Basic tools for electronic measurement, system dynamics and time-frequency domain measurement , 진동실, 진동및동적시스템설계실습

소개

"Basic tools for electronic measurement, system dynamics and time-frequency domain measurement , 진동실, 진동및동적시스템설계실습"에 대한 내용입니다.

목차

Ⅰ. Introduction
1. Theory of the resistance
2. System Dynamics and TimeFrequency Domain Measurements

Ⅱ. Method

Ⅲ. Result
1. Resistances measurement
2. Analysis of signals using Function generator and Oscilloscope
3. Frequency response and bode plot for RLC resonant circuits

Ⅳ. Discussion
1. Resistance Measurement
2. Analysis of signals using Function generator and Oscilloscope
3. Frequency response and bode plot for RLC resonant circuits

Ⅴ. Conclusion
1. Measurement of resistance
2. Analysis of signals using Function generator and Oscilloscope
3. Frequency response and bode plot for RLC resonant circuit

Ⅵ. References

Ⅶ. Appendices
1. Figure of Ⅰ. Introduction
2. Calculation of series and parallel connection in Ⅲ. Result
3. Resonant frequency and damping ratio in Ⅲ. Result

본문내용

The purpose of this lab is to introduce students in mechanical engineering to the basic tools in analyzing electronic systems: the digital multimeter, the function generator, and the oscilloscope. The digital multimeter is a tool commonly used for measuring basic electric properties such as resistance, AC/DC voltages, and AC/DC currents. The oscilloscope is a tool commonly used to analyze complex signals such as those which carry voice or data and troubleshoot electronic systems. The function generator is a device used to generate an electronic signal with specific known characteristics, thereby enabling an engineer or technician to test and examine a circuit. During this lab, you will use the digital multimeter to measure the resistance; use the function generator to generate a number of signals and to analyze those signals using the oscilloscope. You will become familiar with the basic waveforms such as sine, square, and triangle waves, and the components of the waveforms: amplitude, period, and frequency.

참고자료

· Department of Mechanical Engineering, 2019, Laboratory Manual for Experiments and Design on Vibration and Dynamic Systems, Sungkyunkwan University,
· Principles and Applications of Electrical Engineering, 6th edition, G. Rizzoni and James Kearns, McGraw Hill.