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Here’s your handy list of North American Summits On The Air (SOTA) activities for 2017, as supplied by Guy N7UN:

• Jan 21-22rd: North America SOTA Winter Activity Weekend + ARRL Jan VHF Contest
• Apr 22-23: North America SOTA Spring Activity Weekend + QRPTTF Spring Event (Apr 22)
• Jun 10-11: North America SOTA Summer Activity Weekend + ARRL June VHF Contest
• Jul 15-16: SOTA optional date + CQ WW VHF Contest
• Aug 5-6:  North America SOTA Rocky Mtn Rendezvous + Colorado 14er Event + W7 SOTA Activity Weekend + ARRL UHF (222MHz+) Contest
• Aug 21:  SOTA and the Great American Total Solar Eclipse of 2017.
• Sept 9-10: North America SOTA Fall Activity Weekend + ARRL Sept VHF Contest

The post 2017 North America SOTA Events appeared first on The KØNR Radio Site.

Bob Witte, KØNR, is a regular contributor to AmateurRadio.com and writes from Colorado, USA. Contact him at [email protected].

A quick read of the latest postings on the excellent "The RadioBoard Forums" revealed a recent donation, by RadioBoard regular Graeme Zimmer, of his extensive collection of scanned vintage radio books to The American Radio History website. For those not familiar with this site, it is a superb and extensive archive of radio-related magazines and publications developed and maintained by the very dedicated David Gleason. There are probably very few radio or electronic magazines of the past that you could name that won't be found on David's website.



Graeme's donation was extensive enough to garner its own page listing and many of the book titles will ring-nostalgic to a lot of us baby-boomers that were grabbed by the magic of radio while still in our formative years.

I was delighted to see one particular author's name in the list of publications, Alfred P. Morgan ... a name that many of you might recall with fond memories. I remember checking out many of his 'Radio For Boys' series of books from the top-floor school library when still in elementary school. I longed to construct some of the simple radios but at the time I was really too young to gather the needed resources and components to put something together. I had yet to develop any of the needed skills, other than the yearning desire to learn as much as I could about these complex-looking one-tube receivers ... but it was already too late I think, and like thousands of other young 'radio boys', Alfred Morgan had planted the seed that continues to flourish some sixty years later. Thanks to Zimmer's donation of over 100 different titles from various authors, many of those hypnotic publications can now be found on David Gleason's amazing time machine!

courtesy: http://www.americanradiohistory.com/

Steve McDonald, VE7SL, is a regular contributor to AmateurRadio.com and writes from British Columbia, Canada. Contact him at [email protected].

A quick read of the latest postings on the excellent "The RadioBoard Forums" revealed a recent donation, by RadioBoard regular Graeme Zimmer, of his extensive collection of scanned vintage radio books to The American Radio History website. For those not familiar with this site, it is a superb and extensive archive of radio-related magazines and publications developed and maintained by the very dedicated David Gleason. There are probably very few radio or electronic magazines of the past that you could name that won't be found on David's website.



Graeme's donation was extensive enough to garner its own page listing and many of the book titles will ring-nostalgic to a lot of us baby-boomers that were grabbed by the magic of radio while still in our formative years.

I was delighted to see one particular author's name in the list of publications, Alfred P. Morgan ... a name that many of you might recall with fond memories. I remember checking out many of his 'Radio For Boys' series of books from the top-floor school library when still in elementary school. I longed to construct some of the simple radios but at the time I was really too young to gather the needed resources and components to put something together. I had yet to develop any of the needed skills, other than the yearning desire to learn as much as I could about these complex-looking one-tube receivers ... but it was already too late I think, and like thousands of other young 'radio boys', Alfred Morgan had planted the seed that continues to flourish some sixty years later. Thanks to Zimmer's donation of over 100 different titles from various authors, many of those hypnotic publications can now be found on David Gleason's amazing time machine!

courtesy: http://www.americanradiohistory.com/

Steve McDonald, VE7SL, is a regular contributor to AmateurRadio.com and writes from British Columbia, Canada. Contact him at [email protected].

My last post, I talked about getting Linux setup for my new ham laptop. This is a short post to cover another small step in that process.

Tonight I was working on getting Rig Control working for my FT-857D and CQRLog on Linux. A lot of times, when I read posts like this, or watch youtube videos, people ignore the hardware side and just focus on the software side of things. I am going to try and cover both.

The hardware setup is simple. I am using the programing cable (CT-62B cable) that came with my RT Systems software to connect the CAT port of the FT-857D to a USB port on the laptop.  Windows will see this cable a COM port, in my case, COM3 when I booted to Windows.

I found I had to install a couple things in Linux in order to get this working properly. When I intalled CQRLog, hamlib was installed along with it. I also had to install a package called libftdi1. When I look at the output of “dmesg” I see that the CT-62B cable shows up as ttyUSB0 which is the name of the serial port in Linux that I am going to use to communicate with the radio.

In CQRLog I set the following:

• RIG Model = 122 FT-857
• Device = /dev/ttyUSB0
• Serial Speed = 4800 (This is what the radio is set to)
• Check the box for “Run rigctld when program starts”

Everything else on the TRX control setup in CQRLog is set as default and not changed from the installed values.

One last Linux setting, in the /etc/group file, I had to add my user name to the “dialout” group. This can be done with the command usermod from a terminal. In openSUSE which is what I am running, I ran the command “usermod -G dialout k5unx”. I then logged out and back in and started up CRLog. When I opened the TRX control window the frequency matched what was one the radio and when I spun the radio dial, CQRLog changed with it.

More to come as I get up and running with Linux on my ham radio laptop. 

Wayne Patton, K5UNX, is a regular contributor to AmateurRadio.com and writes from Arkansas, USA. Contact him at [email protected].

The 2 resistor through hole and SMT

 Once I received my K-Pod I wanted to get it up and operating to see how it worked. One of the things that had to be done was to power up the K-Pod. This can be done one of two ways either via a separate power cable or with a small mod to the Elecraft K3 you can power the K-pod with the RJ12 inter connecting cable. The fasted way at the time was to power it via my power supply. In time I would do the mode so only one small cable would run between the Elecraft  K3 and the K-pod.......Well that time had come and the mod was to be done.  Elecraft gave you a choice of resistors

Front panel removed

for the mod, an SMT as mentioned already or a through hole resistor. I chose the SMT as the leads from the though hole resistor had to be maneuvered around other SMT resistors. This method seemed to be asking for a short to a neighbouring SMT. It was time to replace a small (and I mean small) SMT resistor in my Elecraft K3. The resistor is supplied by Elecraft along with very detailed

Now that is small!!

instructions. The first step was to remove the front control board from the K3, this would get me access to the area the SMT  resistor was to be installed. With the front panel off and in front of me my next step was to identify R82 in the lower left corner. I located the resistor and the job on a scale of 1-10  was about a 7 for me. So It was now time to heat up the Weller soldering station and get to work. Now having said that I do want to make it clear that I am never really thrilled about placing a soldering iron anywhere close to my rig! Elecraft does offer there services for this if you want to ship them your radio......BUT.....I have done other modes to the Elecraft K3 in the past and without issue. Fortunately the old SMT resistor did not have to be removed, the new one could be mounted on top of it. After some very deep breaths the deed was done and it was time for the smoke test! With the K-pod connected to the K3 I powered up the radio and low and behold the K-pod was alive and well. 

The deed was done not pretty but it works fine.

Mike Weir, VE9KK, is a regular contributor to AmateurRadio.com and writes from New Brunswick, Canada. Contact him at [email protected].

The 2 resistor through hole and SMT

 Once I received my K-Pod I wanted to get it up and operating to see how it worked. One of the things that had to be done was to power up the K-Pod. This can be done one of two ways either via a separate power cable or with a small mod to the Elecraft K3 you can power the K-pod with the RJ12 inter connecting cable. The fasted way at the time was to power it via my power supply. In time I would do the mode so only one small cable would run between the Elecraft  K3 and the K-pod.......Well that time had come and the mod was to be done.  Elecraft gave you a choice of resistors

Front panel removed

for the mod, an SMT as mentioned already or a through hole resistor. I chose the SMT as the leads from the though hole resistor had to be maneuvered around other SMT resistors. This method seemed to be asking for a short to a neighbouring SMT. It was time to replace a small (and I mean small) SMT resistor in my Elecraft K3. The resistor is supplied by Elecraft along with very detailed

Now that is small!!

instructions. The first step was to remove the front control board from the K3, this would get me access to the area the SMT  resistor was to be installed. With the front panel off and in front of me my next step was to identify R82 in the lower left corner. I located the resistor and the job on a scale of 1-10  was about a 7 for me. So It was now time to heat up the Weller soldering station and get to work. Now having said that I do want to make it clear that I am never really thrilled about placing a soldering iron anywhere close to my rig! Elecraft does offer there services for this if you want to ship them your radio......BUT.....I have done other modes to the Elecraft K3 in the past and without issue. Fortunately the old SMT resistor did not have to be removed, the new one could be mounted on top of it. After some very deep breaths the deed was done and it was time for the smoke test! With the K-pod connected to the K3 I powered up the radio and low and behold the K-pod was alive and well. 

The deed was done not pretty but it works fine.

Mike Weir, VE9KK, is a regular contributor to AmateurRadio.com and writes from New Brunswick, Canada. Contact him at [email protected].