Those who wish to purchase the PIC12F509 microcontroller already programmed to periodically generate an “S” in Morse code can do so through the button shown below.
Several of you have written us asking which SDR receiver to use in combination with your radio and our IFace buffer card (which you will find here described). The answer is simple: all are fine and at the bottom of the page you will find some links to buy them. In the 1 minute video here below you can find the test with a common RTL-SDR.
The basic concept of using the IFace buffer card is that the “dirty work”, that is to limit extremely strong signals, even outside the amateur radio band, is delegated to the first reception stages of our RTX. In this way we can also use a cheap SDR receiver, which in practice has no filters, of those from a few tens of $. Then, honestly, what we’re talking about is not a real receiver, but a part of it, because it’s an A / D (digital analog) converter, a lot of the work is done by the software on the computer. Here the choice is wide, there are many and those that we used for the tests that you have seen and read are SDR #, SDR Console and HDSDR.
The only recommendation is that the A / D converter is able to work at the IF frequency of our radio. Ex, if the IF is at 8.83 MHz we will not be able to use one that works from 25 MHz to 1700 MHz.
For the tests, and therefore for the results we showed you, we used either of these “receivers”.
We publish a new testimonial about how to use our CW Stick Keyer 2 with desktop transceivers. In the video you can see that it works perfectly with the great ICOM IC-775.
Enjoy!
For more information please use the following form.
A new video from TSP S.r.l. shows how to use the “Morse Stick Keyer 2”, the most light and small paddle for telegraphy of the world. The demostration is made using a well know YAESU FT-817. This paddle works very well with other radio too, for example with: FT450D, IC7000, IC7300, TS-480, KX3 and many more.
You can find all the information at the product page. Here below you can find the demo video (please activate the subtitles). Enjoy.
For more information please use the following form.
CW Stick Paddle 2 is a simple and easy to use Morse code keyer thought to be light, small and inexpensive. With respect the previous version, this adds the squeeze mode feature.
It is ideal for portable and QRP operations, in car installations, but also for travelling everywhere you want with your favourite radio.
It doesn’t have mechanical parts, it is totally electronic. And it doesn’t need any battery to work! Use simply your fingers to start operating Morse code with your favourite radio.
It works with all the modern transceivers replacing a normal mechanical 3 wires Morse keyer.
It is available in two versions, the “standard” and the “Black & Gold Limited Edition”, elegant and beautiful !!!
It can be used with FT-450D, FT-817, FT-857, FT-897, IC-706, IC-7000, IC-7300, TS-480, Elecraft KX3, Mountain Topper Radio MTR3B and similar (low voltage (3 – 5 V) on keyer connector).
Technical data:
size – 100 x 19 x 3 mm;
weight – 6 grs + cable (tot. 30 grs);
cable – 60 cm 3 wire;
connector – 3,5 mm stereo jack.
Do you like it? Buy one (or more) by pressing one of the following buttons.
Want more information? Please read the FAQ (click here) or please watch these demo videos.
If you have questions please use the following form.
Morse Stick is a simple and easy to use Morse code electronic keyer thought to be light, small and inexpensive.
It is ideal for portable and QRP operations, in car installations, but also for travelling everywhere you want with your favourite radio.
It doesn’t have mechanical parts, it is totally electronic. And it doesn’t need any battery to work! Use simply your fingers to start operating Morse code with your favourite radio.
It works with all the modern transceivers replacing a normal mechanical 3 wires Morse keyer.
It can be used with FT-450D, FT-817, FT-857, FT-897, IC-706, IC-7000, IC-7300, TS-480, Elecraft KX3 and similar (low voltage (3 – 5 V) on keyer connector).
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