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I've posted this to other groups looking for help on using the 3582A. Has anyone used the HP 3582A audio spectrum analyzer to plot the freq response of audio devices like mikes, speakers, etc. Knowing the mike response I'd like to see the spectrum of plucked guitar strings and their harmonics and see how different manufacturers sound varies in a plot that can be saved and printed. I got a 3582A at a swap meet, its complex and probably overkill but that's what I have and I am anxious to try it out and would appreciate any tips. I've downloaded the ops manual from the Agilent site but the manual is very terse and assumes that I know a lot that I don't!

I'm quite versed in the use of RF spectrum analyzers but on this one I need some help!Sure would like to talk to someone who is familiar with the 3586A. I've posted this to other groups looking for help on using the 3582A. Wifi Adapter Untuk Hp Java. Has anyone used the HP 3582A audio spectrum analyzer to plot the freq response of audio devices like mikes, speakers, etc.

Knowing the mike response I'd like to see the spectrum of plucked guitar strings and their harmonics and see how different manufacturers sound varies in a plot that can be saved and printed. I got a 3582A at a swap meet, its complex and probably overkill but that's what I have and I am anxious to try it out and would appreciate any tips. I've downloaded the ops manual from the Agilent site but the manual is very terse and assumes that I know a lot that I don't!

I'm quite versed in the use of RF spectrum analyzers but on this one I need some help!Sure would like to talk to someone who is familiar with the 3586A. Click to expand.Hank, Does the 3582A have a tracking oscillator output? That is, does it have an output whose frequency corresponds to the center of the frequency band that is input to the analyzer is currently (at that point in time) responding to? If not, then to see the frequency response of (let's say) a microphone then you're going to have to stimulate the microphone/speaker with some type of broadband noise (e.g., white noise). If so then you can merely drive the sound source (amplifier driving a speaker) with the tracking oscillator and hook the microphone (may need a preamp) to the input of your beautiful new analyzer.

The biggest problem you're going to have to somehow come up with an acoustic source that has a know output vs. Frequency (when plotting the mike's response) or know input vs frequency (when plotting your speaker's response). There are calibrated microphones and sound sources available but they're VERY expensive. Click to expand.Hank, The best thing for you to do is to pack it up an send it to me.;-) One of the things that an FFT will give you (as compared with a simple tunable filter) is that it can provide you with amplitude AND phase information for a give complex waveform. If you're just looking for amplitude response then I'm not sure you need to be concerned with its FFT function.

It's also easier, with the FFT, to control the resolution bandwidth (the filter's bandwidth). I think you should should just hook up a microphone (with any necessary preamplification) and play with it. Sing some notes.

Pluck some strings. See what happens. Then, hook up its random noise source output to an amplifer/speaker and see what you get. You should see the frequency response of the amplifier/speaker/microphone/preamp combination.

You'll get the idea. Have fun, Bob. Click to expand.The FFT nature of the beast is there to dramatically speed up the measurements. The manual points out that it is 100x faster than the 3580A (the predecessor, swept tuned).