AmateurRadio.com

Last evening I was reading Paul PC4T's blog regarding Eqsl cards and that when he logged in he found 60 Eqsl cards that had to be answered. This made me go Hmmmmm I have an Eqsl account and I too have not checked it for some time as well! I have Friday off I and I will use some time to look into Eqsl and checking my account may allow me to pass some time. It's now Friday and I had my morning walk and took my position at the desktop and checked my Eqsl account. I will say not being on the air all that much when it comes to Eqsl has an advantage.....:). I had about 15 QSO's that needed my attention and it really seemed to have to do with UTC times not matching. That made me think to maybe not filling in the times in my log. But then again I could then get flagged for no time at all!!

Setting up

This is the first (but not last) year I participated in this contest, I have Larry W2LJ to thank as his blog posts regarding this contest inspired me. Both Julie and I made plans for this day, for me it was contesting and she hauled along all her cameras and gear and had a blast with her hobby photography.  The weather was fantastic with it being 31C in the shade but we were right on Lake Ontario with a nice breeze off the lake made it pleasant. I operated from Humber bay shores park which is just outside our condo. We brought along camp chairs and a portable table as we knew the park would be very busy and finding a picnic table would be out of the question. The contest started at 1pm local time which gave Julie and I time to pick out something to eat. (fruit crepes with maple syrup) Once we found our spot in the park and setup we sat and enjoyed the crepes as one has to fuel up before the contest.

The view from the op table

The rig I used was my Elecraft KX3 on external battery power, the antenna was the Chameleon CHA P mag loop antenna and my key was the Palm mini paddle   I was very happy with the Chameleon CHA P antenna, it only took me 5 min's to setup. It was very easy to tune but it was not until 1/2 way through my outing that I realized the KX3 had the preamp off! Once I put the preamp on finding the noise peak was much easier. I was very pleased with the setup and performance of the antenna. I was only able to operate for 2 of the 4 hours of the contest as Julie and I had dinner guests we had to be back home and prepare for. I only operated on 20m as this band was open and the QRP contacts were being heard. I was pleased that I made 11 contacts and I did have about 5 folks stop and ask questions about what I was doing. One gentleman told me that his dad was a ham and one of the young people that stopped told me she read about morse code in her history class! The band was in great shape and I was able to hear and work QRP stations all over the U.S. I made 2 contacts into New Jersey and for some reason I have never in the past made it to that state when doing portable field op's. I really enjoyed this contest and am looking forward to it next year.

Setting up the loop

The outdoor shack.

Chameleon CHA P

Fuelling  up before

Setting up

This is the first (but not last) year I participated in this contest, I have Larry W2LJ to thank as his blog posts regarding this contest inspired me. Both Julie and I made plans for this day, for me it was contesting and she hauled along all her cameras and gear and had a blast with her hobby photography.  The weather was fantastic with it being 31C in the shade but we were right on Lake Ontario with a nice breeze off the lake made it pleasant. I operated from Humber bay shores park which is just outside our condo. We brought along camp chairs and a portable table as we knew the park would be very busy and finding a picnic table would be out of the question. The contest started at 1pm local time which gave Julie and I time to pick out something to eat. (fruit crepes with maple syrup) Once we found our spot in the park and setup we sat and enjoyed the crepes as one has to fuel up before the contest.

The view from the op table

The rig I used was my Elecraft KX3 on external battery power, the antenna was the Chameleon CHA P mag loop antenna and my key was the Palm mini paddle   I was very happy with the Chameleon CHA P antenna, it only took me 5 min's to setup. It was very easy to tune but it was not until 1/2 way through my outing that I realized the KX3 had the preamp off! Once I put the preamp on finding the noise peak was much easier. I was very pleased with the setup and performance of the antenna. I was only able to operate for 2 of the 4 hours of the contest as Julie and I had dinner guests we had to be back home and prepare for. I only operated on 20m as this band was open and the QRP contacts were being heard. I was pleased that I made 11 contacts and I did have about 5 folks stop and ask questions about what I was doing. One gentleman told me that his dad was a ham and one of the young people that stopped told me she read about morse code in her history class! The band was in great shape and I was able to hear and work QRP stations all over the U.S. I made 2 contacts into New Jersey and for some reason I have never in the past made it to that state when doing portable field op's. I really enjoyed this contest and am looking forward to it next year.

Setting up the loop

The outdoor shack.

Chameleon CHA P

Fuelling  up before

Carl from Chameleon antenna left a message on my blog offering a 20% discount to their CHA P Loop  2.0 antenna  for my blog readers and it's available until the end of July! 

Carl from Chameleon antenna left a message on my blog offering a 20% discount to their CHA P Loop  2.0 antenna  for my blog readers and it's available until the end of July! 

The HM-1002

As many of you know Heathkit has made a comeback and is offering clocks, antennas and evening clothing! They have now introduced the "precision RF meter" kits
The spec's are below:

Power / SWR / Return Loss Accuracy:

• Meter: 2% nominal for Power, SWR, Return Loss. 
• Sensors: Specs vary per sensor model. 5% or better when assembled as directed (no promises yet but we actually hope to beat 2%).

Power precision: Up to four displayed digits, measurement significance one part in 8,000 (125 PPM).
Frequency Accuracy & Precision: 6-digit precision, displaying 100Hz units with +/- 100Hz accuracy for MF, HF, 6 meters. Accuracy and precision always depend on sensor as well as meter. Frequency measurement requires a Heathkit® frequency-capable sensor; one is provided with each meter purchase.
Range: Frequency and power range depend on the sensor model(s) in use. With standard sensor, meter range is 50mW to 2kW power (17dBm to 63dBm) nominal, and 1.6MHz to 54MHz frequency nominal, when assembled as directed. (Subject to change) As with any power device, true SWR handling capability varies with sensor and depends on applied power level, and we will report lab results here as they are confirmed.
Front panel: Sensor/mode cluster, power cluster, SWR/return cluster, color graphic LCD display, calibrated DigilogTM bargraph, configurable visual alert.
Rear panel: Power jacks, sensor jacks, digital jack, audio annunciator.
Enclosure: Hardwood sides, plastic top/bottom, screwless top & front design with integral feet (patent pending).
Size: Approx. 2.2" high x 5.5" wide x 4.75" deep (6 x 14 x 12cm).
Weight: 1 lb (0.5 kg) nominal.
Included: All kit parts, any required assembly hex wrenches, one sensor, silver solder, one six-foot (2m) indoor sensor cable.
Compliance/legal: RoHS. Optional AC power adapter is UL approved. Patent pending.
AC power: Optional AC adapter accepts 90-130 VAC 60 Hz pure sine wave (North American standard), approx. 4 watts. 6ft (1.9m) power cord. (UK, Europe: 50 Hz compatible, but requires a different power adapter.*)
DC power: Accepts 12VDC nominal. Anderson PowerPole jack.
Tools required: Low-wattage soldering iron, wire cutters, needlenose pliers.
RFI/EMC & safety: No switching power supply brick. No mains line voltage (no 120VAC or 230VAC) in the box.
Accessories: (Coming soon) AC adapters, cables, more sensor models.

The cost for all this is 575.00 U.S. 

The HM-1002

As many of you know Heathkit has made a comeback and is offering clocks, antennas and evening clothing! They have now introduced the "precision RF meter" kits
The spec's are below:

Power / SWR / Return Loss Accuracy:

• Meter: 2% nominal for Power, SWR, Return Loss. 
• Sensors: Specs vary per sensor model. 5% or better when assembled as directed (no promises yet but we actually hope to beat 2%).

Power precision: Up to four displayed digits, measurement significance one part in 8,000 (125 PPM).
Frequency Accuracy & Precision: 6-digit precision, displaying 100Hz units with +/- 100Hz accuracy for MF, HF, 6 meters. Accuracy and precision always depend on sensor as well as meter. Frequency measurement requires a Heathkit® frequency-capable sensor; one is provided with each meter purchase.
Range: Frequency and power range depend on the sensor model(s) in use. With standard sensor, meter range is 50mW to 2kW power (17dBm to 63dBm) nominal, and 1.6MHz to 54MHz frequency nominal, when assembled as directed. (Subject to change) As with any power device, true SWR handling capability varies with sensor and depends on applied power level, and we will report lab results here as they are confirmed.
Front panel: Sensor/mode cluster, power cluster, SWR/return cluster, color graphic LCD display, calibrated DigilogTM bargraph, configurable visual alert.
Rear panel: Power jacks, sensor jacks, digital jack, audio annunciator.
Enclosure: Hardwood sides, plastic top/bottom, screwless top & front design with integral feet (patent pending).
Size: Approx. 2.2" high x 5.5" wide x 4.75" deep (6 x 14 x 12cm).
Weight: 1 lb (0.5 kg) nominal.
Included: All kit parts, any required assembly hex wrenches, one sensor, silver solder, one six-foot (2m) indoor sensor cable.
Compliance/legal: RoHS. Optional AC power adapter is UL approved. Patent pending.
AC power: Optional AC adapter accepts 90-130 VAC 60 Hz pure sine wave (North American standard), approx. 4 watts. 6ft (1.9m) power cord. (UK, Europe: 50 Hz compatible, but requires a different power adapter.*)
DC power: Accepts 12VDC nominal. Anderson PowerPole jack.
Tools required: Low-wattage soldering iron, wire cutters, needlenose pliers.
RFI/EMC & safety: No switching power supply brick. No mains line voltage (no 120VAC or 230VAC) in the box.
Accessories: (Coming soon) AC adapters, cables, more sensor models.

The cost for all this is 575.00 U.S.