Navman LA000508 - Manual
Navman LA000508 – Manual, read for free online in PDF format. We hope this helps you resolve any issues you may have. If you have further questions, please contact us through the contact form.
Table of Contents:
- Page 4 – Figure 2-1: Jupiter 20 module architecture; Module architecture; Technical description; of the SiRFstar; Product applications
- Page 5 – Major components of the Jupiter 20; II; Physical characteristics
- Page 6 – character 8; Performance characteristics
- Page 7 – Acquisition times; Mode; re‐acquisition; Timing 1PPS output; Jupiter 20 standard module.; TricklePower mode; minimal degradation in navigation performance.; mode; default behaviour when TricklePower is active.
- Page 8 – Differential aiding; satellite measurements.; Core processor performance; typical performance; Table 3-2: Software processing performance; The GPS receiver performance of the Jupiter 20 is shown in Table 3‐3.; Parameter; acquisition sensitivity
- Page 9 – Dynamic constraints; max; Position and velocity accuracy; when TricklePower is active.; vertical VEP; Table 3-4: Position and velocity accuracy; Electrical requirements; requirements shown in Table 4‐1.; ripple; Table 4-1: Operating power for the Jupiter 20; supply are as follows:
- Page 10 – Frequency MHz
- Page 11 – Data input output specifications; requirements are discussed in Section 4.1.
- Page 12 – BOOT
- Page 13 – Software interface; Port; NMEA output messages; NMEA message; RMC; Software functions and capabilities
- Page 14 – Table 5-3: Jupiter 20 software capability; Dead Reckoning input specifications; Gyro input specification; The specifications shown in Table 6‐1 apply to the Jupiter 20D only.; Characteristics; Table 6‐1: Gyro input specifications; Murata ENV series
- Page 15 – side view; Jupiter 20 development kit
- Page 16 – controlled conditions
- Page 17 – Ordering information; Part Number; Jupiter 20 std adapter; Table 10-1: Jupiter 20 ordering information; Glossary and acronyms; determine the range to the transmitting GPS satellite.; Ephemeris; Static Random Access Memory
LA000507G © 2006 Navman New Zealand. All rights reserved. Proprietary information and specifications subject to change without notice.
Jupiter 20
GPS receiver module
Data Sheet
Related documents
• Jupiter 20 Integrator’s manual LA000508
• Jupiter 20 Product brief LA000509
• Jupiter Series development kit guide
LA000645
• SiRF Binary protocol reference manual
• Navman NMEA reference manual
MN000315
• Jupiter 20 DR application note LA000433
• Low Power Operating Modes application
note LA000513
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Summary
Figure 2-1: Jupiter 20 module architecture LNA bandpass filter TCXO baseband processor RFIN ADC GYRO IN active or passive antenna controls/ GPIO UART ports RTC crystal Flash memory AD [0‑18] D [0‑15] CTRL brown out detector 1.8 V regulator 2.8 V regulator Module architecture RFIC DR Modules only for...
LA000507G © 2006 Navman New Zealand. All rights reserved. Proprietary information and specifications subject to change without notice. 2.3 Major components of the Jupiter 20 LNA (Low Noise Amplifier): This amplifies the GPS signal and provides enough gain for the receiver to use a passive antenna. A...
LA000507G © 2006 Navman New Zealand. All rights reserved. Proprietary information and specifications subject to change without notice. 2.8 Environmental The environmental operating conditions of the Jupiter 20 are as follows: temperature: –40ºC to +85ºChumidity : up to 95% non‑condensing or a wet bu...
