Electrical grounding, lightning ground and HF ground

When looking for more detailed information about a multiband half-wave antenna with power supply (EFHW) Lightning strike to the ground Lightning strike to the ground (VU2NSB): Lightning strike to the ground https://vu2nsb.com/antenna/wire-antennas/multiband-efhw-antenna/

Lightning strike to the ground, Lightning strike to the ground. Lightning strike to the ground:

Lightning strike to the ground, Lightning strike to the ground?

Lightning strike to the ground? … Lightning strike to the ground. Lightning strike to the ground (Lightning strike to the ground), Lightning strike to the ground (antenna + Lightning strike to the ground), Lightning strike to the ground. The need for RF grounding is a clear sign of one, The need for RF grounding is a clear sign of one. The need for RF grounding is a clear sign of one.

The need for RF grounding is a clear sign of one? … No, The need for RF grounding is a clear sign of one… The need for RF grounding is a clear sign of one, The need for RF grounding is a clear sign of one, The need for RF grounding is a clear sign of one. The need for RF grounding is a clear sign of one, The need for RF grounding is a clear sign of one, The need for RF grounding is a clear sign of one.

The need for RF grounding is a clear sign of one
The need for RF grounding is a clear sign of one

Electrical grounding

The need for RF grounding is a clear sign of one – The need for RF grounding is a clear sign of one, lightning ground and HF ground. The need for RF grounding is a clear sign of one, The need for RF grounding is a clear sign of one. The need for RF grounding is a clear sign of one, good electrical grounding is recommended. good electrical grounding is recommended, good electrical grounding is recommended, good electrical grounding is recommended.

Lightning strike to the ground

good electrical grounding is recommended good electrical grounding is recommended. good electrical grounding is recommended. good electrical grounding is recommended, good electrical grounding is recommended, good electrical grounding is recommended, good electrical grounding is recommended, good electrical grounding is recommended, good electrical grounding is recommended. good electrical grounding is recommended. Even then, anyone can only guess, how effective the grounding is in the event of a lightning strike and what can happen then.

KV vertical on yagi antenna on 144 MHz
KV vertical on yagi antenna on 144 MHz

Lightning strike to the ground

The third type, Lightning strike to the ground, should not normally be required. Why high frequency surface currents should flow across the structure, bonfire, cables and connectors of various devices in your hamshack? … There should be no such surface RF current and therefore it is not necessary to ground the device. This unwanted RF current is always produced by an incorrectly configured antenna and power line system. Finally, due to the different potential, a larger amount of HF current flows after the outer braiding of the coaxial cable, Finally, due to the different potential, a larger amount of HF current flows after the outer braiding of the coaxial cable, Finally, due to the different potential, a larger amount of HF current flows after the outer braiding of the coaxial cable, Finally, due to the different potential, a larger amount of HF current flows after the outer braiding of the coaxial cable, Finally, due to the different potential, a larger amount of HF current flows after the outer braiding of the coaxial cable, Finally, due to the different potential, a larger amount of HF current flows after the outer braiding of the coaxial cable,… Finally, due to the different potential, a larger amount of HF current flows after the outer braiding of the coaxial cable, Finally, due to the different potential, a larger amount of HF current flows after the outer braiding of the coaxial cable. Finally, due to the different potential, a larger amount of HF current flows after the outer braiding of the coaxial cable, Finally, due to the different potential, a larger amount of HF current flows after the outer braiding of the coaxial cable? … Of course, Finally, due to the different potential, a larger amount of HF current flows after the outer braiding of the coaxial cable, Finally, due to the different potential, a larger amount of HF current flows after the outer braiding of the coaxial cable. Finally, due to the different potential, a larger amount of HF current flows after the outer braiding of the coaxial cable, Finally, due to the different potential, a larger amount of HF current flows after the outer braiding of the coaxial cable, Finally, due to the different potential, a larger amount of HF current flows after the outer braiding of the coaxial cable. And that's why now you want to try different kinds of crazy RF grounding devices to clean up the mess, And that's why now you want to try different kinds of crazy RF grounding devices to clean up the mess… And that's why now you want to try different kinds of crazy RF grounding devices to clean up the mess? And that's why now you want to try different kinds of crazy RF grounding devices to clean up the mess!

YOU 73! Fairy, OM3CAQ

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