Impedance analyzer, three terminal impedance measurement

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SUMMARY

The discussion focuses on impedance measurement techniques, specifically two, three, and four-terminal configurations. Key resources include the Wikipedia pages on inductors, capacitors, and RLC circuits, as well as a detailed Agilent document on four-terminal sensing. The user successfully utilized these resources to answer their homework questions regarding measurement techniques and resonance frequency calculations. The conversation highlights the importance of understanding the differences between two-terminal and four-terminal measurements in impedance analysis.

PREREQUISITES
  • Understanding of impedance measurement techniques
  • Familiarity with two-terminal and four-terminal measurement circuits
  • Knowledge of resonance frequency calculations in RLC circuits
  • Basic concepts of inductors and capacitors
NEXT STEPS
  • Study the Agilent document on four-terminal sensing for detailed measurement techniques
  • Learn about three-terminal impedance measurement configurations
  • Research resonance frequency calculations in RLC circuits
  • Explore practical applications of impedance analyzers in electronics
USEFUL FOR

Students preparing for tests in electrical engineering, electronics enthusiasts, and professionals involved in impedance measurement and analysis.

faen
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Homework Statement



5. What is measurement technique in impedance analyzers?
6. Draw the circuit of a two terminal impedance measurement.
7. Draw the circuit of a three terminal impedance measurement.
8. Draw the circuit of a four terminal impedance measurement.
9. How can you calculate the resonance frequency knowing values of the elements?

Homework Equations



I am given these webpages to study, but I've searched them for hours without identifying the answer.

http://en.wikipedia.org/wiki/Inductor
http://en.wikipedia.org/wiki/Capacitor
http://en.wikipedia.org/wiki/RLC_circuit

The Attempt at a Solution



I truly wish I could show a decent attempt of a solution, but the thing is that I can't even find any source answering these questions. Still I am in a desperate position to solve these questions, since I will have a test tomorrow and I can't fail a single one without failing the entire course. I've even tried to google the questions for hours without any success as well.. Thanks in advance to anybody who can help me out, I really appreciate it.
 
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faen said:

Homework Statement



5. What is measurement technique in impedance analyzers?
6. Draw the circuit of a two terminal impedance measurement.
7. Draw the circuit of a three terminal impedance measurement.
8. Draw the circuit of a four terminal impedance measurement.
9. How can you calculate the resonance frequency knowing values of the elements?

Homework Equations



I am given these webpages to study, but I've searched them for hours without identifying the answer.

http://en.wikipedia.org/wiki/Inductor
http://en.wikipedia.org/wiki/Capacitor
http://en.wikipedia.org/wiki/RLC_circuit

The Attempt at a Solution



I truly wish I could show a decent attempt of a solution, but the thing is that I can't even find any source answering these questions. Still I am in a desperate position to solve these questions, since I will have a test tomorrow and I can't fail a single one without failing the entire course. I've even tried to google the questions for hours without any success as well.. Thanks in advance to anybody who can help me out, I really appreciate it.

The wikipedia page on 4-terminal impedance measurement should help:

http://en.wikipedia.org/wiki/Four-terminal_sensing

I'm not familiar with a 3-terminal measurement, but 2-terminal measurement is a simplification of the 4-terminal measurement described in the wikipedia article.

And after reading the 4-terminal article, you should be able to answer question #5 now...
 
Thanks a lot guys, all the links were helpful to me! I could answer the questions now :)
 

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