First QSL

My first HF QSL goes to W1AW Portable 7 [1] in Oregon on 7.170.0Mhz. Contact made at 2014 September 07 at 0349 UTC. The W1AW portable calls in 2014 are celebrating the 100 year anniversary of the ARRL [2] and every state gets two one week whacks at a portable call.

Tonight’s station was located just west of Portland, Oregon. That makes it about 1500 miles station to station. So happy to know my piddling 100 watts off a vertical antenna without grounding radials can reach that far and get a 5/9 RST [3].

[1] http://www.codxc.org/new/page.asp?content=w1aw
[2] http://www.arrl.org/centennial-qso-party
[3] https://en.wikipedia.org/wiki/RST_code

Unbalanced

Gots to get some radials out on the antenna! Listened to Brazil (PT7ZT [1]) and if I heard it right, Armenia (EK something something something) on the 20 meter band tonight. Couldn’t do a damn diggity about powering through the pileups around the Brazil station because the antenna isn’t properly counterbalanced with ground radials.

The best I’ve gotten so far is Georgia (as in Atlanta) although it wasn’t a proper QSO since I was only checking into a net. Still looking to make that first real contact on HF and getting an awesome QSL card for my troubles.

[1] http://www.qrz.com/db/PT7ZT

QSL Card

My latest iteration of the QSL card. Getting happier with it by and by. I like the 1864 Johnson map of the area for the historical oddities but it is a little busy even when washed out. If anyone knows where to find a line drawing of the six state area centered along the Missouri River I’d be much obliged. I need the image to be large (>=2000px) because I’m going for 4×6 print-quality image file.

Front of QSL card
Front of QSL card
Back of QSL card
Back of QSL card

The antenna

My 43′ vertical antenna kit and enough coax to park it at the top of the backyard are whizzing their way to the Tuck as I type this. It’s the final piece of the getting-to-broadcast-on-HF puzzle.

A 43′ vertical is a nice compromise antenna that can be tuned with my radio’s on board antenna matcher to within an SWR of 1.3. 125′ of coax is required to mitigate the impedance mismatch that ginormous aluminum tubes present to the radio’s expected 50Ω out.

Some time next weekend N0FEZ should be on the international airwaves. This is a thing that has been five years in the making and, if you can’t tell, I’m way stoked. I just hope the assembly goes as well as it did for this guy…who is hilarious.

Part 1:

Part 2:

Part 3:

Toys, glorious toys

After a few years of lurking on the local repeaters when commuting I picked up a little HT this spring. I was motivated to do this after the first major storm of the season had me running from the car to the porch to the basement to the car to the porch….

The only working ham radio I had was mobile in the sense that it is hooked up in the car but not really mobile for my needs during a weather event. While I believe there isn’t much my car can’t do, I am aware that it can’t fit down the stairs to the basement. I also have to park it up against the house to protect it from hail. This means that during storms I end up missing out on the most current weather information going on over the SkyWarn net. With SkyWarn local ham operators team up with the NWS to position trained spotters who share information in real time in a formal ham net.

So I bought the HT. It arrived the day before the very worst storm of the season…so far. This was fortuitous. From my desk at work I could give accurate information to Elizabeth at home about what the storm was doing. When the sirens were being sounded for straightline winds I told Elizabeth that she didn’t need to pet wrangle and head to the basement for that since we’re sheltered by a ridge from that direction. I was able to tell her when the front would hit our house accurately to within five minutes. On the drive home I learned which streets to avoid and when I needed to dive into a parking garage to avoid large hail.

Seriously, ham radio still has advantages in this day of ubiquitous cell coverage and 24/7 weather news.

Anyway, this experience prodded me to be more active on the local ham scene. Now that I’m not tied to the car I can participate in local nets even if I’m not actively commuting other places. I’ve joined up with SWIARC and attended a few entertaining meetings. The presentation the last few months has been on the history of radio and ham radio in the United States. It’s fascinating the degree to which WWI and the sinking of the Titanic played a role in radio development. It’s also indicative of one of the first real crowd-sourced research efforts with much of the useful discovery being performed by enthusiasts.

This also renewed my interest in setting up an HF base station. To that end I spent the next few months researching used radios and set my sights on an FT-990. The FT-990 is no longer in production but trolling various ham classified sites and eBay shows there is still an active secondary market in these. If there’s a market for an item out-of-production, it’s probably a pretty decent item to own. Appealing to me is the split operation, the solid state finals (as opposed to vacuum tubes), and an affective integrated antenna matcher.

The antenna matcher (tuner) is important for a station like mine in that the traditional dipole antenna for some of the lower ham bands would not fit on the property on which our house sits. I also don’t have a lot of space to hang a large number of separately tuned dipoles so compromises need to be made.

An antenna needs to be tuned?! Oh yes it does. And that is a whole separate post in and of itself.

With a compromise antenna I’ll get a much wider coverage but at the cost of not being properly tuned to any particular frequency. Hence the antenna tuner.

Solid state finals are an odd requirement given I have a natural predilection for older technologies when it comes to sound. In this case however tubes present some significant drawbacks in my opinion. While they do produce a warmer, fuller sound, they are energy inefficient as compared to a transistor. Related, tubes are no longer widely produced so parts for older radios that use tubes are much harder to find parts for and repair. And finals are probably the most frequent source of breakdown since they’re the interface between the antenna and the internal workings of the radio.

Split operation is important for DXing for REASONS. One appealing aspect of the hobby to me is pulling distant stations from the fog of RF noise. Growing up in a relatively small town but with big city aspirations, I did as much of this as I could with the limited budget of a child. The only way to get any exposure to hockey in those days was to try to pull in WGN for the Blackhawks or, even better, was to manage to find KMOX to hear the Blues. KMOX was especially difficult as I usually had to find the most southeasterly corner of the house, conveniently enough my bedroom, and get the antenna as high into the air as I could. Hence me sitting on my desk with my arm up in the air holding a dinky transistor radio. To this day I’ll plonk around the AM band when driving around at night just to see what I can find.

Most importantly of all, however, is that the FT-990 is a Yaesu product. In my short time in the ham universe I’ve worked with Kenwood and Yaesu radios. In that short time I’ve just naturally gravitated in Yaesu direction. They’ve been remarkably more robust which is important to a klutz like me. They seem to receive excellent reviews generally and their layouts just feel more intuitive to me.

So all of that being said, I finally found an FT-990 in my price range a few weeks ago. Yes, right in the middle of the giant Elizabeth in the Hospital Fiasco of 2014. This radio arrived last Friday and I thoroughly enjoyed unpacking it. So much so I didn’t take the time to document this momentous occasion with pictures or video. For the moment this radio sits while I procure an acceptable power supply. Once that arrives I’ll be on the air with my crappy single wire antenna.

I’m looking forward to publishing more exploits of distance radio communication.

A New Address?

Just finished applying for a vanity call sign from the FCC. Here’s to hoping KD0INM becomes N0FEZ. Figured a new physical address is all the excuse I need for finally pulling the plug on my assigned call sign. I’ve never really cottoned to it because it is often confused with my call sign neighbor KD0INN unless over-enunciated. Besides, it lacked a certain amount of fezness, n’est pas?

I guess, at which time, I’ll have to change the title of the posting category here at 2xSameRiver.

Chewing Rags

After not a whole lot of talking on the mobile (and my only currently functional) rig in the last month, I’ve had a couple of good chews in the last 24 hours.

First I hooked up with my pops (KD0INW) last night on 2 meter. He was in Lincoln and I in Bellevue. We used K0ASH to bridge the distance. I had to mobile my rig across the street and up the hill a bit to get a quality connection while his trip up 70th Street in Lincoln was pretty S9 the whole way. We ran in to some issues when he passed through the industrial park so signed off. Still, it was pretty awesome. Hope to find him again.

Second was this morning on the way into work. After hitting K0ASH a few times I started scanning the programmed stations. I came across a CQ call on the KA0JTI 440 repeater and had an Internet-mediated conversation with N4LOS in Florida. Pretty great and sadly ran out of time (pulled in to the parking lot at work) before we could chat a bit more. Chatted about growing up in Lincoln and compared the weather between NE and FL. Pretty much the same this week.

So, that was fun. I’m feeling a bit more confident on the mic and carrying on open-ended conversations with folks I don’t know. Hopefully this is a continuing trend and not a blip on what has been a pretty silent hobby to this point.

73

Mobile Radio Is Go

Rolled out this morning with the Egg’s new dual-band Yaesu in full operations mode. Once I made it to what passes for an arterial in our neighborhood I fired up the mic on the 2 meter call channel. To my surprise I was answered with a 5×5 from someone also in the south of Bellevue.

It’s not going to set any DX records, but it is my first QSO on 2 meters. If I hadn’t been so excited I would have had the operator repeat his sign because he clipped it each time he identified. Then I could thank him publicly.

Now I’m faced with the daunting task of programming all of the area repeaters into memory with a clunky interface. Should of sprung for the spendy computer cable.