Production of directional antenna HB9CV for PMR

Pozn.admin: VPR-02/2006 prohibits the use of any external antenna in the PMR band. The article is for information only. HB9CV PMR. HB9CV PMR:

HB9CV PMR- HB9CV PMR
HB9CV PMR – HB9CV PMR
HB9CV PMR
R : 337 mm
WITH : 310 mm
D1 : 298 mm
D2 : 294 mm
a : 42 mm
b : 45 mm
R – WITH : 84 mm
WITH – D1 : 84 mm
D1 – D2 : 108 mm

HB9CV PMR:
HB9CV PMR: 4HB9CV PMR
HB9CV PMR: 2,5HB9CV PMR
HB9CV PMR
HB9CV PMR
HB9CV PMR. HB9CV PMR

Method: HB9CV PMR, we can choose this wire so that at the beginning of the antenna we still have a little more to fix, etc.. we can choose this wire so that at the beginning of the antenna we still have a little more to fix, etc., we can choose this wire so that at the beginning of the antenna we still have a little more to fix, etc., we can choose this wire so that at the beginning of the antenna we still have a little more to fix, etc.. we can choose this wire so that at the beginning of the antenna we still have a little more to fix, etc.. we can choose this wire so that at the beginning of the antenna we still have a little more to fix, etc., we can choose this wire so that at the beginning of the antenna we still have a little more to fix, etc.. Using a resistance soldering iron, we solder the elements to the main supporting wire - a classic transformer soldering iron is not suitable as it cannot heat the wire to the required temperature. Using a resistance soldering iron, we solder the elements to the main supporting wire - a classic transformer soldering iron is not suitable as it cannot heat the wire to the required temperature, Using a resistance soldering iron, we solder the elements to the main supporting wire - a classic transformer soldering iron is not suitable as it cannot heat the wire to the required temperature, Using a resistance soldering iron, we solder the elements to the main supporting wire - a classic transformer soldering iron is not suitable as it cannot heat the wire to the required temperature. Using a resistance soldering iron, we solder the elements to the main supporting wire - a classic transformer soldering iron is not suitable as it cannot heat the wire to the required temperature. Using a resistance soldering iron, we solder the elements to the main supporting wire - a classic transformer soldering iron is not suitable as it cannot heat the wire to the required temperature.

Using a resistance soldering iron, we solder the elements to the main supporting wire - a classic transformer soldering iron is not suitable as it cannot heat the wire to the required temperature: Using a resistance soldering iron, we solder the elements to the main supporting wire - a classic transformer soldering iron is not suitable as it cannot heat the wire to the required temperature. Using a resistance soldering iron, we solder the elements to the main supporting wire - a classic transformer soldering iron is not suitable as it cannot heat the wire to the required temperature:
1) Using a resistance soldering iron, we solder the elements to the main supporting wire - a classic transformer soldering iron is not suitable as it cannot heat the wire to the required temperature. In the field, place the antenna so that it is close enough to this meter.
2) In the field, place the antenna so that it is close enough to this meter ,In the field, place the antenna so that it is close enough to this meter. In the field, place the antenna so that it is close enough to this meter. In the field, place the antenna so that it is close enough to this meter. In the field, place the antenna so that it is close enough to this meter. In the field, place the antenna so that it is close enough to this meter. In the field, place the antenna so that it is close enough to this meter, In the field, place the antenna so that it is close enough to this meter. In the field, place the antenna so that it is close enough to this meter.

In the field, place the antenna so that it is close enough to this meter: In the field, place the antenna so that it is close enough to this meter, In the field, place the antenna so that it is close enough to this meter, which adversely affects the antenna, which adversely affects the antenna. which adversely affects the antenna + which adversely affects the antenna. which adversely affects the antenna, which adversely affects the antenna

which adversely affects the antenna: which adversely affects the antenna. which adversely affects the antenna, which adversely affects the antenna. which adversely affects the antenna. which adversely affects the antenna, but I can promise you that in the coming days we want to go to a bigger hill and try a few connections there.

but I can promise you that in the coming days we want to go to a bigger hill and try a few connections there:

blank

blank

blank

blank

but I can promise you that in the coming days we want to go to a bigger hill and try a few connections there! but I can promise you that in the coming days we want to go to a bigger hill and try a few connections there!
but I can promise you that in the coming days we want to go to a bigger hill and try a few connections there: zawin
but I can promise you that in the coming days we want to go to a bigger hill and try a few connections there http://svetelektro.com

4 2 voices
Article evaluation
Set up
Set alerts
guest


0 Comments
The oldest
The latest Most rated
Feedback inserted
View all comments
0
We will be happy for your comments, Please, comment!x