"KØHB" wrote in message
. net...

"N2EY" wrote

It's still very practical to build a simple CW *transceiver* from
scratch. Plenty of designs out there, as well as kits.

Which you might postulate as an argument to retain the Morse
examination, except that knowledge of Morse is not a requirement to heat
a soldering iron.

Exactly. When I was in college we buit a 10w CW transmitter
and tested the results into a dummy load. No knowledge
of code was needed or expected.

Cheers,
Bill K2UNK

Bill Sohl wrote:
"KØHB" wrote in message
. net...

"N2EY" wrote


It's still very practical to build a simple CW *transceiver* from
scratch. Plenty of designs out there, as well as kits.

Which you might postulate as an argument to retain the Morse
examination, except that knowledge of Morse is not a requirement to heat
a soldering iron.


Exactly. When I was in college we buit a 10w CW transmitter
and tested the results into a dummy load. No knowledge
of code was needed or expected.

hehe, now that sounds like fun! 8^0

- Mike KB3EIA -

Which you might postulate as an argument to retain the Morse
examination, except that knowledge of Morse is not a requirement to heat
a soldering iron.



Exactly. When I was in college we buit a 10w CW transmitter
and tested the results into a dummy load. No knowledge
of code was needed or expected.



Now, if you used the soldering iron *as* the dummy load, ...... :-)