Detail publikace
PLL Frequency Synthesizer for L-Band Satellite Receiver
Originální název
PLL Frequency Synthesizer for L-Band Satellite Receiver
Anglický název
PLL Frequency Synthesizer for L-Band Satellite Receiver
Jazyk
en
Originální abstrakt
The frequency synthesizer of an L-Band Front End for the new AMSAT Phase 3E satellite is described. High reliability and low power consumption of the receiver is required. For slow rate data transmissions high stable oscillators in the double conversion receiver are required and retuning of the first oscillator is needed. The invention of the receiver design consists in utilization of the double PLL synthesizer synchronized by an ultra stable oscillator positioned onboard the satellite.
Anglický abstrakt
The frequency synthesizer of an L-Band Front End for the new AMSAT Phase 3E satellite is described. High reliability and low power consumption of the receiver is required. For slow rate data transmissions high stable oscillators in the double conversion receiver are required and retuning of the first oscillator is needed. The invention of the receiver design consists in utilization of the double PLL synthesizer synchronized by an ultra stable oscillator positioned onboard the satellite.
BibTex
@inproceedings{BUT13731,
author="Michal {Zamazal}",
title="PLL Frequency Synthesizer for L-Band Satellite Receiver",
annote="The frequency synthesizer of an L-Band Front End for the new AMSAT Phase 3E satellite is described. High reliability and low power consumption of the receiver is required. For slow rate data transmissions high stable oscillators in the double conversion receiver are required and retuning of the first oscillator is needed. The invention of the receiver design consists in utilization of the double PLL synthesizer synchronized by an ultra stable oscillator positioned onboard the satellite.",
address="FEKT, FIT VUT v Brně",
booktitle="Proceedings of the 10th Conference STUDENT EEICT 2004 Volume 2",
chapter="13731",
institution="FEKT, FIT VUT v Brně",
year="2004",
month="april",
pages="192",
publisher="FEKT, FIT VUT v Brně",
type="conference paper"
}