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BNC to MCX GPSDO Pigtail – 12″
$9.95- Adapts the clock input to accept a BNC Female connector.
- RG-316 cable (High Quality / Small Size)
- Used to connect the GPSDO to Airspy.
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BNC to SMA GPSDO Pigtail – 12″
$9.95- Adapts a BNC female to an SMA male.
- RG-316 cable (High Quality / Small Size)
- Used to connect the GPSDO to Elecraft and similar units.
- also used to connect the Airspy to a BNC Female connector.
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GPS Antenna – Base (Station)
$34.95- GPS Base Station Antenna
- DOES NOT INCLUDE mounting plate
- Mount accepts Marine Threads (1″ x 14)
- Built-in LNA
- Covers GPS frequencies (1575 MHz)
- SMA connector for use with the GPS-based units.
- Cable length: 16.4 feet (5M)
- Cable Type: RG-58
- Gain: 28 dBi or more
- Supply voltage: 3-5V DC
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GPS Antenna – Magnetic
$9.95- GPS Magnetic Mount Antenna
- Covers GPS frequencies (1575 MHz)
- SMA connector for use with the GPS-based units.
- Cable length: 9.75 feet (3M)
- Cable Type: RG-174
- Gain: 28 dBi +/- 3 dBi
- Supply voltage: 3-5V DC
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HABduino Kit + VHF and UHF radio modules (Special Order item)
$205.95This board is a GPS receiver and radio transmitter shield designed for tracking high altitude balloon flights utilizing an Arduino Uno/Duemilanove.
The Habduino Kit Comprises of :
Habduino Sheild.
GPS Antenna with 0.5m cable.
Battery holder + clip
The MTX2 for 434Mhz transmission is supplied with an RG174 tail to make an antenna. Radio modules will be assembled and tested.
To track the location of flight you also need a radio receiver, aerial and PC on the ground. Suitable radios include SDR dongles/Airspy – see http://ukhas.org.uk/guides:sdr_tracker for examples of suitable models and full instructions.
INCLUDES:
Radiometrix MTX2 434Mhz radio module
Radiometrix HX1 144.390Mhz (APRS) radio module
More info: https://store.uputronics.com/index.php?route=product/product&path=62&product_id=57Quick View -
HABduino Kit + VHF ONLY radio module
$169.95This board is a GPS receiver and radio transmitter shield designed for tracking high altitude balloon flights utilizing an Arduino Uno/Duemilanove.
The Habduino Kit Comprises of :
Habduino Sheild.
GPS Antenna with 0.5m cable.
Battery holder + clip
To track the location of flight you also need a radio receiver, aerial and PC on the ground. Suitable radios include SDR dongles/Airspy – see http://ukhas.org.uk/guides:sdr_tracker for examples of suitable models and full instructions.
INCLUDES:
Radiometrix HX1 144.390Mhz (APRS) radio module
More info: https://store.uputronics.com/index.php?route=product/product&path=62&product_id=57Quick View -
11 %
Leo Bodnar GPSDO (reference clock unit)
- Dual outputs to control two Airspy units
or one Airspy and one Spyverter* - One of the most compact units on the market
- Powered via USB or coaxial jack
- Comes with carry case, GPS Antenna, and USB cable
- Connection cable in stock above
- More info: Manufacturer's website
- Note: Manufacturer's price is shown in Pounds. Our price is the equivalent in Dollars.
- * Spyverter control requires a hardware modification
$245.00$219.00Quick View - Dual outputs to control two Airspy units
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Leo Bodnar MINI GPSDO (reference clock unit)
$145.00- SINGLE output to control Airspy or Spyverter R2x
- One of the most compact units on the market
- Powered via USB
- Comes with GPS Antenna, and USB cable
- More info: Manufacturer's website
- Note: Manufacturer's price is shown in Pounds. Our price is the equivalent in Dollars.
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7 %
LeoNTP (Network Time clock)
- True Stratum 1 NTP Compatible
Master Clock / Time Server. - Can serve tens of thousands of clients.
- Very cost effective
- Supports NTP/SNTP
- Front OLED Display for time display and configuration
$375.00$349.00Quick View - True Stratum 1 NTP Compatible
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Raspberry Pi+ GPS Expansion Board
$39.95This is an GPS expansion board designed specifically for the both the version 1,2 and 3 Raspberry Pi+ Models.
This board is designed for applications that use a GPS connected via the serial ports to the Raspberry Pi such as timing applications or general applications that require GPS information. To facilitate PPS the time pulse output is connected to a GPIO so you can utilize this board to give NTP PPS discipline. PPS does not work without an antenna.
This board is equipped with the latest Ublox MAX-M8Q positioning module and high quality filtering capacitors and inductors throughout. The MAX-M8Q features a RTC Crystal, very low power usage and high performance. Although not a true timing module it is more than adequate for a Pi based NTP Server. Its worth noting the module can, with a serial command, be placed in “Stationary” dynamic mode which is the default mode for the much more expensive timing modules.
The board features an SMA connector for an active patch antenna (see related products) power and PPS LED's. On the top is a super capacitor which can be used to retain any custom settings in the event of power loss (If the module is commanded to do so ). The MAX-M8Q is connected via serial to the Pi and the PPS is connected to GPIO18 (pin 12).
A 2×20 way header is supplied and 2 suitable standoffs providing a very robust solution. The board follows Raspberry Pi's HAT physical layout with camera and display port notches. It is possible to stack additional HAT's on top of this board with the stacking header.
To use this board to make a Stratum 1 NTP Server please follow these instructions here : http://ava.upuaut.net/?p=726
For the communication protocol see the u-blox 8 / u-blox M8Receiver DescriptionIncluding Protocol Specification.
(The command to save settings is CFG-CFG)
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uBLOX MAX-M8C Pico GPS Breakout with Chip Antenna
$26.95This is new version of the popular pico break outboard, now with SCL & SDA. The board is assembled with a uBLOX MAX-M8C module, chip antenna and a decoupling capacitors.
This board has VCC, GND and RX & TX, SCL & SDA for I2C.
IMPORTANT : This module has no onboard voltage regulation so a clean regulated 1.8 – 3.6v power is required. If you want to link this to your microcontroller you must ensure it runs at 1.8 to 3.6v on the serial/I2C or you will risk damaging this module. Arduinos/PC Serial generally run at 5V so you will need a level converter.
There is no provision for battery backup (V_BCKUP is hard tied to VCC).
The MAX-8 family delivers all the benefits of the u-blox 8 GPS platform in a more compact form factor than ever before: high-sensitivity, intelligent power management.
MAX comes in an ultra-compact, easy-to-mount 9.7mm x 10.1mm LCC package, and supports temperatures down to -40'C.
Supports temperatures down to -40'C
UART interface.
RTC crystal for faster warm and hot starts
Suitable for HAB Usage Max Altitude 50,000 meters / 164041 feet in Flight Mode.
Supply Voltage 1.8 to 3.6VThis module is designed to be as light as possible, weight is very light at 1.5g
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uBLOX MAX-M8Q 3.3V SAW/LNA GPS Breakout With Sarantel Antenna
$45.95This is an assembled breakout board with a uBLOX MAX-M8Q module, front end LNA and Filter.
The board incorporates an Infineon front end SAW filter and LNA for enhanced performance and faster lock times.
We have two versions available. This one is suitable for 3.3V microcontrollers and logic levels.
Suitable for HAB Usage Max Altitude 50,000 meters / 164041 feet in Flight Mode.
The module is supplied with a 2.54mm 8 way header and a super cap for hot start/setting retention.
The board is constructed on 1.6mm PCB and utilities the Sarantel/Maruwa SL-1252 Quadrafilar Antenna offering great omnidirectional performance and rejection of out of band signals.
On the header are TX, RX, EN(Enable – turns on the level convertor on 5V boards), TP (PPS Output), 3/5V Supply I2C SCL/SDA and GND.
The MAX-M8Q delivers all the benefits of the u-blox 8 GPS platform in a more compact form factor than ever before: high-sensitivity, intelligent power management.
Supporting temperatures down to -40'C and featuring a TCXO for better power saving and quicker startup.
The breakout has the following dimensions :
3V Version 48.5mmx21mm (board edge to top of antenna) x1.6mm (13.2mm antenna diameter) approximately – Weight 10g
As per the data sheets the MAX M8Q can use up to 22mA under acquisition (5mA in power save mode once tracking).
The default baud rate is 9600bps.
For getting started with this module see this wiki article : http://ava.upuaut.net/?p=738
Datasheet : https://dl.dropboxusercontent.com/u/63720513/HAB%20Supplies%20Datasheets/HAB-BO-M8Q.pdfQuick View
Product Tag - GPS
