u
>
> --
> *From: *"Tavi B"
> *To: *casper@lists.berkeley.edu
> *Sent: *Thursday, 14 November, 2019 08:17:31
> *Subject: *Re: [casper] heliospectroscope
>
> Hello, Dan,
>
> Thank you very much for your detailed answer. I will read
From: "Tavi B"
To: casper@lists.berkeley.edu
Sent: Thursday, 14 November, 2019 08:17:31
Subject: Re: [casper] heliospectroscope
Hello, Dan,
Thank you very much for your detailed answer. I will read the details of
suggested boards.
So far I've try RTL-SDR, Airspy2+Spywerter a
Hello, Dan,
Thank you very much for your detailed answer. I will read the details of
suggested boards.
So far I've try RTL-SDR, Airspy2+Spywerter and bladeRF x40+XB200 with gqrx.
But the gqrx cannot sweep and record full bandwidth at needed sample rate.
The main concern is the time of
hi octavian,
i don't know much about solar radio spectroscopy,
but i think in some solar applications, the SNR is very high,
and the time variability is slow enough that you could use a spectrometer
with a small instantaneous bandwidth,
perhaps 10 or 20 MHz bandwidth, and then sweep this
Hello,
I'm new in this research, in Romania there is no scientific radio telescope
yet. I'm working at the Solar Group of Astronomical Institute of Romanian
Academy and this is the reason I would start with a solar radio
spectroscope, CALLISTO like station. I searched an inexpensive SDR to
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