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Laboratory verification of pendulum dynamics
Pokorný, Prokop ; Škopán, Miroslav (referee) ; Kašpárek, Jaroslav (advisor)
This bachelor's thesis deals with the description and laboratory measurements of the pendulum dynamics. It also deals with the method of measurement using accelerometers and gyroscopes MEMS integrated in capacitive sensor and briefly describes the principle of their operation and use in practice. Measurements performed on a model of bridge crane with suppression of some degrees of freedom.
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System for MEMS Gyroscope Testing
Hasík, Stanislav
This paper presents fundamental information about an apparatus for tests on MEMS gyroscopes. Within the introductory section, the measurement system used to test MEMS gyroscopes at a Honeywell laboratory is characterized; the set-up comprises a Polytec MSA-500 analyzer, goniometers, and a controller. The related practical part then describes an application developed with the LabVIEW software to control the position of the goniometers. Importantly, the discussed system is able to fully control two goniometer stages and to align the MEMS device surface into an orthogonal position with respect to the Polytec MSA-500 measurement unit.
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Laboratory verification of pendulum dynamics
Pokorný, Prokop ; Škopán, Miroslav (referee) ; Kašpárek, Jaroslav (advisor)
This bachelor's thesis deals with the description and laboratory measurements of the pendulum dynamics. It also deals with the method of measurement using accelerometers and gyroscopes MEMS integrated in capacitive sensor and briefly describes the principle of their operation and use in practice. Measurements performed on a model of bridge crane with suppression of some degrees of freedom.
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