Summary: Diploma project entitled “Smart control device of electricity consumption” written on the 90 pages, including 29 illustrations, 4 tables, 4 appendix and 33 citations. The aim of this project is to find the way to determine the value of a variable amperage and voltage with minimal size and reading this value by microcontroller for further processing, such as for transmission over the air for processing, storage and output in a user friendly manner. To address this goal was examined existing methods for determining the required quantities, advantages and disadvantages of each of them, usability and other factors which very significantly influence the final choice of the way.
Keywords: microcontroller, avr, arduino, atmega328, amperage sensor, voltage sensor, hall effect, capacitor power supply
The work consists of 71 pages of explanatory note, 4 appendix and 6 drawings
Summary: Diploma project consists of 80 pages containing 37 illustration with 15 tables, 4 applications and 20 references. The aim is to develop a centralized monitoring system, which is designed to monitor, store and analyze measurement results of all devices registered in the system. The system consists of a device to read data from sensors and software (web interface), which enables analysis and visualization of measurement for each registered device in the system. The calculations confirm efficiency of the device and compliance with all regulations and standards.
Summary: Thesis consists of 79 pages and contains 35 figures, 2 tables, 31 reference. The aim of the project is to analyze the possibilities of data input/output from LabVIEW and practical application of the analysis in the developing of universal layout for laboratory studies of radiators of electronic components. The work consists of five sections. The modern modules for LabVIEW, which can help you to implement the functions of input/output, were analyzed. The capabilities of modern hardware, which can be operated using LabVIEW, were analyzed. LabVIEW module and hardware tools, by which developed the laboratory model, were selected. The calculations of circuit elements were executed. A program to study the effectiveness of radiators were established. The problems of occupational health and safety in the process of development of the model were considered.
Summary: In this diploma a control module, which include system of commands of exchanging data and control of peripheral devices with the environment of virtual devices LabVIEW has developed. The work consists of five sections. Analysis of peripheral devices and their capabilities and performance of existing solutions has made. A commands set is developed and convenient use of LabVIEW environment is provided. Also the problems of health and safety while using the computer was reviewed. A diploma includes 64 pages, 29 pictures, 11 tables, 1 annex and 16 used sourses.
Keywords: microcontroller, avr, arduino, atmega328, labview, national instruments.
The work consists of: 64 pages of explanatory note and 1 appendix
Summary: In the graduation thesis a motocomputer is designed. The device can be in-stalled on any motor vehicle. Before the installation some settings are necessary. The thesis includes analysis of well-known constructions. Considering all the advantages and disadvantages of the reviewed constructions the device for motorcycles parameters monitoring has been designed. The following tasks have been accomplished: development of the structural scheme, development of the schematic, selection of components, component selection, development of printed circuit board, analysis of the overall design. The device is recommended for installation on any motor vehicle after all the initial parameters listed in the specifications of the machinery where the device will be installed. The graduation thesis consists of explanatory note covered on 98 pages. It includes 46 figures, 7 tables, 4 drawings, 23 references, 2 appendices.
Keywords: motocomputer, microcontroller, printed circuit board, electronic control unit
The work consists of 97 pages of explanatory note, 3 appendix and 4 drawings
Summary: Explanatory note takes 73 pages of typewritten text. It used 8 tables and figures 13 formula 38 show letters 11 sources of scientific technical literature, 3 applications. The aim is — the study of methods to search for optical fibers with negative dispersion used as dispersion compensators. The purpose of development — selecting optical fibers with negative dispersion compensators for use in dispersion compensators calculation of the main features using selected fibers. Scope — modernization of lines built on standard single mode fiber (recommendation G.652), the design lines.
Summary: The degree project consists of an explanatory note on 89 pages, includes 26 illustrations, 23 tables, 3 drawings, 19 links, 3 appendices. The purpose of the degree project is to develop of automated lighting control module household and industrial facilities to reduce power consumption and save natural resources. The project analyzed requirements of modern energy savings. Analogs are investigated, optimum element base is picked up and the most effective technical solutions are chosen. It is designed the printed circuit board of automated lighting control based on research data, the required components are chosen. The calculations confirming operability of the device and compliance to all normative documents and standards are carried out. The developed for automated lighting control module is available for use in any residential and industrial premises.
Summary: The degree project consists of an explanatory note on 72 pages, includes 14 illustrations, 16 tables, 2 drawings, 14 links, 2 appendices. The purpose of the degree project is the operating payment development of the remote control module for mechanical devices. The project analyzed the requirements for modern remote control technologies. Analogs are investigated, optimum element base is picked up and the most effective technical solutions are chosen. It is designed the printed circuit board of remote control module based on research data, the required components are chosen. The calculations confirming operability of the device and compliance to all normative documents and standards are carried out. The developed remote control module is recommended to be used in all mechanical device which needed remote control and will be used in wide masses.
Keywords: remote control module for mechanical device, microcontroller, printed circuit board, control unit, transmitter, receiver, smartphone with operating system android.
The work consists of 72 pages of explanatory note, 3 appendix and 3 drawings
Summary: Thesis presented 53 pages containing 13 illustrations, 1 table, 4 applications. The purpose of this project is to create software for the device that will work as a starting point for determining the specific location where it will be installed. Specifically, the device transmits digital broadcasting code in a limited distance. The code will contain information on the place in which it is located. These beacons can be installed on city transport stops and will send that data to information to stop (digital code which will then be passed directly to the receiver in a given vehicle that will allow them to fix with 100
The work consists of 63 pages of explanatory note, 1 appendix and 3 drawings
Summary: Detector of eavesdropping devices disguised into the REA elements. In this diploma project develops detector embedded devices with AVR microcontroller. Diploma project Fedorchuk T.V. “KPI”, Department of Radio Engineering, Department of designing and manufacturing electronic equipment, a group of PI-11. KPI, 2015. – Pages – 74, figures – 28 tables – 10 drawings – 3. This project is designed detector embedded devices with AVR microcontroller. The main purpose of this device is recognition eavesdropping devices or individual elements CEA, such as: resistors, capacitors, Diodes, Inductance. The device can be connected to your computer via USB. The project includes a graphical documentation, which includes: structural design of the electrical drawings, electrical principle drawing schemes, the draft contains the results of measuring device
Summary: Qualifying work on the topic “Electronic Base Of Qualifying Diploma Works” is performed on the 74 pages, which includes 29 illustrations, 3 tables, 3 appendixes and 1 bibliographic references. The aim of this work is to develop an electronic base of qualifying diploma works integrated with the site of Department of Design and Production of Radioelectronic Equipment for promulgation, public awareness with the content of qualifying works and prevention of an academic plagiarism. To achieve set purpose, peculiarities of database forming was analyzed in this paper, comparative characteristics of content controlling systems was performed, full conception of resources (including content, decoration, arrangement and theming) was designed, the selection of modules for providing set resource purposes was explained and electronic database in the shape of site was built.
Keywords: electronic database, qualifying diploma work, ntuu «kpi», department of design and production of radio electronic equipment, «antiplagiarism»-software, drupal.
The work consists of 74 pages of explanatory note, 1 appendix and 3 drawings
Summary: The aim of the degree project was designing emergency lighting. Developed schematic diagram of a qualitatively new functionality and calculated structural parameters of the device. Explanatory note consists of an introduction, eight chapters, conclusions, list of sources and applications that include the terms of reference, the specifications and a list of items to the drawings. Explanatory note containing 6-tables 25 faces and figures. Graphic material consists of a block diagram (A3) concept (A1), assembly drawings (A3) and the PCB (A2) of control unit, assembly drawings (A2) and the PCB (A2) of LED lamp. The results of this study can be used to improve existing emergency lighting or manufacturing application of the new device with the additional refinement of design and functionality.
Keywords: emergency light, printed circuit board, led lamp, power management, microcontroller, sensor lighting, rechargeable power supply
The work consists of 58 pages of explanatory note, 5 appendix and 6 drawings
Summary: Im gegebenen Diplomprojekt war der Block der Fernsteuerung vom Servoantrieb nach dem Radiokanal entwickelt. Im Projekt ist die ausführliche Beschreibung des Schemas vorgestellt, einige berechnete kaum-Bullen Schemen und ist die Berechnung der Weite der Verbindung durchgeführt, sind Konstrukzion entwickelt. War die Elementbasis mit den Charakteristiken jedes Elementes gewählt. Im Verlauf der Entwicklung war die Berechnung der Umfänge der Druckzahlung, der Elemente der Druckmontage, der Trassierung der Zahlung, die Berechnung der Vibrationsfestigkeit der Konstruktion durchgeführt. Es war die Zuverlässigkeit der Konstruktion, die Berechnung der Trägheitskraft und der biegenden Momente, der Anstrengungen auch berechnet. Ausgehend von den Ergebnissen der Berechnung, war der Körper der Konstruktion gewählt.
Keywords: beschreibung des schemas vorgestellt
The work consists of 50 pages of explanatory note, 2 appendix and 4 drawings
Summary: The purpose of this diploma project is to develop a control module electro boiler. The project developed a schematic diagram of the module using registers and indicators based on the schemes conducted choose components. And structural materials. Developed printing unit and conducted design choices . Carried out the necessary calculations to confirm the efficiency of the device and compliance standards and regulatory documents. Information on the amount of explanatory note: Number of explanatory note 57; Number of illustrations 12; Number of Table 7; Number of drawings 3; Number of links 9. This module can be used for electro boiler control units to adjust and display the temperature of water in the heating system.
Summary: Diploma project consists of 49 pages and contains 16 figures, 2 tables, 24 reference and 3 appendixes. The aim of the project is developing of experimental stand for researching of bulk dielectric materials drying with electromagnetic microwave field and optimization of the main parameters of the processing chamber. The calculation and optimization of the parameters such as thickness of the processing chamber, in which grain material irradiation occur, and distance between the processing chamber and adjacent polarizing reflector, which will ensure the maximum value of uniformity of the field distribution. The design documentation, including drawings on the radiator assembly and individual parts: waveguide, slotted plate and mounting plate, electrical circuit for magnetrons supplying unit, is developed.