18 Dec 2024 by Roman Dávid 18-12-2024-Amos 3_10 926_YES/Knesset Ch.: Test of my technological invention, named "Synchronous Nanocorrections," under zero or near-zero signal margin levels has demonstrated 100% reception stability over a verification period of t=80 hours Show more about 18-12-2024-Amos 3_10 926_YES/Knesset Ch.: Test of my technological invention, named "Synchronous Nanocorrections," under zero or near-zero signal margin levels has demonstrated 100% reception stability over a verification period of t=80 hours
20 Nov 2024 by Roman Dávid 20.11.2024_MFM Radio & Summary of benefits of my technological invention titled Synchronous Nanocorrections in the practice of satellite reception+With my 3 dB beamwidth ≤ 0.3°,I achieved a quality increase ΔSNR in the range of 2.6 dB ≤ ΔSNR ≤ 3.7 dB Show more about 20.11.2024_MFM Radio & Summary of benefits of my technological invention titled Synchronous Nanocorrections in the practice of satellite reception+With my 3 dB beamwidth ≤ 0.3°,I achieved a quality increase ΔSNR in the range of 2.6 dB ≤ ΔSNR ≤ 3.7 dB
23 Oct 2024 by Roman Dávid 23-10-2024_SNRT Radio Oujda_Proven continuity of lock function at the output of PF 450+370 cm on each of the three oscillators,over a total proving period of t=144 hours, for a radio carrier with an SR=180 ksym/s,with a quality peak of SNR=13.7 dB Show more about 23-10-2024_SNRT Radio Oujda_Proven continuity of lock function at the output of PF 450+370 cm on each of the three oscillators,over a total proving period of t=144 hours, for a radio carrier with an SR=180 ksym/s,with a quality peak of SNR=13.7 dB
25 Sep 2024 by Roman Dávid 25-9-2024_Radio Dakhla:Proven continuity without a single dropout in the carrier lock process, with a Symbol Rate (SR) of 175 ksym/s on every oscillator, even during the highest hourly rain totals over the past month at the reception site during t=156h... Show more about 25-9-2024_Radio Dakhla:Proven continuity without a single dropout in the carrier lock process, with a Symbol Rate (SR) of 175 ksym/s on every oscillator, even during the highest hourly rain totals over the past month at the reception site during t=156h...
28 Aug 2024 by Roman Dávid 28-8-2024_EUT 21B-11 602,760 MHz Atlantic radio_The relationship between the selection of the oscillator in a 4-oscillator LNB SMW Q-PLL Type R and the resulting continuity of lock and quality on the "C" with an applied SR=171 ksym/s at the Prodelin 370 Show more about 28-8-2024_EUT 21B-11 602,760 MHz Atlantic radio_The relationship between the selection of the oscillator in a 4-oscillator LNB SMW Q-PLL Type R and the resulting continuity of lock and quality on the "C" with an applied SR=171 ksym/s at the Prodelin 370
31 Jul 2024 by Roman Dávid 31-7-2024:The frequency spectrum range of the TP DW7 of the Eutelsat 21B satellite at 21.5°E and the benchmark of gain and reception quality formed the basis of my research in the next chapter of the center focused on the Lowest Symbol Rates (SR) ... Show more about 31-7-2024:The frequency spectrum range of the TP DW7 of the Eutelsat 21B satellite at 21.5°E and the benchmark of gain and reception quality formed the basis of my research in the next chapter of the center focused on the Lowest Symbol Rates (SR) ...
03 Jul 2024 by Roman Dávid 3-7-2024_Project Focused on Low Symbol Rates SR Continues on Eutelsat 16A Satellite at 16°E:How the frequency of the carrier lock changes with the change of the oscillator in the LNB can be demonstrated at LOF frequencies of 10 750/11 300 MHz using the... Show more about 3-7-2024_Project Focused on Low Symbol Rates SR Continues on Eutelsat 16A Satellite at 16°E:How the frequency of the carrier lock changes with the change of the oscillator in the LNB can be demonstrated at LOF frequencies of 10 750/11 300 MHz using the...
15 May 2024 by Roman Dávid 15-5-2024_The "Low Symbol Rates SR" project is moving to the Hispasat 30W-6 satellite: Radio Mars with SR=185 ksym/s at f=11 695.740 MHz, comparison of results between Televes and Metek on the frequency of the Cellnex provider, etc. Show more about 15-5-2024_The "Low Symbol Rates SR" project is moving to the Hispasat 30W-6 satellite: Radio Mars with SR=185 ksym/s at f=11 695.740 MHz, comparison of results between Televes and Metek on the frequency of the Cellnex provider, etc.
24 Apr 2024 by Roman Dávid 24-4-2024_IS 901-27.5°W_Low Symbol Rate SR=166 ksym/s & Ireland's Classic Hits Radio_Today I successfully apply the principles of wave physics in the practice of sat. reception concerning the increase in effective reflector area resulting in +3 dB@+80cm Show more about 24-4-2024_IS 901-27.5°W_Low Symbol Rate SR=166 ksym/s & Ireland's Classic Hits Radio_Today I successfully apply the principles of wave physics in the practice of sat. reception concerning the increase in effective reflector area resulting in +3 dB@+80cm
