Tracing Filter/Oscillator Frequency Response Using Spectrum Analyzer and Signal Generator 

Great to see some basic testing carried out. Very professional and well presented. This has been very helpful sir for my studies.

Very useful demonstration. Thanks for posting.

Thanks for taking the time to make this video! Great stuff. It's nice to see some basic spectrum analyzer operations in action. Thanks again!

Yep, a tracking generator makes life so much easier! Thanks for reminding us how to do it the "old fashioned" way! Happy Holidays Kerry!

Thanks for this video. I have a Tektronix 2710 analyzer but it doesn't have a TG. Now I know how to work around that.

thank you for the help

great video thanks

What if you connect triggers of RF gen and SA together. Making RF Gen triggering SA and thus making t basicly a traging generator?

Thank you sir

When you check the quartz crystal in the second case, the resulting curve on the spectrum analyzer screen could be said to be the admittance curve, that is, the inverse of the impedance of that crystal. Please tell me if this conclusion is correct .thanks

Hi Kerry, have you given any thought into matching the input and output impedance's of the DUT so that you're not measuring other spurious effects caused by impedance mismatches between the generator and the SA input? I seem to recall that Alan, w2aew, uses a nominal value pad on the output side of the signal generator before the DUT for similar reasons.

Thanks Kerry for posting! Did you manually sweep the frequency generated by turning the signal generator frequency selector dial? I ask as it is never shown in the video how thr frequency is changed.

when you said @4:44, you'll begin manual sweeping, i dont see your sweep time change at all? what exactly did you press becuase im trying to measure frequency reponse on an hp8591E model and i cant perform it how you do it