Guitar Output Voltage

Those active pickups, which implies that there is a gain stage built in.

Regards,

Boris Mohar

Got Knock? - see: Viatrack Printed Circuit Designs (among other things)

void _-void-_ in the obvious place

If Boris of the coat of MoHair is right about them being activated... perhaps that is their maximum before 'clipping' output based on what they have as batteries and the electyronics in them. Like if they run on two button cells then that's about 3V or +/-1.5V which is about 1V RMS.

I suppose that if you tweakle the pickyup things really close to the stringy things then give it a good one then you won't get there either...

Anyway.... Wot you need to doo is.... DOOOOOOO YOU WANT TO HEAR MY NEW TUNE?

I HAVE COMPOSED IT USING ANVIL STUDIO BUT PEOPLE AROUND HERE ARE COMPLAINING EVERY TIME I PLAY IT BECAUSE THEY CAN NOT ADMIT IT IS REALLY GOOD.

Fancy having to live life with an ego problem.

DNA

Let me rephrase the question:

The scope reads 20mv, not 1v. I based the design on the assumption that signal is about 500mV. Turns out it is 1 decade below that!

Sorry for the inconvenience.

Boost it with this. Found about it yesterday. I couldn't play a instrument to save my life but my daughter is pretty hot.

Than if you run out of stings there is

Past that you are into dulcimer and harp.

-- Boris

"Lost'n Found"

The dynamic range of an electric guitar is rather large.

BTW

You sure your control pots are wired right and are the correct values?

........ Phil

Approx. 20 mV output is perfectly normal for a guitar pickup. To get

Hope This Heps! RIch

According to Wiki:

Ed

Do you have a good battery in the pickup. It has an amplifier built in to achieve over 1 volt.

Google is your friend.

John G.

it is very reasonable to have a signal level during the sustain part of the waveform for a plucked instrument. The few cycle amplitude for design _is_ about 1 V. The amplitude spec includes the transient part of the waveform for very good reason. ordinary musical instrument dynamics exceed 20 dB, guitars and violins easily exceed 30 dB not counting attack transients. The specification includes attack transients, that is why it is 14 dB higher than the relative steady state signals you measured.