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edit approved Nov 4, 2023 at 19:39
AJN
edit approved Nov 4, 2023 at 19:39
AJN
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Is it possible to generate 10 GHz frequency RFs at 400 V amplitudes while only using 10-100 W order power? I tried looking up how 10s of GHz frequencies are generated online and found next to nothing except communication products that had no spec sheets available. 

The main requirements I have are that I want to generate 10 GHz, have the waves transmit over a distance of 10 cm, while having at least 200 V amplitude at the receiver point and only use about 10-100 Watts but ideally fractions of Watts.

  • I want to generate 10 GHz,
  • have the waves transmit over a distance of 10 cm,
  • while having at least 200 V amplitude at the receiver point
  • and only use about 10-100 Watts but ideally fractions of Watts.

Is such an experimental/instrument set up even physically possible? I know that the medium the waves will transmit through, also affect the decay envelop of the wave function and therefore, the decay of the wave's power, so let's just assume that these waves will propagate through an atmosphere in the 100s of Pascals. 

Lastly, the emitter's material is non-specific (Because I do not know what they should be for such high frequencies), but the geometry of the emitter should be a ring. If someone can give me a rough order magnitude of power requirements for these waves and/or the resources so I can start reading into RF/communication technologies and do these calculations on my own with the formulas used in that field I would really appreciate it.

Is it possible to generate 10 GHz frequency RFs at 400 V amplitudes while only using 10-100 W order power? I tried looking up how 10s of GHz frequencies are generated online and found next to nothing except communication products that had no spec sheets available. The main requirements I have are that I want to generate 10 GHz, have the waves transmit over a distance of 10 cm, while having at least 200 V amplitude at the receiver point and only use about 10-100 Watts but ideally fractions of Watts. Is such an experimental/instrument set up even physically possible? I know that the medium the waves will transmit through also affect the decay envelop of the wave function and therefore, the decay of the wave's power, so let's just assume that these waves will propagate through an atmosphere in the 100s of Pascals. Lastly, the emitter's material is non-specific (Because I do not know what they should be for such high frequencies), but the geometry of the emitter should be a ring. If someone can give me a rough order magnitude of power requirements for these waves and/or the resources so I can start reading into RF/communication technologies and do these calculations on my own with the formulas used in that field I would really appreciate it.

Is it possible to generate 10 GHz frequency RFs at 400 V amplitudes while only using 10-100 W order power? I tried looking up how 10s of GHz frequencies are generated online and found next to nothing except communication products that had no spec sheets available. 

The main requirements I have are that

  • I want to generate 10 GHz,
  • have the waves transmit over a distance of 10 cm,
  • while having at least 200 V amplitude at the receiver point
  • and only use about 10-100 Watts but ideally fractions of Watts.

Is such an experimental/instrument set up even physically possible? I know that the medium the waves will transmit through, also affect the decay envelop of the wave function and therefore, the decay of the wave's power, so let's just assume that these waves will propagate through an atmosphere in the 100s of Pascals. 

Lastly, the emitter's material is non-specific (Because I do not know what they should be for such high frequencies), but the geometry of the emitter should be a ring. If someone can give me a rough order magnitude of power requirements for these waves and/or the resources so I can start reading into RF/communication technologies and do these calculations on my own with the formulas used in that field I would really appreciate it.

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Sophia
Sophia
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Generating 10 GHz Frequencies with Reasonable Power Requirements

Is it possible to generate 10 GHz frequency RFs at 400 V amplitudes while only using 10-100 W order power? I tried looking up how 10s of GHz frequencies are generated online and found next to nothing except communication products that had no spec sheets available. The main requirements I have are that I want to generate 10 GHz, have the waves transmit over a distance of 10 cm, while having at least 200 V amplitude at the receiver point and only use about 10-100 Watts but ideally fractions of Watts. Is such an experimental/instrument set up even physically possible? I know that the medium the waves will transmit through also affect the decay envelop of the wave function and therefore, the decay of the wave's power, so let's just assume that these waves will propagate through an atmosphere in the 100s of Pascals. Lastly, the emitter's material is non-specific (Because I do not know what they should be for such high frequencies), but the geometry of the emitter should be a ring. If someone can give me a rough order magnitude of power requirements for these waves and/or the resources so I can start reading into RF/communication technologies and do these calculations on my own with the formulas used in that field I would really appreciate it.