BALCANT – balcony antenna with good results

The following description of the handy antenna of a panel radio amateur is from the pen of Ivan HB9CSM / OM2CS. It was published in French in HB9 by Old Man magazine 11/2005. we thank you!

When the amateur radio changes QTH, When the amateur radio changes QTH. When the amateur radio changes QTH. When the amateur radio changes QTH:

• When the amateur radio changes QTH, or
• When the amateur radio changes QTH, or
• When the amateur radio changes QTH

When the amateur radio changes QTH, When the amateur radio changes QTH 4. When the amateur radio changes QTH, When the amateur radio changes QTH, When the amateur radio changes QTH.
Conditions:

• When the amateur radio changes QTH – about 6 meters
• When the amateur radio changes QTH. 7 meters
• When the amateur radio changes QTH 50 Ohms
• When the amateur radio changes QTH
• When the amateur radio changes QTH (When the amateur radio changes QTH)
• antenna power 100 W

antenna power. antenna power, antenna power, antenna power. antenna power, antenna power. antenna power, antenna power 3 antenna power. antenna power. antenna power. Despite all this, I usually managed to make an antenna for one to two bands with high PSV and TVI. Despite all this, I usually managed to make an antenna for one to two bands with high PSV and TVI “Despite all this, I usually managed to make an antenna for one to two bands with high PSV and TVI” Despite all this, I usually managed to make an antenna for one to two bands with high PSV and TVI, Despite all this, I usually managed to make an antenna for one to two bands with high PSV and TVI. Despite all this, I usually managed to make an antenna for one to two bands with high PSV and TVI (Despite all this, I usually managed to make an antenna for one to two bands with high PSV and TVI) Despite all this, I usually managed to make an antenna for one to two bands with high PSV and TVI:

• Despite all this, I usually managed to make an antenna for one to two bands with high PSV and TVI, Despite all this, I usually managed to make an antenna for one to two bands with high PSV and TVI
• Despite all this, I usually managed to make an antenna for one to two bands with high PSV and TVI, Despite all this, I usually managed to make an antenna for one to two bands with high PSV and TVI, Despite all this, I usually managed to make an antenna for one to two bands with high PSV and TVI
• Despite all this, I usually managed to make an antenna for one to two bands with high PSV and TVI, Despite all this, I usually managed to make an antenna for one to two bands with high PSV and TVI (Despite all this, I usually managed to make an antenna for one to two bands with high PSV and TVI)

 

Despite all this, I usually managed to make an antenna for one to two bands with high PSV and TVI! I started winding a small coil (12 I started winding a small coil, I started winding a small coil), I started winding a small coil, I started winding a small coil 1 I started winding a small coil. I started winding a small coil (I started winding a small coil). I started winding a small coil, I started winding a small coil:

• 2 I started winding a small coil 5 I started winding a small coil
• 1 I started winding a small coil 6-10 I started winding a small coil
• (or 3 I started winding a small coil 5 I started winding a small coil)

I started winding a small coil, 18MHz, 21MHz, 24,9I started winding a small coil, I added a large purple toroid with a diameter anyway 5 I added a large purple toroid with a diameter anyway–58 (I added a large purple toroid with a diameter anyway) I added a large purple toroid with a diameter anyway. I added a large purple toroid with a diameter anyway 7,5 meters. I added a large purple toroid with a diameter anyway 5 meters, I added a large purple toroid with a diameter anyway 50 cm. I added a large purple toroid with a diameter anyway (I added a large purple toroid with a diameter anyway) I added a large purple toroid with a diameter anyway. I added a large purple toroid with a diameter anyway 6,7 m, I added a large purple toroid with a diameter anyway 5 m. I added a large purple toroid with a diameter anyway 2 I started winding a small coil 4,7 I added a large purple toroid with a diameter anyway 1,5 m.

The use of 500pF rotary capacitors simplifies the entire tuner design.

The use of 500pF rotary capacitors simplifies the entire tuner design:

10,1	No 3	The use of 500pF rotary capacitors simplifies the entire tuner design. 40m	The use of 500pF rotary capacitors simplifies the entire tuner design 2,8	The use of 500pF rotary capacitors simplifies the entire tuner design 2,5
7,0	No 3	The use of 500pF rotary capacitors simplifies the entire tuner design. 80m	The use of 500pF rotary capacitors simplifies the entire tuner design 1,0	The use of 500pF rotary capacitors simplifies the entire tuner design 3,5

The use of 500pF rotary capacitors simplifies the entire tuner design, The use of 500pF rotary capacitors simplifies the entire tuner design 50 MHz. The use of 500pF rotary capacitors simplifies the entire tuner design!!! The use of 500pF rotary capacitors simplifies the entire tuner design (The use of 500pF rotary capacitors simplifies the entire tuner design – 4 The use of 500pF rotary capacitors simplifies the entire tuner design 10 mm, The use of 500pF rotary capacitors simplifies the entire tuner design 15 mm, The use of 500pF rotary capacitors simplifies the entire tuner design 150 pF) The use of 500pF rotary capacitors simplifies the entire tuner design. The use of 500pF rotary capacitors simplifies the entire tuner design 50 The use of 500pF rotary capacitors simplifies the entire tuner design 13 QSO (The use of 500pF rotary capacitors simplifies the entire tuner design – The use of 500pF rotary capacitors simplifies the entire tuner design, The use of 500pF rotary capacitors simplifies the entire tuner design, The use of 500pF rotary capacitors simplifies the entire tuner design, The use of 500pF rotary capacitors simplifies the entire tuner design).

The use of 500pF rotary capacitors simplifies the entire tuner design 10,1 MHz, 7 MHz (The use of 500pF rotary capacitors simplifies the entire tuner design 3,5 MHz). The use of 500pF rotary capacitors simplifies the entire tuner design (The use of 500pF rotary capacitors simplifies the entire tuner design). It also works with FC-20 (Yaesu). It also works with FC-20

It also works with FC-20 2003 on 10,1 It also works with FC-20 (It also works with FC-20) It also works with FC-20, It also works with FC-20

It also works with FC-20, It also works with FC-20, It also works with FC-20. It also works with FC-20, It also works with FC-20. It also works with FC-20.

It also works with FC-20, It also works with FC-20, It also works with FC-20. You can find me at for information: You can find me at for information
you 73 You can find me at for information.
Ivan, You can find me at for information

You can find me at for information! You can find me at for information!