@[email protected] to [email protected]English • 2 months agoWhy do active pickups require 9v batteries instead of some other kind of battery like AA?message-square12fedilinkarrow-up16arrow-down10
arrow-up16arrow-down1message-squareWhy do active pickups require 9v batteries instead of some other kind of battery like AA?@[email protected] to [email protected]English • 2 months agomessage-square12fedilink
minus-square@[email protected]linkfedilinkEnglish2•edit-22 months agoSome of the components typically used (e.g. op-amps) in audio gear like active pickups & pedals typically need at least 5-10V to work. If you used AA for those scenarios you’re either going to need a load of batteries or you’re gonna have a short battery life. 9V batteries are just a better fit for the use case basically and mean things like active pickups & pedals can be kept small
minus-squareMarveliciouslinkfedilink2•2 months agoHonestly, if I were designing active guitar gear, I might just try to push 24v phantom power and XLR cables. Have a little power box at the amp or pedalboard and ditch the onboard battery entirely. But I loathe alkaline batteries…
minus-square@[email protected]OPlinkfedilinkEnglish1•2 months agoFascinating. I had no idea, but this is starting to make sense. Thank you.
Some of the components typically used (e.g. op-amps) in audio gear like active pickups & pedals typically need at least 5-10V to work.
If you used AA for those scenarios you’re either going to need a load of batteries or you’re gonna have a short battery life.
9V batteries are just a better fit for the use case basically and mean things like active pickups & pedals can be kept small
Honestly, if I were designing active guitar gear, I might just try to push 24v phantom power and XLR cables. Have a little power box at the amp or pedalboard and ditch the onboard battery entirely.
But I loathe alkaline batteries…
Fascinating. I had no idea, but this is starting to make sense.
Thank you.