GPIO Labs 1420 MHz amplifier and filter
Provides an alternative to the Nooelec SAWBird H1 low noise amplifier and filter for hydrogen line radio astronomy. Currently the
Read moreAstronomy observatory in Staffordshire, England.
Astronomy observatory in Staffordshire, England.
Provides an alternative to the Nooelec SAWBird H1 low noise amplifier and filter for hydrogen line radio astronomy. Currently the
Read moreReadily available at cheap prices. The following is one example of many available.
Read moreThese are readily available covering wide range of frequencies. The one below is presented as an example only.
Read moreYou’re asking about a tutorial from Bonn University that demonstrates how professional astronomers convert raw radio data—particularly HI 21 cm
Read moreGreat question, Andrew — this is right at the heart of how the Milky Way has been mapped in neutral
Read moreAstronomers have detected events that we classify as “hypernovae.” The word hypernova isn’t an official supernova classification but is widely used to describe
Read moreHere’s a peek at the Lichfield Radio Observatory (LRO) setup—featuring some of its unique equipment and data visualizations. What Is
Read moreAperture synthesis is one of the most powerful techniques in radio astronomy, and it’s the reason we can get very sharp
Read moreThe RTL-SDR Blog V3 dongle is based on the R820T2 tuner chip. Its useful bandwidth is limited by the USB 2.0 bus
Read moreHere’s an image of the RTL-SDR Blog V3 dongle for reference. Comparing “RTL2832U SDR” vs “RTL-SDR V3” What’s in a Name? What
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