SMØMDG Björn and OZ1LXJ John were active from the JW5E club station in Longyearbyen, Svalbard. A total of 1.011 QSO’s were logged.
- 1002 QSO’s 160CW
- 7 QSO’s 160SSB
- 2 QSO’s 80MCW
QSL route is via homecalls, buro or direct. If you worked us both and prefer to send direct, it is enough to send to one of us.
Log check at sm0mdg.com/jw.
Our TNX to everyone of you who worked us, tried to work us, or just listened. A special TNX to JW5NM Mathias for your help and hospitality!
73 de John JW/OZ1LXJ & Björn JW/SM0MDG
I will participate as SEØX in CQWW 160 January 23 – 25, 2009. Entry will be in category A – single operator, high power.
CQWW 160 website
73 de Björn, SM0MDG (SE0X)
Below is the claimed score of SEØX in CQWW CW, but first a proper contest meal 🙂
SEØX contest meal
- ARRL-SECTION: DX
- CALLSIGN: SE0X
- CONTEST: CQ-WW-CW
- CATEGORY: SINGLE-OP-ASSISTED HIGH CW
- CLAIMED-SCORE: 663060
- OPERATORS: SM0MDG
73 de Björn
I got many requests about how I put together my 18 meter topband vertical so here is the recepie:
SM0MDG 160m toploaded vertical
The base of this antenna project is the 18 meter spiderbeam mast using three levels of guying where the upper guys also serve as the top hat. This makes it easy to deploy the antenna for temporary use but the antenna is also robust enough to survive the top band season.
As the top part of the glass-fibre pole is weak, the hat has to be attached two sections down from the top, at around 15 meters height. I am using three 15 meter long 1 mm enamelled copper wire for my hat. That is enough for full legal power, and the wires are strong enough for guying.
The vertical antenna wire is 1.5 mm insulated multi cord running from top to bottom. I use a very simple ground system of two elevated radials which works fine in my location but you might want to consider a lager number of radials on ground. The antenna measures around 17 Ohms so I feed it with using an un-un of this type wound on dual FT240-61 cores. In addition to this I have a common mode choke of RG-213 wound 18-20 turns on a 10 cm plastic pipe to suppress RF in the coax shield.
You will find a PDF document with the drawing here.
73 de Björn, SM0MDG