Aerospace Radionavigation Systems
portes grátis
Aerospace Radionavigation Systems
Electromagnetic Compatibility
Sauta, Oleg Ivanovich; Shatrakov, Yuri Grigoryevich; Shatrakov, Artem Yuryevich; Negreskul, Grigory Grigoryevich; Zatuchny, Dmitry Alexandrovich
Springer Verlag, Singapore
11/2022
210
Dura
Inglês
9789811963407
15 a 20 dias
Descrição não disponível.
Chapter 1. Methods for evaluating the electromagnetic compatibility of integrated ground systems and onboard systems.- Chapter 2. Method of obtaining information unintentional interference in radar systems and radio navigation systems with a generatorm-type.- Chapter 3. Theory of predicting unintended interference of radar and radio navigation equipment due to the properties of the oscillatory system of the microwave generator used.- Chapter 4. Experimental research characteristics that determine the electromagnetic compatibility of radio electronic systems using the space-harmonic analysis.- Chapter 5. Methodology for calculating reference values ring systems.- Chapter 6. Research work stabilitrones generator in sync mode.- Chapter 7. Influence of the output generation method the microwave signal transmission path in the relative level of spurious emissions.- Chapter 8. Electromagnetic compatibility microwavedevices with phase modulation.- Chapter 9.Features of industrial interference in a radar transmitter on stabilitron.- Chapter 10. Calculate electromagnetic fields scattered elements of the airframe.- Chapter 11. Bearing errors causedby scattering of the electromagnetic field by elements of the aircraft body.- Chapter 12. Evaluation of antenna decouplingif there is an electromagnetic shield.- Chapter 13. Ensuring electromagnetic compatibility in civil aviation, taking into account modern requirements.- Chapter 14. Solving problems of electromagnetic compatibility of antenna devices.- Chapter 15. Models of electromagnetic influence radio engineering systems. Calculation of electromagnetic compatibility of navigation systems rsbn and dme.
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Platinotron Generator;Out-of-band Radiation;Radar Interference;Onboard Integrated Complexes;Pulse-code Modulation;Ring Resonator Systems;Antenna devices;Microwave Signal Transmission;Civil Aviation;Flat-screen Electromagnetic Wave
Chapter 1. Methods for evaluating the electromagnetic compatibility of integrated ground systems and onboard systems.- Chapter 2. Method of obtaining information unintentional interference in radar systems and radio navigation systems with a generatorm-type.- Chapter 3. Theory of predicting unintended interference of radar and radio navigation equipment due to the properties of the oscillatory system of the microwave generator used.- Chapter 4. Experimental research characteristics that determine the electromagnetic compatibility of radio electronic systems using the space-harmonic analysis.- Chapter 5. Methodology for calculating reference values ring systems.- Chapter 6. Research work stabilitrones generator in sync mode.- Chapter 7. Influence of the output generation method the microwave signal transmission path in the relative level of spurious emissions.- Chapter 8. Electromagnetic compatibility microwavedevices with phase modulation.- Chapter 9.Features of industrial interference in a radar transmitter on stabilitron.- Chapter 10. Calculate electromagnetic fields scattered elements of the airframe.- Chapter 11. Bearing errors causedby scattering of the electromagnetic field by elements of the aircraft body.- Chapter 12. Evaluation of antenna decouplingif there is an electromagnetic shield.- Chapter 13. Ensuring electromagnetic compatibility in civil aviation, taking into account modern requirements.- Chapter 14. Solving problems of electromagnetic compatibility of antenna devices.- Chapter 15. Models of electromagnetic influence radio engineering systems. Calculation of electromagnetic compatibility of navigation systems rsbn and dme.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
