My goal is detection for much wider range like gamma rays.Use AD8307, AD8313, AD8362, etc. of ADI.
Thanks but I am not sure it's for x and gamma rays.The grid dip meter is a useful instrument for radio enthusiasts. It's popular because it's possible to build your own from a few discrete components.
With a filter you can stop it from responding to ambient mains hum. Or you can plug in various coils in order to make it respond to a particular range of frequencies.
No it's not.Thanks but I am not sure it's for x and gamma rays.
No it's not.
You have been asking for RF power meter. X or gamma rays aren't RF although they are all electromagnetic radiation. Visible light or heat radiation is also electromagnetic, but not detectable with antennas or "RF" detectors.
You should get at least a broad idea about the different ranges of electromagnetic spectrum and what kind of receivers can be suitable to detect one or the other.
https://en.wikipedia.org/wiki/Electromagnetic_radiation
https://en.wikipedia.org/wiki/Electromagnetic_spectrum
Cool, I know what's your point but noting is impossible bro, this thread is exactly for it so that's why I asked to others.Maybe you start width designing an antenna for that bandwidth, then share your findings ;-)
Exactly that's why I am here.000SHREDDER000, we are not being obstructive or critical but you original question was very misleading. When you said you wanted a range wider than 60Hz people assume you are looking for something with slightly higher frequency capability. What you ask for in post #3 is for a bandwidth thousands of millions of time wider, way more than anyone was considering. The technology for measuring gamma rays is completely different to the technology for measuring 60Hz!
It was rather like you asked for an instrument to measure the thickness of a hair then afterwards said it also had to measure the width of the solar system.
Brian.
I know about it but geiger tube are only for gamma and x-rays. I heard about some of RF circuits that they can detect gamma rays also so I think it's possible without giger tubes.emf meters on the market have separate detectors for low frequency magnetic field (coils), low frequency electric field (high impedance sensor) and MHz to GHz RF. To detect ionizing radiation like X- and gamma rays, you need a Geiger-Mueller tube.
It is not circuits.I heard about some of RF circuits that they can detect gamma rays also so I think it's possible without giger tubes.
I know about it but geiger tube are only for gamma and x-rays. I heard about some of RF circuits that they can detect gamma rays also so I think it's possible without giger tubes.
It is not circuits.
What band of frequency do you want to detect ?
Geiger counters are widely used to detect gamma radiation and X-rays collectively known as photons, and for this the windowless tube is used.
However, detection efficiency is low compared to alpha and beta particles. The article on the Geiger–Müller tube carries a more detailed account
of the techniques used to detect photon radiation.
No.no bands of frequencies … he wants to detect gamma rays and X-rays
We use cookies and similar technologies for the following purposes:
Do you accept cookies and these technologies?
We use cookies and similar technologies for the following purposes:
Do you accept cookies and these technologies?