![]() The plug’s specifications are made up of the connector type and the connector size. Type of plug needed to connect the effect to the power supply.The last two points to take into account are: More than 500 mA are usually only required by pro-grade multi-effects or some pedal-sized preamps.Eventide-effects tend to be quite power-hungry, needing currents between 400 and 500 mA.Modern digital pedals – like Strymon- or Source Audio-effects – generally need between 200 and 300 mA.True Bypass loopers meant for use on pedalboards use somewhere between 150 and 400 mA, depending on their features.Digital effects from the first decade of this millenium, like Boss’ double-pedals or many digital EHX-models, need 150 to 200 mA.Generally, if the device can be run using a nine-volt battery, 80 mA is normally the upper limit. Early digital effect units, which still run on nine-volt batteries, need between 60 and 80 mA of current.Digital tuners and modulation effects tend to stay in the middle, usually needing somewhere between 40 and 60 mA.Traditional overdrives, distortions, boosters and wah-wahs run on very little current, and usually need only between 4 and 20 mA.It will be easier to plan your pedalboard’s power layout if you already have a broad understanding of the different effect types and their usual power requirements. It’s easiest to find the data on the Internet if you use the correct key words for your search, along with the pedal’s name: For pedals bought elsewhere, you should consult the manual or the manufacturer’s website. ![]() This days trend seems to be that most effect pedals run on 9 volts DC, with less and less AC-pedals can be found on the market.īe very careful whenever you are about to connect a pedal to an AC-output on your power supply, because some DC-pedals can be seriously damaged if AC is fed to them.Īll of the effects Custom Boards offers come with an online list of these specifications. Some older digital effects also require AC-power. Pedals that run on AC-power are usually types that include a tube circuit in their electronics. ![]() Never connect an AC-outlet to a DC-pedal, or vice versa, to prevent damaging your pedals. If you have a lot of current surplus, you can use the output in question to power additional effects by using a output splitter cable. The pedal will only take in the amount of current it needs. A too-high current won’t damage your pedal (in contrast to incorrect voltage), which means it is not a problem to connect a pedal drawing only 10 mA to a 100 mA power supply output. Next check the pedal’s current draw (mA). A = amperes (called the current usually in mA = milliamperes).Take care to always check the input voltage first, as a too-high voltage could damage your effect. ![]()
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