Just my 2 cents. good video, but... There are rules to help people distinguish dots from dashes in Morse code. 1- The length of a dot is 1 time unit. 2- A dash is 3 time units. 3- The space between symbols (dots and dashes) of the same letter is 1 time unit. 4- The space between letters is 3 time units. 5- The space between words is 7 time units. Following these rules will make your device sound more natural and easier to copy. =)
Well done. Just one piece of advice. In your CASE statement you do a 'standard delay' after each dot or dash. It would make the CASE clearer if you deleted the delay from here and just add it to the end of each dot and dash function :)
I programmed a D1 to tone a 1000hz ish tone to a pin and fed it into the mic audio circuit on one of my GMRS radios to send my call at the press of a button. Reactions were mixed, even though it's allowed in the rules.
hi there got it all working, Very Nice i do have a question. seems like the code remembers the last input?? eg type A, it blinks dot dash, all good if you enter an M it does the A,and the M and it goes on and on the arduino board needs to be reset then its back to normal. any IDEAS, please
It's a great project to experiment with, Kudos to that !! But is it possible for you to share schematics and program code ? I couldn't find it in the link.
Just my 2 cents. good video, but...
There are rules to help people distinguish dots from dashes in Morse code.
1- The length of a dot is 1 time unit.
2- A dash is 3 time units.
3- The space between symbols (dots and dashes) of the same letter is 1 time unit.
4- The space between letters is 3 time units.
5- The space between words is 7 time units.
Following these rules will make your device sound more natural and easier to copy. =)
Great project! Cool! Very well explained!
Well done. Just one piece of advice. In your CASE statement you do a 'standard delay' after each dot or dash. It would make the CASE clearer if you deleted the delay from here and just add it to the end of each dot and dash function :)
Now THAT is very cool .... you need a variable speed control.
I programmed a D1 to tone a 1000hz ish tone to a pin and fed it into the mic audio circuit on one of my GMRS radios to send my call at the press of a button. Reactions were mixed, even though it's allowed in the rules.
Well done
But i couldn't find this sketch in your dropbox
Could you please upload it :)
Thanks
There are no pause between letters. Big mistake. It should be small pause.
Help me with, like I want to make a docoder like it'll convert the DI and DAH rhythm to a string. Like reverse of you idea !!
The name of the dropbox project ? for the morse code translater can you send me this projekt its very important for me thanks or respond me pls
hi there looks great, i can not seem to find the sketch for the morse code unit ?
am i missing something ?
hi there got it all working, Very Nice
i do have a question. seems like the code remembers the last input??
eg type A, it blinks dot dash, all good
if you enter an M it does the A,and the M
and it goes on and on
the arduino board needs to be reset then its back to normal.
any IDEAS, please
Gees, so complicated
It's a great project to experiment with, Kudos to that !! But is it possible for you to share schematics and program code ? I couldn't find it in the link.
If I am sending morse there are not any new-lines. If I connect a key to this and start tapping out a sentence it doesn't seem to work.
Maybe info on how to connect a key and get it to work with this would be great!
Hi, I have built a NRF24l01 transceiver with "Hello Word", I wanna chance this word to Morse code. Do you know How to do this?
Do you have the sketch still?
could please share the code it was not in dropbox sketches folder
that morse code sounds terrible. dashes should be 3 times as long as the dots
You need to make it go a bit faster! You know how it goes : ta da ta da ta ta da ta da ta ta ta ...
SWOF!