Národní úložiště šedé literatury Nalezeno 2 záznamů.  Hledání trvalo 0.00 vteřin. 
Design of evaluation network for in-vehicle networking communication chips
Kupčík, Ondřej ; Kovář, Jan (oponent) ; Kolka, Zdeněk (vedoucí práce)
The aim of this diploma thesis was to design modules intended for testing and demonstration purposes of devices used in automotive industry. The demonstrated devices are the LIN transceiver NCV7420 and the hi-side octal driver AMIS-39101. Generally, the module design is focused on demonstration purpose of the devices, basic measurement possibilities and compact board size. The first part of this project describes general LIN bus parameters and measurements applicable to the LIN transceiver devices according to the LIN Conformance Test Specification. The second part collects information and parameters about chosen devices. A global schematic description follows and the PCB design is performed. In the next part, a firmware description used in a microcontroller is introduced. It provides LIN commands processing, octal driver control and basic monitoring functions. The last part describes host PC software created for comfortable board and network controlling. Complete schematic, PCB drawings, host PC command list and module photos are included in the appendix.
Design of evaluation network for in-vehicle networking communication chips
Kupčík, Ondřej ; Kovář, Jan (oponent) ; Kolka, Zdeněk (vedoucí práce)
The aim of this diploma thesis was to design modules intended for testing and demonstration purposes of devices used in automotive industry. The demonstrated devices are the LIN transceiver NCV7420 and the hi-side octal driver AMIS-39101. Generally, the module design is focused on demonstration purpose of the devices, basic measurement possibilities and compact board size. The first part of this project describes general LIN bus parameters and measurements applicable to the LIN transceiver devices according to the LIN Conformance Test Specification. The second part collects information and parameters about chosen devices. A global schematic description follows and the PCB design is performed. In the next part, a firmware description used in a microcontroller is introduced. It provides LIN commands processing, octal driver control and basic monitoring functions. The last part describes host PC software created for comfortable board and network controlling. Complete schematic, PCB drawings, host PC command list and module photos are included in the appendix.

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