Re: [EVGRAY] Re: RF and power factor

Body

Hector,

What is the carrier is derived from a TTL signal?


On 10/28/2018 6:37 AM, [email protected] [EVGRAY] wrote:
>  
>
> Any signal has 2 conditions , current and voltage in phase =   NON
> broadcasting !
>
>
> Current and voltage 90deg off phase  ( broadcasting )  RADIANT !!   = RE
>
> audio amp  ( no LC tanks or stages )
>
> RF amp  LC tanks and or stages ......RF  =   RE  .
>
> the best option is to convert HF,VHF ,UHF to  RF in the final antenna
> coupling stage after the coaxial end , coaxial capacitance taken into
> the equation ..
>
> yes is complex as hell , but as i see i was the first to couple power
> engineering with RF engineering , RV is testimony to that .. so !
>
>  
>
>
>
> This information is proprietary:
>
>   ARK Research © 1999,2018  Public Disclosure ,
>
>  Not for patent or scientific papers Thesis .
>
> reproduce & print with  source  statement OCT 28 2018
>
> Hector Perez Torres
> [email protected]
>
> ARK Ω
>
> print & keep so you people later can challenge patents made from this
> PUBLIC info !
>
> (H)
>
>
>
>
>
>
> ---In [email protected], <mkjekyll@...> wrote :
>
> Hector,
>
> Where or when does an RF transmitter get it's leading power factor?  I
> do not fully understand your position of RF always being leading vs unity.
>
> For instance is an RF amp designed to have a different power factor than
> an audio power amp or are they the same until the signal arrives at the
> loading?
>
> I don't see how the power factor becomes leading until loaded by the
> capacitive load antenna therefore designing the most efficient feedline
> the transmitter power amp should sit right at the antenna.
>