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Simulator of the FM-CW rangefinder function
Bačík, Martin ; Hála, Ondřej (oponent) ; Říčný, Václav (vedoucí práce)
This thesis describes design of Simulator FM-CW range finders. It is choosing the optimal method of realization and inform about basic properties of continuous working radar. The work includes an analysis of errors in real rangefinder and a numerical estimate of the maximum error in real devices. Contains detailed block diagram of simulator FM-CW range-finder and computer simulation of function generator frequency modulated signal, demodulator. Further work includes the complete construction documents for the preparation and implementation of basic functional verification
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Parking radar
Bačík, Martin ; Frýza, Tomáš (oponent) ; Říčný, Václav (vedoucí práce)
This thesis is referring about design of the Parking radar with range indication distance from 0,2 to 2m. There were chosen optimal method for realization. Thesis inform about basic ultrasonic characteristics and its diffusion in free environment. Next it consists of the proposal conception and radar detail block scheme with acustic indication of solid objects. The work includes analysis of influence parameters from functional blocks and computer simulation of Receive functional block. Working frequencies of radar and time lay of transmitting signal are rated there for correct function and completing the concept. There were chosen optimal active devices and ultrasonic changers. In the second part thesis is refering about description of projection block parts and inform about construcion of radar.
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Parking radar
Bačík, Martin ; Frýza, Tomáš (oponent) ; Říčný, Václav (vedoucí práce)
This thesis is referring about design of the Parking radar with range indication distance from 0,2 to 2m. There were chosen optimal method for realization. Thesis inform about basic ultrasonic characteristics and its diffusion in free environment. Next it consists of the proposal conception and radar detail block scheme with acustic indication of solid objects. The work includes analysis of influence parameters from functional blocks and computer simulation of Receive functional block. Working frequencies of radar and time lay of transmitting signal are rated there for correct function and completing the concept. There were chosen optimal active devices and ultrasonic changers. In the second part thesis is refering about description of projection block parts and inform about construcion of radar.
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Simulator of the FM-CW rangefinder function
Bačík, Martin ; Hála, Ondřej (oponent) ; Říčný, Václav (vedoucí práce)
This thesis describes design of Simulator FM-CW range finders. It is choosing the optimal method of realization and inform about basic properties of continuous working radar. The work includes an analysis of errors in real rangefinder and a numerical estimate of the maximum error in real devices. Contains detailed block diagram of simulator FM-CW range-finder and computer simulation of function generator frequency modulated signal, demodulator. Further work includes the complete construction documents for the preparation and implementation of basic functional verification
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