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7/13/2025, 8:55:54 PM
>>63979386
>source
Spot size of HPM weapons. Picrel by the Army (you can find the original pdf).
>very elementary idea of peak power and RMS, don't you?
HPM still can't cause thermal damage in macro-components or structures, only dielectric breakdown and micro-scale thermal destruction. Those are dependent on the target unlike a hard-kill method that even if can't destroy the target instantaneously it degrades its integrity, armor, etc. For HPM if you can't destroy the RF front end then the effect is nil regardless the dwell time.
>Proof?
Your microwave...
>FO?
Fiber-Optic drones, drones using optical fiber for wired communication.
>Proof?
Every, single, Radar or power transceiver. And no, you can protect a RF input without losing signal reception but I don't want to mention RF circulators
>source
Spot size of HPM weapons. Picrel by the Army (you can find the original pdf).
>very elementary idea of peak power and RMS, don't you?
HPM still can't cause thermal damage in macro-components or structures, only dielectric breakdown and micro-scale thermal destruction. Those are dependent on the target unlike a hard-kill method that even if can't destroy the target instantaneously it degrades its integrity, armor, etc. For HPM if you can't destroy the RF front end then the effect is nil regardless the dwell time.
>Proof?
Your microwave...
>FO?
Fiber-Optic drones, drones using optical fiber for wired communication.
>Proof?
Every, single, Radar or power transceiver. And no, you can protect a RF input without losing signal reception but I don't want to mention RF circulators
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