Generátor signálu snímače otáček motoru
Title Alternative:Engine-speed Sensor Signal Generator
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Date
2011
Authors
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Journal ISSN
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Publisher
Technická Univerzita v Liberci
Abstract
Tato bakalárská práce se zabývá návrhem generátoru signálu pro snímac otácek automobilu Škoda Superb 1,9 TDI první generace. Práce obsahuje návrh generátoru a jeho realizaci ve dvou variantách. První je zapojení s obvodem 555 a druhá je naprogramovaný procesor v C++. Zabývá se zapojením jednotlivých soucástek v návrhu a popisuje jejich funkci. Seznamuje s výrobou a návrhem generátoru v ruzných programech. V druhé cásti popisuje výrobu programovatelných procesoru a jejich programování. Vybraný procesor nese název ATtiny45 od firmy AVR. Také se zabývá zapojením jednotlivých snímacu a seznamuje s duležitými prvky automobilu pro realizaci této práce.
This thesis describes the design of the signal generator for revolution senson of Skoda Superb 1.9 TDI the first generation. The work includes design of the generator and its realization in two variants. The first is connection with 555 circuit and second is processor programmed in C++. It deals with the involvement of individual components in the design and describes their function. It acquaints with the manufactoring and design of the generator in various programs. In the second part it describes manufacturing of programmable processors and their programming. We have selected the ATtiny45 microcontroller manufactured by AVR. It also examines the connection of individual sensors and introduces important elements of the vehicle for the realization of this work.
This thesis describes the design of the signal generator for revolution senson of Skoda Superb 1.9 TDI the first generation. The work includes design of the generator and its realization in two variants. The first is connection with 555 circuit and second is processor programmed in C++. It deals with the involvement of individual components in the design and describes their function. It acquaints with the manufactoring and design of the generator in various programs. In the second part it describes manufacturing of programmable processors and their programming. We have selected the ATtiny45 microcontroller manufactured by AVR. It also examines the connection of individual sensors and introduces important elements of the vehicle for the realization of this work.
Description
katedra: MTI; přílohy: 1 CD; rozsah: 46
Subject(s)
snímace otácek motoru, rídicí jednotka automobilu, programátor axis, presto, avr procesory, engine speed sensor, car control unit, axis presto programmer, avr cpu