12 Reasons Why CW is my ” FAV ” mode.

1. Simplicity – If anyone would really take a good look at what Morse Code consists of, they would see that it is truely a very simple system. Basically CW is a “Digital” mode. Being on and off keying. The duration of each tone and combination of long and short tones tells us what letter, number or punctuation is being sent. Could it be possibile that we try to oversimplify it to the extent that it becomes difficult and an unreachable target or goal?

2. Fun – To me this simple language is like a secret code known only to those select few who dare to take time and effort to learn it as a communication tool. It is fun to communicate with others who have become a member of this sort of “Secret Society” Although it is not that secret, there seems to be a calling for other Hams to partake in it.

3. Relaxing – There are times after a long and stressful day, that just sitting down and trying to relax just doesn’t work out. I have found that working CW takes my mind off of things as I try to decipher what my fellow ham is trying to tell me. There is some concentration needed to copy code and there is relaxation in the transposition of these Dots and Dashes.

4. Exciting – The ability to communicate in using a language that only the whole world of CW operators know and use, is exciting. I heard an operator working a contest that was collecting SSB contacts and then for some reason I thought he was talking to himself and as I retuned a little to his signal, I heard the tones from a CW signal. Even though it wasn’t a true 2 way conversation, I was still impressed that he was able to talk to a CW operator as well as a SSB operator.

5. Frustrating – Yes… it is true… CW can be frustrating… There are times when I would like to contact that much needed station, only to not get the return QSO. Then there are times when I get a station that is sending a little faster than I and when I try to match his speed he speeds up even faster, as if I was not allowed to send as fast as he could send and he had to be the faster station. CW is a means of communications NOT a race to see who can send the fastest. More often than not, the operators who try to send faster, make so many mistakes, it would have been better if they just slowed down to start with.

6. Unique – CW is a very unique way to communicate as in, not every Ham throughout the world uses Morse Code but the ones who do are very respectful.

7. Respectful – of each other and the code that we use has become sort of “code”. That is good radio practices, not to step on the other guy as he speaks, and to always treat each other as ladies and gentlemen whichever the case may be.

8. Never reports of enforcements from the FCC. – If you were to look into the FCC enforcements listing on the ARRL web site, you will see actions towards people causing interferance on repeaters, some about RFI, and others about advertising on the Ham air waves, which I believe are against FCC rules. But you will find very few if any actions about Code. As stated above that is where the respect comes into play.

9. CW cuts through propagation – I have read and heard where CW played a large part in saving the lives of people in danger during Katrina.

10. First line of communications – I believe that code was the first form of communications that brought on the rescues early on during this tragedy.

11. Historical – CW was the first means for the Railroad and the Western Union to talk with each other within their infrastructure. It became the grandfather of Ham radio, and the only way to communicate at the beginning of amateur radio.

12. Defeated!!! (Fearfully) – This in not a reason that I enjoy CW but in my opinion, the entry level has become downgraded to where geting a license has become very easy. As more and more operators acquire a license they really don’t want to or value CW. Yes it is old, and yes there are newermore up to date means of digital communications but they require a computer and the internet to run them. If this infrastructure is damaged or challenged in any way communication becomes difficult. It is my hope that the ARRL and FCC will see the value in CW and keep it in the licensing structure.

A Simple ‘Iambic Paddle’ for Travelers


From : Charles & Sandra Cohen

Scott —

Sorry, no parts list. And the bottom is covered by silicone rubber, so a photo won’t help you.

Radio Shack should have everything except maybe the two switches. Those, you could get at any electronic parts distributor as “tactile switches”. They come in various sizes. Mine are 12mm square, with a 160 gm activation force. (less activation force would be better, but I wouldn’t want anything smaller).

The top of my phone jack was transparent, and I could figure out which pin (on the bottom) corresponded to which phone plug contact. You might have to enlarge one or two holes in the board, and I bent or broke one unused pin. But the rest of the pins go through the holes to the back of the board, and hold the phone jack in place.

Each switch has four pins (two for each side of the switch contacts). I just pushed them through the holes in the board without any sockets. The pins fit tightly enough so there’s no play after the pins are soldered (as described next).

On the back of the board, there are four wires soldered in place:

One from the “dit” switch to the “tip” contact of the phone jack;

One from the “dah” switch to the “middle ring” contact of the phone jack;

One from the “ground” (outer barrel) contact of the phone jack to the _other side_ of the “dit” switch;

Another from the “ground” contact of the phone jack to the _other side_ of the “dah” switch.

The ceramic fridge magnets (Krazy-glued to the back) are thick enough so that the pins of the switches and phone jack don’t touch the FT-817. I covered the soldered joints with silicone sealant — no possibility for accidental shorts, that way.

That’s it. This was one of the few times that something I built worked right on the first try. This is _not_ a fancy project.

Good luck !

Charles

K9YA Code Practice Net – SLOW

Wednesday May 17, 2006
7:00 pm – 8:00 pm
This event repeats on the third Wednesday of every month.
Event Location: 7.137 MHz (plus or minus QRM)
Street: http://www.k9ya.org
Notes:
Listen for CQ Slow Net—send your callsign. We QRS to the speed of the slowest
op. We’re here to have fun and practice code.

UTC: Currently 24ØØ Z

FREQUENCY: 7.137 MHz +/- QRM

Venture crew 59 – Jambo Scoutfest 2006

Venture Crew 59 will host a Special Event Station KC3BSA at the Jambo Scoutfest 2006. Jambo 2006 will be held on the Kutztown University Campus in Pennsylvania from May 19-May 21. There will be approximately five thousand scouts attending this event. VC59 will put SSB/CW, PSK31, SSTV, EcoLink, & 2M/6M stations on the air this weekend starting Friday evening.

VC59 will mail out a great-looking certificate for working KC3BSA. For QSL information and additional info click on the link below. We’ll be listening for you – KC3BSA!

http://www.crew59.org

72/73,
Ed, WA3WSJ

28th Anniversary of Packet Radio

At around 9PM on May 31, 1978 were the first KNOWN transmissions of Packet over Amateur Radio. The location was Bill Wong’s Restaurant in Montreal, Canada.

The Montreal Packet Net Group C/O:

Bob Rouleau VE2PY; Norm Pearl VE2BQS; Fred Basserman VE2BQF; Bram Frank VE2BFH; Jacques Orsali VE2EP; Ted Baleshta VE3CAF; Ian Hodgson VE2BEN; among others not mentioned.

They operated on a single 220Mhz channel using start-stop ASCII with the Ethernet CSMA/CD protocol. The protocol was modified for amateur applications by Robert T. Rouleau, VE2PY, and implemented by Fred Basserman, VE2BQF. Montreal Packet Net (MP-Net) Operated at 2400 bit/s using home-built modems.

A detailed description of the Montreal Protocol and hardware used in the experiments is given in the TAB book #1345 “PACKET RADIO” by Bob Rouleau and Ian Hodgson published in 1981. An interesting note is that the Montreal Modem design used the Exar XR-2206/2211 chip set. I am told that a sample of the Montreal Modem was sent to the Vancouver group (VADCG) in the fall of 1978 and it is probably no coincidence that the same chip set appeared in the TAPR TNC modem of which Doug Lockhart of VADCG had a hand in designing.

After an initial spurt of activity in amateur packet, Bob Rouleau and several others in the group turned to commercial applications for packet radio. The resulting company, DATARADIO Inc, today is building and marketing commercial packet radio systems around the world. A typical application is the Canadian Weather Radio packet service introduced some years ago using DATARADIO equipment specially designed for the application.

Bob was inducted into the CQ Amateur Radio Hall of Fame in 2003

To Commemorate this 28th anniversary listen for W4P from May 26, 2006 – June 4, 2006

Operating will be on both CW and SSB on the “normal” frequencies, i.e.

SSB 3.790 – 7.190 – 14.190

CW 3.520 – 7.020 – 14.025

+/- QRM

Certificate available for a Large SASE

QSL to NA4DR

The Lightship Portsmouth

Did a recon today in Portsmouth and found the lightship. I think it would be a blast activating the lightship. However, the position is going to be tricky…. it’s almost totally surounded by buildings. I think my best bet will be to set up in front (to the west) of the ship along the walkway paralleling the water.

http://www.google.com/maps?f=q&hl=en&q=2+high+street,+portsmouth,+va&ll=36.837248,-76.296659&spn=0.001923,0.005407&t=h&om=1

Rain gauge operational

Today’s approaching thunderstorm inspired me to breakout the rain gauge that I received about 3 months ago. Setup was a snap and it is now working. What I want to do now is transfer the weather station computer operations to the Linux box in the garage. I know Weather Display will work, and probably UI-View will be fairly easy to setup. Just need to make it happen.

To see the latest weather, go here: http://www.ni0l.com/wx/myweather.htm or via APRS: http://www.findu.com/cgi-bin/wxpage.cgi?call=ad7mi-2&last=240

Old Point Comfort Lighthouse activation

What a wonderful morning at Old Point Comfort Lighthouse, Fort Monroe, VA on the Chesapeake! Blue, clear skies, temp at 60d F, with a slight breeze. I could see the Norfolk Navy Base across the bay and watched as USNS Comfort pulled out towards the Atlantic.

I pulled up to my position on the top of the wall surrounding historic Fortress Monroe, right above the moat. Instead of using my mag mount Hamstick, I set up the homebrew vertical dipole on the edge of the wall, raising the mast to about 10 feet. Setup was complete by about 0740/1140(UTC) and started calling CQ on 40M.

Callsign State Member
WA1OHR CT Y/#587
W1VR FL Y/#143 operating from USA 869
W1MCE NH Y/#491

The band died down and I took W1MCE’s advised and switched to 20M.

Callsign State Member
VO1RYL Canada Y/#1218
K0VDP ND N
KB7IOG WA N
KE5FWY TX N
KB7BGS UT N
KC0UIQ CO N
KE7CWR WA N

I then dropped back down to 40M to finish up the morning.

Callsign State Member
K2DNV NJ Y/#1004
N3LWM PA N
K8WFL OH N
N8GW OH N

I shut down at 1050/1450(UTC) and packed up. Thank you for the contacts and the spots on DX Summit and the Beacon Bot. I really enjoyed all the exchanges.

Please look for US Army Amateur Radio Society’s special event station W4M on 27-28 May, operating from Fort Monroe (and USA 567) in commemoration of Memorial Day.

KTF!

73 Scott AD7MI

Jesse H. Bunnell

In 1860 Jesse H. Bunnell was about 17 years old and was then a veteran telegraph operator. He was in Pittsburgh at the time when President Buchanan’s last message to congress was passed on the wires.

Jesse sent the message to L. O. Weir in Cincinnati in 2 hours without a break at an average speed of 38 words per minute.

This was sent with a straight key as bugs and sideswipers were not invented yet. I don’t believe typewriters were around in telegraph offices to copy on either, so Mr. Weir probably copied by hand. I think quite a feat by both men.

This account was taken from Jesse H. Bunnell’s obituary published in “The Brooklyn Daily Eagle” newspaper in 1899.

Jesse went on to be a civil war telegrapher and later founded the J. H. Bunnell Co. and patented the steel lever key that nearly every straight key made was fashioned after.