The information provided on this website is provided for reference purposes only. It is my personal development blog, and is not intended to act as an educational or advisory tool…
This comes from Alex’s Github pages where there are many excellent tutorials on many aspects of using this and other antennas – highly recommended. A copy is supplied here, wirh…
Yes, your spreadsheet is set up in the right way provided that the 1.72 dB is a power Y-factor. where (Y) must be a power ratio, not an amplitude (voltage)…
After the tests on 21/7/2026, I realised I needed to add in bias tee providing 12V to the Norsat 9000 – so the results on 21/7/2026 (21 July 2026) are…
For the flight from UK to USA to SARA Eastern Conference to process data at altitude vs data on ground for my talk at the conference. https://www.astronomy.me.uk/wp-content/uploads/2026/07/John-Savage-PicoMuon-Explorer-JS_PicoMuon3_2026-07-23.zip
Andy – I compared several inexpensive GPS disciplined Reference Oscillators in 2023: https://www.reeve.com/Documents/Articles%20Papers/Reeve_GDOComp.pdf or https://www.astronomy.me.uk/wp-content/uploads/2026/07/Reeve_GDOComp.pdf Whitham Reeve
Yes. The Norsat 9000LDF requires DC power supplied up the coax, so if your SDR or receiver does not provide this, you will need a bias tee (bias-T). For the…
For a Norsat 9000LDF LNB, you want a well-regulated, low-noise 12 V DC power supply. Switching power supplies can inject RF noise into sensitive radio astronomy equipment, so quality matters.…
Since yesterday, I have been running a Smallrig cooler plonked on top of my UKRAA PicoMuon detector. I am impressed. Whole casing is kept cool, runs very quietly, whole device…
For the Norsat 9000LDF: The relationship is: IF = RF − 20.250 GHz So in SDR# you tune to the IF frequency. Some examples: RF frequency SDR# tune to 21.200…
I mean Norsat 9000LDF where input is 21.200-22.200 GHz and local oscillator (LO) is 20.250 GHz. For the Norsat 9000LDF: The relationship is: IF = RF − 20.250 GHz So…
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