The BGA855N6 is designed to enhance GNSS signal sensitivity for band L2/L5 especially for very high accuracy.
Besides GPS L5 and L2, the GNSS LNA also covers Galileo E5a, E5b, E6, Glonass G3, G2 and Beidou B3 and B2 bands for a frequency range from 1164 MHz to 1300 MHz.
The LNA provides 17.8 dB gain and 0.6 dB noise figure at a current consumption of 4.8mA.
The BGA855N6 is based upon Infineon Technologies‘ B9HF Silicon Germanium technology. It operates from 1.1 V to 3.3 V supply voltage.
Summary of Features
GPS LNA for L2/L5 Frequency
Improves GPS accuracy into cm range (~30 cm)
Improves GPS for indoor navigation
1.2 V support
Designed for high precision GPS devices
Benefits
High Accuracy Navigation that enabler for ~30 cm accuracy.
High linearity that Ideal for Smartphones 5G NSA ready.
Wide Bandwidth and one solution for all GPS system.
Backwards compatible with standard GNSS LNA that saves cost of design.
Potential Applications
Enhance GNSS signal sensitivity for band L2/L5, especially for very high accuracy.
Besides GPS L5 and L2, the GNSS LNA also covers Galileo E5a, E5b, E6, Glonass G3, G2 and Beidou B3 and B2
Applications
48 V to 12 V DC-DC converter
Consumer electronics
Mobile devices and smartphones
Semiconductor solutions for home entertainment applications
Designers who used this product also designed with
BGS15MU14 | RF Switches
ESD133-B1-W01005 | Low capacitance diodes for ESD protection
BGSX44MU18 | Antenna cross switches
BGSX22G6U10 | Antenna cross switches
BGS12P2L6 | RF Switches
BGC100GN6 | Coupler
BGSX24MU16 | Antenna cross switches
BGSX22G5A10 | Antenna cross switches
BGS12WN6 | RF Switches
BGS14M8U9 | RF Switches
BGS14WMA9 | RF Switches
BGA729N6 | Multi-purpose LNAs
BGS16MA12 | RF Switches
BGS15MU14 | RF Switches
ESD133-B1-W01005 | Low capacitance diodes for ESD protection
BGSX44MU18 | Antenna cross switches
BGSX22G6U10 | Antenna cross switches
BGS12P2L6 | RF Switches
BGC100GN6 | Coupler
BGSX24MU16 | Antenna cross switches
BGSX22G5A10 | Antenna cross switches
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The BGA855N6 is designed to enhance GNSS signal sensitivity for band L2/L5 especially for very high accuracy.
Besides GPS L5 and L2, the GNSS LNA also covers Galileo E5a, E5b, E6, Glonass G3, G2 and Beidou B3 and B2 bands for a frequency range from 1164 MHz to 1300 MHz.
The LNA provides 17.8 dB gain and 0.6 dB noise figure at a current consumption of 4.8mA.
The BGA855N6 is based upon Infineon Technologies‘ B9HF Silicon Germanium technology. It operates from 1.1 V to 3.3 V supply voltage.
Summary of Features
- GPS LNA for L2/L5 Frequency
- Improves GPS accuracy into cm range (~30 cm)
- Improves GPS for indoor navigation
- 1.2 V support
- Designed for high precision GPS devices
Benefits
- High Accuracy Navigation that enabler for ~30 cm accuracy.
- High linearity that Ideal for Smartphones 5G NSA ready.
- Wide Bandwidth and one solution for all GPS system.
- Backwards compatible with standard GNSS LNA that saves cost of design.
Potential Applications
- Enhance GNSS signal sensitivity for band L2/L5, especially for very high accuracy.
- Besides GPS L5 and L2, the GNSS LNA also covers Galileo E5a, E5b, E6, Glonass G3, G2 and Beidou B3 and B2
Applications
- 48 V to 12 V DC-DC converter
- Consumer electronics
- Mobile devices and smartphones
- Semiconductor solutions for home entertainment applications
Designers who used this product also designed with
- BGS15MU14 |
RF Switches
- ESD133-B1-W01005 |
Low capacitance diodes for ESD protection
- BGSX44MU18 |
Antenna cross switches
- BGSX22G6U10 |
Antenna cross switches
- BGS12P2L6 |
RF Switches
- BGC100GN6 |
Coupler
- BGSX24MU16 |
Antenna cross switches
- BGSX22G5A10 |
Antenna cross switches
- BGS12WN6 |
RF Switches
- BGS14M8U9 |
RF Switches
- BGS14WMA9 |
RF Switches
- BGA729N6 |
Multi-purpose LNAs
- BGS16MA12 |
RF Switches
- BGS15MU14 |
RF Switches
- ESD133-B1-W01005 |
Low capacitance diodes for ESD protection
- BGSX44MU18 |
Antenna cross switches
- BGSX22G6U10 |
Antenna cross switches
- BGS12P2L6 |
RF Switches
- BGC100GN6 |
Coupler
- BGSX24MU16 |
Antenna cross switches
- BGSX22G5A10 |
Antenna cross switches
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