Electronic instrumentations and test methods

 (2018/2019)

The recommended basic textbook - Measurement of electrical quantities

Various educational sources:
Reading from Tektronix: http://www.tek.com/learning

Experimental exercises

1. Uncertainty and DMM

2. Oscilloscope basis

3. Advanced oscilloscope measurements

4. RLCG measurements

5. Measurements in spectrum

6. Measurements of quadrupoles

After passing all measurements students will prepare  presentation from one stand chosen by lot. Therefore make a notes from measurements, copies screen of oscilloscope, etc. to collect enough sources for the presentations.

Lectures

Lecture 1: Basic terminology

Lecture 2: Errors and uncertainties
Recommended readings:
http://www.optique-ingenieur.org/en/courses/OPI_ang_M07_C01/co/Grain_OPI_ang_M07_C01_5.html,
http://webpages.ursinus.edu/lriley/ref/unc/unc.html

Lecture 3: Multimeters

Lecture 4: Oscilloscopes

Recommended readings:
http://info.tek.com/rs/584-WPH-840/images/XYZs-of-Oscilloscopes_03W_8605_7.pdf
http://literature.cdn.keysight.com/litweb/pdf/5989-8064EN.pdf
http://literature.cdn.keysight.com/litweb/pdf/5989-5732EN.pdf
http://info.tek.com/rs/tektronix/images/54W-22137-X.pdf

Lecture 5: RLCG meters

Lecture 6: Spectrum and signal analysers

 Lecture 7:Generators, Power Sources (for master level only: tutorial by Keysight)

Lecture 8: Power measurements

Lecture 8: Two port measurements - measurement of frequency response and network analysers (support material from NI)

(additional presentation only for master level by Keysight)

Lecture 9: Measurement of frequency, time, .... (for all)

Lecture 10: logic analysers (only for master level)