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Laboratory equiptment for GPIB bus control interface
Ondrák, Jan ; Háze, Jiří (referee) ; Pavlík, Michal (advisor)
The project deals with a USB–GPIB converter, extended by two analog inputs with voltage range from -10 V to +10 V. The converter will be used in combination with the device EG&G Princeton Applied Research - Lock-in Amplifier 5208 and personal computer equipped with USB. The converter is controlled by PC via programmed application and will be able to control by the Lock-in Amplifier 5208 and also read the voltage on the converter analog inputs.
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Design of ZigBee device - Analog inputs in range 0 - 10 V
Vepřek, Jan ; Kacz, Peter (referee) ; Štohl, Radek (advisor)
This bachelor thesis deals with design and realization device with analog inputs for ZigBee module. The first part of thesis contains analyse of possible solutions design of device and selecting the best choice. In the second part is function and connection of real circuits which I have used in device. In the third part is introduced function of software and description of functions. The communication between microcontroller and circuits through the use of programmed function is described. The last part is attended to user manual. There are descriptions controls of device and radio communication between two devices.
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Laboratory equiptment for GPIB bus control interface
Ondrák, Jan ; Háze, Jiří (referee) ; Pavlík, Michal (advisor)
The project deals with a USB–GPIB converter, extended by two analog inputs with voltage range from -10 V to +10 V. The converter will be used in combination with the device EG&G Princeton Applied Research - Lock-in Amplifier 5208 and personal computer equipped with USB. The converter is controlled by PC via programmed application and will be able to control by the Lock-in Amplifier 5208 and also read the voltage on the converter analog inputs.
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Design of ZigBee device - Analog inputs in range 0 - 10 V
Vepřek, Jan ; Kacz, Peter (referee) ; Štohl, Radek (advisor)
This bachelor thesis deals with design and realization device with analog inputs for ZigBee module. The first part of thesis contains analyse of possible solutions design of device and selecting the best choice. In the second part is function and connection of real circuits which I have used in device. In the third part is introduced function of software and description of functions. The communication between microcontroller and circuits through the use of programmed function is described. The last part is attended to user manual. There are descriptions controls of device and radio communication between two devices.
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