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Spectrum analyzer and vector network analyzer are the common instruments in the measurements of high frequency for electronic component. I think two of the most important issue in the high-frequency measurement probably is the impedance and S-parameters. I have the following questions:
1.Why don't we use the impedance analyzer to do so?
2.Can we use a impedance analyzer to measure impedance or S-parameters?
3.If we can't, what's the problem when we use the impedance analyzer?
4.Can impedance analyzer be replaced by spectrum analyzer or vector network analyzer? Why or why not?

Original question:
Impedance analyzer, spectrum analyzer and vector network analyzer are the common instruments in the measurements of electric circuits at high frequency. I want to wonder what's the difference among these instruments? What's their major functions, advantages and disadvantages?

Spectrum analyzer and vector network analyzer are the common instruments in the measurements of high frequency for electronic component. I think two of the most important issue in the high-frequency measurement probably is the impedance and S-parameters.

I have the following questions:

1. Why don't we use the impedance analyzer to do so?
2. Can we use a impedance analyzer to measure impedance or S-parameters?
3. If we can't, what's the problem when we use the impedance analyzer?
4. Can impedance analyzer be replaced by spectrum analyzer or vector network analyzer? Why or why not?

Original question:
Impedance analyzer, spectrum analyzer and vector network analyzer are the common instruments in the measurements of electric circuits at high frequency. I want to wonder what's the difference among these instruments? What's their major functions, advantages and disadvantages?

Impedance analyzer, spectrum analyzer and vector network analyzer are the common instruments in the measurements of electric circuits at high frequency. What are the advantages and disadvantages of each instrument relative to the other?

Spectrum analyzer and vector network analyzer are the common instruments in the measurements of high frequency for electronic component. I think two of the most important issue in the high-frequency measurement probably is the impedance and S-parameters. I have the following questions:
1.Why don't we use the impedance analyzer to do so?
2.Can we use a impedance analyzer to measure impedance or S-parameters?
3.If we can't, what's the problem when we use the impedance analyzer?
4.Can impedance analyzer be replaced by spectrum analyzer or vector network analyzer? Why or why not?

Original question:
Impedance analyzer, spectrum analyzer and vector network analyzer are the common instruments in the measurements of electric circuits at high frequency. I want to wonder what's the difference among these instruments? What's their major functions, advantages and disadvantages?

Impedance analyzer, spectrum analyzer and vector network analyzer are the common instruments in the measurements of electric circuits at high frequency. I want to wonder what's the difference among these instruments? What's their major functions, advantages and disadvantages? Thanks for the answer!

Impedance analyzer, spectrum analyzer and vector network analyzer are the common instruments in the measurements of electric circuits at high frequency. What are the advantages and disadvantages of each instrument relative to the other?