Skip to main content
P

UBX-G6010-ST-TM Chip

u-blox 6 GPS-Chip mit Präzisions-Timing

UBX‑G6010‑ST‑TM Chip is an older generation product. For new designs see:
u-blox M8 GNSS-gestützter Zeit- und Frequenz-Referenzchip

Highlights

  • Präzisions‑Timing:
    • 2 Zeitimpulsausgänge (bis zu 10 MHz)
    • Bei Sicht auf mindestens einen Satelliten kann Zeitimpuls ausgegeben werden
    • Stationärer Modus für GPS‑Timing‑Betrieb
    • Zeitmarke von externen Ereigniseingaben
  • Rohdaten
  • ROM‑basiert für Kosteneffektivität
  • Extrem grosse Flexibilität im Design
  • Gemäss AEC‑Q100 qualifiziert
  • Hergestellt in gemäss ISO/TS 16949 zertifizierten Fabriken

Produktvarianten

UBX-G6010-ST-TM

u-blox 6 GPS-Präzisions-Timing-Chip,
56 Pin MLF
 

ProduktvariantenUBX-G6010-ST-TM
GPS-only
GNSS features 
OscillatorCrystal supported, TCXO supported
Area 
Global
Mikroprozessor 
Standalone module
Interfaces 
UART1
USB1
SPI1
DDC (I²C compliant)1
Electrical data 
Minimum supply [V]1.75
Maximum supply [V]3.6
Environmental data, quality & reliability 
Maximum temperature [°C]85
Minimum temperature [°C]-40
Size [mm] 8 x 8 x 0.85
Features 
RTC Quarz
Aktive Antenne/LNA integriert
Zeitimpulsausgang
Ext. Unterbrechung/Wakeup
Programmierbarer Flash-Speicher
Zusätzlicher SAW-Filter
Zusätzlicher LNA
Interner Oszillator
Antennen-Pin zur Erkennung von/zum Schutz vor Kurzschluss
Antennen-Pin zur Erkennung von Leerlauf

Übersicht

Produktzusammenfassung

Hardware-Integrationshandbuch

AT Befehlshandbuch(CEL)

Anwendungshinweis

Whitepaper

Anwender-Führungshandbuch

Freigabe-Information

Informationsnotiz

Treiber

User Guide

Technical Note

The UBX‑G6010‑ST‑TM provides precision GPS timing for demanding positioning applications such as femto cells and WiMAX basestations. This GPS chip features user configurable frequency output and timepulse. An accuracy of up to 15 ns is achievable by using the quantization error information to compensate the granularity of the time pulse. The UBX‑G6010‑STTM features a time mode function whereby the GPS receiver assumes a stationary 3D position, whether programmed manually or determined by an initial self‑survey. During stationary operation GPS timing is possible with only one visible satellite. This means that time can be output even under adverse signal conditions or in environments with poor sky visibility. A built‑in time mark and counter unit provide precise time measurement of external event inputs. T‑RAIM (Timing Receiver Autonomous Integrity Monitoring) is available to detect faulty GPS measurements. Raw data is also provided. The UBX‑G6010‑ST‑TM is the ideal GPS chip solution for high‑volume timing applications.