AmateurRadio.com

Msg from Dennis, K6DF follows:

To All FISTS Members: Early this afternoon I received a phone call from Tim, Nancy’s husband. I am very sad to report that Nancy WZ8C, is now a silent key. Nancy passed away last night and will be missed very much by all FISTS members worldwide.

If you wish to send condolences to her family, please send them to the following address:

Tim Lange and Family
P.O. Box 47
Hadley, MI, 48440.

Please send this notice to any and all FISTS groups and members to disseminate this information as much as possible.

I sadly send 73, God’s Speed Nancy, 88’s . . . Dennis Franklin K6DF FISTS Awards Mgr /Webmaster

End MSG

Nancy was only 58 according to her obituary. Way too young to pass. She will be missed by all FISTS members.

73, Nancy de Larry W2LJ
FISTS #1469- dit dit

Larry Makoski, W2LJ, is a regular contributor to AmateurRadio.com and writes from New Jersey, USA. Contact him at [email protected].

Over the weekend I had my first QSOs on 29MHz AM from the home station, using the FT847.  It seemed to work fine, although I had a sense that my long feeder run was a bit of a barrier and I was probably doing better with slightly less power from the mobile!

On the train last night I was chatting on Twitter to Jon, G0IUE. Jon is located in Corsham, some 35 miles or so to the west of me. Jon had been working some nice DX in the late afternoon on 29MHz AM and I suggested that as I would soon be back at the car, we have a go and see if we could make a QSO.

As I was getting of the train, I had a tweet from Jon to say that he was working OX1B on 29.050 AM. I hurried along the platform as quickly as I could and got back to the car, but the frequency was quiet. However, I left the rig on the frequency and started my journey.

As I got out of the built up area, I could start to hear some weak signals and realised it was Jon calling CQ. Although I couldn’t copy him fully at that stage, I could tell he was there. Larry K1IED replied to Jon’s CQ and started a QSO. During one of the breaks in transmission, I dropped my call in and was delighted when Larry heard me.

Heading west all the time, near Abingdon, I was able to hear Jon quite well on ground wave. We were able to have a three way QSO for several minutes. Larry signed with us and Jon and I QSYed to GB3WH on 2m FM.

My destination, the Gym at Carswell, has quite a good take off in Jon’s direction, so on my arrival, I suggested to Jon we try on 29MHz AM. We did and we just able to exchange signals. Jon was easy copy for me, but my slightly lower power from the Anytone was only just making it. We moved onto SSB and it was a very easy QSO. Larry K1IED had been listening and joined in on SSB which was great fun.

A really nice, fun QSO – the stuff that memories of solar cycles are made of!

Jon shot a bit of video of the QSO (on AM) with Larry coming in really well.

Tim Kirby, G4VXE, is a regular contributor to AmateurRadio.com and writes from Oxfordshire, England. Contact him at [email protected].

Change is a really handy tool. I’m in the business of delivering projects which always means change. So when it came to managing some change at home I thought I knew what I was doing. When I say change I mean a little bit of landscaping that a fellow ham was going to do and at the same time put in a new cables and a post ready for my new mast and antenna. This mean a bit of planning, cost control and some stakeholder management. Or so I thought.

I had originally decided on extending the house and had some lovely plans drawn up (which included a mast and antenna), put them through planning (domestic / xyl and local council) had them approved only to find that the local builders wanted huge sums for a small job. Hence the scope was reduced to meet the budget.

For the last few weeks I have toiled int he freezing rain to drill new holes in the side of the house, removed old and corroded (poor finishing by me) cables and then set about running new ones before removing some old decking that was the cause of our problem (wooden decking and West Cumbria should be avoided). What is going to go in its place is a mast stub in the ground, ground mounted rotator, heavy duty 12.5m mast and a folding hexbeam.

The schedule is hectic but I imagine in a matter of 4 weeks I will be back on the air on hf and there will be a very tired out g7kse, ready for for some leisurely operating on hf and perhaps in time for some early Es. Until then its the UKAC VHF tuesday nights for me still.

Alex Hill, G7KSE, is a regular contributor to AmateurRadio.com and writes from Cumbria, UK. Contact him at [email protected].

Saturday was the total opposite of Friday. BM2LDT and I had the plan go out to the seaside to take both our KX3s out for a spin. I picked him up in my old clunker and we drove to a place called Qian Zhou-zi (前洲子 in PL05rf), between Danshui and San Zhi.

We got there a little after two in the afternoon (0600 UTC) and set up the MP1 on a stand and a Diamond RHM8B antenna on the car. Strangely enough it seemed there were no conditions, because there were only a few signals around and nobody came back to my calls. So instead we did some antenna measurements with an RigExpert analyzer. My el-cheapo VHF/UHF whip turned out to be very good on 2 meters, but not so good on 70 cm. The Diamond RHM8B was mounted on the car and could easily be brought into resonance. However, it didn’t didn’t perform as well as the MP1.

Then 10 meters started to produce some European signals and the first one who answered was G4ELJ. Nice QSO, but in SSB. The CW portion was still empty and by the end of the afternoon I had logged another 4 SSB 10 meter QSOs: RU3GB, OT4A, DK3T and OZ2PBS. We also checked a SOTA activation on 24.950 MHz in Austria, but signals were too weak to copy. Still, the salt water boost I was hoping for did allow us to work Europe with only 10 Watts in SSB.

We hadn’t seen much of the sun all afternoon and by 0930 UTC it became rather chilly, so we packed up and went home. Being Dutch I always enjoy the smell of the sea, so despite a lack of some warm sunshine and loads of DX it was still a very worthwhile portable operation.

Hans "Fong" van den Boogert, BX2ABT, is a regular contributor to AmateurRadio.com and writes from Taiwan. Contact him at [email protected].

Time to repair the control box.

It seems that almost all the bugs have been ironed out with the MFJ 1788 loop antenna. I sure have had an adventure with the unit but things seem to be on the upswing now. Some of the indicators the MFJ loop gives you when your match is good are High noise level meaning you are in the ball park. The SWR meters on the control box that visually tell you the SWR is good. Finally there is a tone that comes from within the control box when you are auto tuning the loop. As far as I am concerned this tone is only within the range of our cat Oliver's hearing. UNTIL........one day when I was tuning the loop in auto mode and all was going well until Julie tapped me on the headphones saying "can you not hear that ANNOYING sound!! I took my headphones off and still nothing it was not until I put my ear right up to the MFJ control box could I hear the tone. WOW my hearing must be way off  as Julie said it was very noticeable to her in the living room and to add insult to injury she also heard it over the TV. Needless to say this event happened a few more times and

Ready to remove switch

it seemed apparent that it was time to cut the wires to this speaker. While I was in there I also had to replace a switch that controls the range of the watt meter on the MFJ control head. The original switch did not work very well at all and MFJ was kind enough to send me 3 extra ones. Cutting the wires to the speaker (I could never hear) was very fast and easy but for this switch to be changed most of the unit would have to be taken apart it seemed. Once I was ready to remove the old switch and replace it with the new one it was very easy........having said "easy" it means that with the right tools it was easy. I used the Hakko 808 de-soldering gun and believe me this unit makes very easy work of removing the old solder. To the point were the defective switch just falls out of the board. In the past I have used the hand held de-soldering pumps and the wicks as well but nothing works as well as this unit. The solder station I have is the Weller WES 51 and it has served me well for many years and you can change out the tips for various jobs you want to do. So with the wires cut to the speaker and the new switch installed it's now time to just operate and no more (I hope) fooling around with the antenna.

A great tool to have

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

I have just got off the air after making several  contactsintoRussia and Ukraine on 10m PSK31. Ham radio transcends political boundaries and engenders friendships betweenpeople of all nations. All politicians could learn from it. My thoughts today are particularly with my radio friends living in Ukraine I hope that peace and normality are restored soon

до свидания!

Julian Moss, G4ILO, is a regular contributor to AmateurRadio.com and writes from Cumbria, England. Contact him at [email protected].

Several of the Arduino projects I have been experimenting with have used a GPS module to provide accurate time and/or location information and in the case of the QRSS/WSRP QRP beacon a highly accurate GPS derived 1 second pulse is used for frequency calibration. A number of people have enquired about the GPS module I am using.

Most GPS devices have a limit on the altitude they work at, normally 60,000 feet or less. This is a legacy of the now defunct CoCom (Coordinating Committee for Multilateral Export Controls) restrictions. For my HAB project this restriction needs to be disabled and the GPS must be switched into 'flight mode' In the HAB community the favoured devices are made by U-BLOX

Therefore when I was sourcing a GPS I had search specifically for a inexpensive device using a U-BLOX.

s

The GY-GPS6MV2 as supplied

I soon found something called a GY-GPS6MV2, it appears to be a generic design and is readily available on eBay from suppliers in China, Hong Kong and Singapore and can be purchased at the moment for around than £10 (approx $15) including postage!

It is also available from domestic suppliers but often at a much more inflated price, but you don't have to wait several weeks for them to be delivered.

There are many other GPS modules available but this module seems to be one of the cheapest available. it is often listed as a NEO6MV2 GPS Module Aircraft Flight Controller.

The module consists of a small PCB 25mm x 35 mm size with a separate ceramic antenna connected by a small lead which is 25mm x 25mm in size. The Antenna is quite heavy and isn't suited to Pico HAB payloads but for other uses is more than satisfactory.

On the board is a small button-cell battery to provide backup to the GPS chip and a small EEPROM connected to the GPS chip which I believe can store configuration(s). I haven't used it myself just using the module in it's default set up at the moment. For a schematic click here

The board has four connectors VCC, GND, TX (Transmit) and RX (Receive) and can be powered by the 5V supply on Arduino boards since it has a small regulator to provide the 3.3V needed. 

In most projects all that is required is data out of the GPS. The GPS TX (data out) being connected directly to the microcontrollers RX (data in) The (0V and 3.3V) level shift of the signal is compatible with the TTL input of the microcontroller.

The GPS by default will start up and output standard NMEA sentences at 9600 Baud, until GPS position lock is achieved the NMEA sentences won't have a long/lat location. The module also has an LED which will start flashing once a lock is achieved.

There is no direct connection for the highly accurate 1PPS (pulse per second) signal that can be used for frequency calibration, but the flashing LED is driven by pin 3 of the GPS module which is the 1PPS (pulse per second) signal required.

The 1PSS signal, like the TX is either 0V and 3.3V, in order to use it a small lead will need to be soldered onto the board, either directly onto Pin3 of the GPS chip, or alternatively on to the small current limiting resistor used by the LED, as indicated below.

Showing the GPS 1pps points

Andrew Garratt, MØNRD, is a regular contributor to AmateurRadio.com and writes from East Midlands, England. Contact him at [email protected].