Difference between revisions of "GPS Frequency Standard"
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== GPS == | == GPS == | ||
+ | |||
+ | * GPS Satellite Positioning Module NEO7M UBLOX Satellite Positioning 51 SCM STM32 | ||
+ | * Specifications: | ||
+ | * Working Voltage: 3.3v-5.0v | ||
+ | * Color: As Picture Shown | ||
+ | * Description: | ||
+ | * With micro USB interface, you can debug GPS module with ordinary phone data cable, no longer need to use USB-TTL and other tools. | ||
+ | * TTL interface is reserved to facilitate the use of USB-TTL or external microcontroller to control and receive GPS information. | ||
+ | * Ceramic antenna on module board, no GPS external antenna can be used to search for stars. | ||
+ | * Reserved SMA antenna interface, can use external antenna, star search ability is stronger. | ||
[[File:neo-7m.jpg]] | [[File:neo-7m.jpg]] |
Revision as of 17:14, 13 September 2020
Reference Materials
- Design & Build a GPS locked Frequency Standard- Scullcom
- SIMPLE 10 MHZ GPS FREQUENCY STANDARD AND RF GENERATOR
- An Arduino-based GPS Disciplined Oscillator
- Aluminum PCB Instrument Box Enclosure Electronic Project Case DIY 80x50x20mm
GPS
- GPS Satellite Positioning Module NEO7M UBLOX Satellite Positioning 51 SCM STM32
- Specifications:
- Working Voltage: 3.3v-5.0v
- Color: As Picture Shown
- Description:
- With micro USB interface, you can debug GPS module with ordinary phone data cable, no longer need to use USB-TTL and other tools.
- TTL interface is reserved to facilitate the use of USB-TTL or external microcontroller to control and receive GPS information.
- Ceramic antenna on module board, no GPS external antenna can be used to search for stars.
- Reserved SMA antenna interface, can use external antenna, star search ability is stronger.