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Non conventional applications of HIC´s
Klíma, Martin ; Jankovský, Jaroslav (referee) ; Szendiuch, Ivan (advisor)
This thesis deals with non-conventional applications in the area of thick film technology, especially with indication of the temperature by thermodynamic sensors. The work summarizes thermodynamic sensors theory and also contains production data of the universal thermodynamic sensor realized on ceramic substrate, including measurement of its parameters and heat radiation.
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Cutting module implementation into the Aurel ALS 300 trimming laser software
Štrympl, Martin ; Kosina, Petr (referee) ; Prášek, Jan (advisor)
is project deals with the implementation of a cutting module for trimming laser system Aurel ALS 300. The conversion programme designed to convert the Gerber format into the input laser format was written in C language. Integration of the conversion programme to the control programme of PROTOMAT laser was implemented in Visual Basic 6. The first part of the semester work describes the basic thick-film technology and the use of thick-film resistors trimming. An analysis of allowed input formats PostScript, DWG and Gerber follows. The Gerber format, which is analyzed in detail here, was selected as the input format for conversion. Input data of the laser Aurel ALS 300 are also analyzed. Finally the way of creation of the converstion programme and its use described here too.
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Non conventional applications of HIC´s
Grund, Pavel ; Švecová, Olga (referee) ; Szendiuch, Ivan (advisor)
Within the frame of this bachelor’s thesis was carried out given circuit, a capacitive probe. Topology was created during the semester project. The realized hybrid integrated circuit combines two technologies – thick film technology and surface mount technology using SMD components. The bachelor’s thesis is divided on the theoretical part, which contains a description of the theoretical design and production of hybrid integrated circuit, also owns a design capacitive probe in hybrid form with a selection of components and calculates the size of the substrate thick film resistors, and a practical part. The practical part is described in detail the production of our HIC, including verification of functionality.
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Cutting module implementation into the Aurel ALS 300 trimming laser software
Štrympl, Martin ; Kosina, Petr (referee) ; Prášek, Jan (advisor)
is project deals with the implementation of a cutting module for trimming laser system Aurel ALS 300. The conversion programme designed to convert the Gerber format into the input laser format was written in C language. Integration of the conversion programme to the control programme of PROTOMAT laser was implemented in Visual Basic 6. The first part of the semester work describes the basic thick-film technology and the use of thick-film resistors trimming. An analysis of allowed input formats PostScript, DWG and Gerber follows. The Gerber format, which is analyzed in detail here, was selected as the input format for conversion. Input data of the laser Aurel ALS 300 are also analyzed. Finally the way of creation of the converstion programme and its use described here too.
|
|
|
Cutting module implementation into the Aurel ALS 300 trimming laser software
Štrympl, Martin ; Kosina, Petr (referee) ; Prášek, Jan (advisor)
is project deals with the implementation of a cutting module for trimming laser system Aurel ALS 300. The conversion programme designed to convert the Gerber format into the input laser format was written in C language. Integration of the conversion programme to the control programme of PROTOMAT laser was implemented in Visual Basic 6. The first part of the semester work describes the basic thick-film technology and the use of thick-film resistors trimming. An analysis of allowed input formats PostScript, DWG and Gerber follows. The Gerber format, which is analyzed in detail here, was selected as the input format for conversion. Input data of the laser Aurel ALS 300 are also analyzed. Finally the way of creation of the converstion programme and its use described here too.
|
|
|
Cutting module implementation into the Aurel ALS 300 trimming laser software
Štrympl, Martin ; Kosina, Petr (referee) ; Prášek, Jan (advisor)
is project deals with the implementation of a cutting module for trimming laser system Aurel ALS 300. The conversion programme designed to convert the Gerber format into the input laser format was written in C language. Integration of the conversion programme to the control programme of PROTOMAT laser was implemented in Visual Basic 6. The first part of the semester work describes the basic thick-film technology and the use of thick-film resistors trimming. An analysis of allowed input formats PostScript, DWG and Gerber follows. The Gerber format, which is analyzed in detail here, was selected as the input format for conversion. Input data of the laser Aurel ALS 300 are also analyzed. Finally the way of creation of the converstion programme and its use described here too.
|
|
|
Non conventional applications of HIC´s
Grund, Pavel ; Švecová, Olga (referee) ; Szendiuch, Ivan (advisor)
Within the frame of this bachelor’s thesis was carried out given circuit, a capacitive probe. Topology was created during the semester project. The realized hybrid integrated circuit combines two technologies – thick film technology and surface mount technology using SMD components. The bachelor’s thesis is divided on the theoretical part, which contains a description of the theoretical design and production of hybrid integrated circuit, also owns a design capacitive probe in hybrid form with a selection of components and calculates the size of the substrate thick film resistors, and a practical part. The practical part is described in detail the production of our HIC, including verification of functionality.
|
|
|
Non conventional applications of HIC´s
Klíma, Martin ; Jankovský, Jaroslav (referee) ; Szendiuch, Ivan (advisor)
This thesis deals with non-conventional applications in the area of thick film technology, especially with indication of the temperature by thermodynamic sensors. The work summarizes thermodynamic sensors theory and also contains production data of the universal thermodynamic sensor realized on ceramic substrate, including measurement of its parameters and heat radiation.
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