Welcome to Kanga Products
Welcome to the Kanga Products website, home of the famous Foxx-3 Transceiver. Items are being added or changed all the time, If in the meantime you do come across any problems or cannot see what you are looking for, then please email us and we will try to help.
DX Direct Converstion 40m Receiver
This DX Direct Converstion 40m Receiver is a collaboration between Steve Elliott K1EL (Winkeyer Fame) and Kanga Products UK.
For further information see our Receiver kits page.
See the latest Practical Wireless for a review of this 40m Receiver - Click Here to download
The Si5351A clock generator breakout from Adafruit! -
This chip has a precision 25MHz crystal reference and internal PLL and dividers so it can generate just about any frequency, from <8KHz up to 150+ MHz. The Si5351A clock generator is an I2C controller clock generator. It uses the onboard precision clock to drive multiple PLL's and clock dividers using I2C instructions. By setting up the PLL and dividers you can create precise and arbitrary frequencies. There are three independent outputs, and each one can have a different frequency. Outputs are 3Vpp,
Click Here to see Paul m0xpd's blog to to see the latest instalment with regards to this is great little board.
Click Here for the link to the updated firmware to get you up and running.
Also see Special Offers page for further details.
Arduino Projects & Kits
The "Kanga / m0xpd DDS Shield"
Click here to go to Paul's (m0xpd) Blog which explains how you can intergrate this shield into a VFO system covering all bands from 136 kHz - 10m .
Please Note: This kit includes the AD9850 Module
Some of the Features:
- Standard Arduino "Shield" Format
- Interface for familiar AD9850 DDS Module
- Flexible Arduino I/O Allocation
- On board Generation of Quadrature Square Waves (i.e. for SDR)
- Building block for future projects (VFO, Beacon, CW Transceiver)
- Full Code & Application examples
Arduino "Sudden TX Shield"
Fits neatly onto the Arduino DDS shield shown below, to enable a Multi-band transmitter (according to BPF fitted) to be created. See Paul m0xpd blog at: http://m0xpd.blogspot.co.uk/ for further information
See the Arduino page for further information.
Mode - CW (other modes possible)
Variable CW Speed (Paddle & Automated Calls)
Click Here for the latest update on software and information complimenting Paul m0xpd artical in latest SPRAT - "Occam's Microcontroller" , i.e. new version of the code has been produced, due to the fact that original LCD used is no longer available.
The new version allows the use of a 16*4 alphanumeric LCD + I2C interface module. These are available on the Arduino page. Please note!! You will need the correct LCD Library installed to ensure correct operation of the LCD.
Click here to down load the required sketch.
The "Kanga" K14 Keyer
This kit is a inexpensive single IC Morse Code Keyer/Processor which can be used either in contesting or casual use.
It is based on the very popular K14 I.C. developed by Steve Elliot K1EL who has kindly allowed Kanga Products to produce their own PCB.
"The K14 Keyer has many original features, and with a PCB measuring 38mm x 35 mm it is small enough to fit inside a transceiver".
Down load the K14 Features & Description including a Tuturial from here
Down load the build in structions from here
The K14 Keyer from Kanga Products is still a current version.The new K16 IC available from K1EL (Hamcrafters) is an amended version of the K14 to resolve a problem with the Battery version they sell.
There are no new or additional functions in the K16 IC.
KANG SMD Dummy Load
Previously kitted and retired by the Four State QRP Group, Kanga Products (UK) have been given permission to re-launch this excellent example of a Self Training kit in SMD Soldering.
For those who wish to see the original documentation these will remain on the 4SQRP Website http://www.wa0itp.com/dummyload.html.
There are also links (Youtube) showing you the various methods of soldering. The Kanga version is a total SMD component kit and is designed to allow the builder to gain experience in SMD soldering.