This time I tried to make as many QSO's with QRPp and only use more power for something special.
S&P
I used only S&P (Search and Pounce), so I only answered CQ.
This is the best way for my to operate, cos I always must hear a call twice. Taking a number immediately is no problem.
14 MHz
On Saturday I started on 14 MHz. On 14 MHz There is always good activity.
I dicided to start with 360 mW and only increase my power to 800 mW if necessery. When the band closed, there were 18 QSO's in the log.
11 QSO's with 360 mW and 4 QSO's with 800mW (4).
And even 1 QSO with 80 mW. When the signal goes up to S9+10 dB,
I use the PA1B 10 dB attenuator to reduce my power to 80 mW. Hi.
7 MHz
Then I went to 7 MHz. The first QSO was made with 450 mW.
I dicided to start with 360 mW and only increase my power to 800 mW if necessery. When the band closed, there were 18 QSO's in the log.
11 QSO's with 360 mW and 4 QSO's with 800mW (4).
And even 1 QSO with 80 mW. When the signal goes up to S9+10 dB,
I use the PA1B 10 dB attenuator to reduce my power to 80 mW. Hi.
7 MHz
Then I went to 7 MHz. The first QSO was made with 450 mW.
For an other 13 QSO's a power of 2.7 W was needed.
Sunday
and for one QSO I had to switch to 800 mW.
So I had great fun with low power.
Worked DXCC's
Sunday
14 MHz gave 5 QSO's with 800 mW and only 1 with 360 mW.
On 21 MHz I made 4 QSO's with 800 mW and 1 QSO with 2.7 W.
On 28 MHz I used 800 mW and 2.7 W in two QSO's.
On 21 MHz I made 4 QSO's with 800 mW and 1 QSO with 2.7 W.
On 28 MHz I used 800 mW and 2.7 W in two QSO's.
Back on 21 MHz the signals were stonger, so now I used 360 mW (5)
and 800 mW (2).
Back on 14 MHz the signals were strong I made 11 QSO's with 360 mW and 800 mW (2).
and for one QSO I had to switch to 800 mW.
So I had great fun with low power.
Worked DXCC's
Power per band
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