(Central dipole) |
right-hand circular polarization | 1561MHz | ≤1.5 | 90° | >2.5dBi | ≤2.0dB | ||
60° | ≥1.8dB | |||||||
309 | >-2.5dB | ≤±1.0dB | ≤7.0dB | |||||
1575MHz | ≤1.5 | 90° | ≥3.0dB | ≤2.0dB | ||||
60° | ≥2.0dBi | |||||||
30° | ≥-2.0dB | ≤±1.0dB | ≤7.0dB | |||||
1590MHz | ≤1.5 | 90° | ≥2.5dBi | S2.0dB | ||||
60° | ≥1.8dBi | - | ||||||
30° | ≥-2.5dBi | <±1.0dB | S7.0dB | |||||
gain difference at 1561MHz and 1590MHz frequencies at 90°/50°/30° elevation angles ≤ 1dB (guaranteed by design). | ||||||||
B3 1268.52MHz±10.23MHz (Peripheral dipole) |
right-hand circular polarization | 1268MHz | ≤1.5 | 90° | >3.5dB | ≤2.0dB | ||
609 | ≥1.8dBi | |||||||
30° | >-2.5dB | ≤±1.5dB | ≤7.0dB | |||||
Phase Center Stability | ||||||||
Dipole | Frequency | Specification | Remarks | |||||
B1/L1 | 1575MHz | ≤±2mm | Design guarantee | |||||
B3 | 1268.52MHz | ≤±2mm | ||||||
Dipole Mutual Coupling Coefficient | ||||||||
B1,B3 | S15dB | |||||||
Front-to-Back Ratio | ||||||||
B1,B3 | ≥12dB | |||||||
Remarks | At 1268.52±10.23MHz and 1575.42±16.368MHz, the gain loss relative to the center frequency point is ≤2dB | |||||||
The above specifications are the results after all passive antennas are installed on a reflective surface with dimensions of 158mm (length) x 158mm (width) and the radome is fixed |
Serial Number | Test Items | Specification Requirements | Remarks | |
1 | B3 Channel | Number of Channels | Four-way B3 Signals | |
2 | Input Signal Frequency | 1268.52MHz±10.23MHz | ||
3 | Gain | 32±1dB | ||
4 | Noise Figure | 2.0dB | ||
5 | In-band Flatness | ≤1.5dB | ||
6 | OIP3 | ≥35dBm | 32dB Gain Test, +5dBm Output | |
7 | RF Out-of-Band Rejection | ≥65dB | LNA Out-of-Band Rejection (Design Guarantee) | |
1610MHz~1628MHz, 1673.628MHz±2MHz; |
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≥60dBF0±40MHz; | ||||
8 | Input VSWR | <1.8 | ||
9 | Output VSWR | ≤1.8 | ||
10 | Burnout Power Resistance | ≥10WContinuous Wave (CW) | ||
11 | Operating Voltage | 5±0.5V | ||
12 | Operating Current | ≤100mA | ||
13 | the Low Noise Amplifier (LNA) should be free from self-oscillation within the entire frequency band. When inputting a signal of +17dBm at 1618MHz±10MHz there should be no gain compression or elevation of the noise floor within the frequency band of 1268.52MHz±10.23MHz. |
Serial Number | Test Items | Specification Requirements | Remarks | |
1 | B1 Channel |
Number of Channels | 1-channel B1/L1 Signal | |
2 | Input Operating Frequency | 1575.42MHz±16 .368MHz |
Antenna Port | |
3 | Noise Figure | ≤2.0dB | ||
4 | Gain | 25±1dB | ||
5 | In-band Flatness | ≤1.5dB | ||
6 | Input VSWR (Voltage Standing Wave Ratio) | ≤1.8 | ||
7 | Output VSWR | ≤1.8 | ||
8 | Out-of-Band Rejection | ≥20dB±50MHz | ||
≥ 50 Bc1610MHz 1680MHz |
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9 | Output P-1dB | ≥10dBm | ||
10 | Burnout Power Resistance | ≥10WContinuous Wave (CW) | ||
11 | Operating Voltage | 5±0.5V | ||
12 | Operating Current | ≤100mA | ||
13 |
The Low Noise Amplifier (LNA) should be free from self-oscillation within the entire frequency band. When inputting a signal of +25dBm at 1618MHz±10MHz, there should be no gain compression or elevation of the noise floor within the frequency band of 1575.42MHz±16.368MHz. |
Serial Number | Name | Connector | Silkscreen Number | Definition | Remarks |
1 | B3 LNA Output 1 | MCX-J (RF Cable Length) 100±10mm) |
B3-1 | B3 LNA Output | The length of the RF cable will be adjusted according to the actual installation conditions at a later stage |
2 | B3 LNA Output 2 | MCX-J (RF Cable Length) 100±10mm) |
B3-2 | B3 LNA Output | The length of the RF cable will be adjusted according to the actual installation conditions at a later stage |
3 | B3 LNA Output 3 | MCX-J (RF Cable Length) 100±10mm) |
B3-3 | B3 LNA Output | The length of the RF cable will be adjusted according to the actual installation conditions at a later stage |
4 | B3 LNA Output 4 | MCX-J (RF Cable Length) 100±10mm) |
B3-4 | B3 LNA Output | The length of the RF cable will be adjusted according to the actual installation conditions at a later stage |
5 | B1/L1 LNA Output 5 | MCX-J (RF Cable Length) 100±10mm) |
B1-5 | B1 LNA Output | The length of the RF cable will be adjusted according to the actual installation conditions at a later stage |
Project | Technical Specifications |
Frequency Range | BD2 B3:1268.52±10.23MHz BD3 B1:1575.42±16.438MHz GPS L1:1575.42±1.023MHz |
Impedance | 50Ω |
Polarization Mode | Right-Hand Circular Polarization (RHCP) |
Standing Wave Ratio (SWR) | ≤1.5 |
Gain Specification | ≥2.5dBi(Elevation Angle90°) ≥-3dBi(Elevation Angle30°) ≥-5dBi(Elevation Angle10°) At 1268.52±10.23MHz and 1575.42±16.438MHz, the gain loss relative to the center frequency point is ≤2dB. |
Front-to-Back Ratio | ≥12dB |
Non-circularity | ≤3.5dB(0°≤Elevation Angle<30°) ≤±4.0dB(30°≤Elevation Angle<70°) ≤±2.0dB(70°≤Elevation Angle≤90°) |
Axial Ratio | ≤6dB(Elevation Angle≥60°) ≤3dB(MIN) |
Dielectric Size | 35*35*5mm |
Array Configuration | Five elements are placed on a 2.0mm thick metal plate, with the component layout area under the FCB board of each element being less than 2 [units missing, assuming mm for height]. |
BD Element Mutual Coupling Coefficient | ≤-15dB |