Tinkercaster
DiMarzio wiring

Joe Satriani JS2410 volume high-pass tone coil-split

Joe Satriani JS2410 volume high-pass tone coil-split

Joe Satriani JS2410 volume high-pass tone coil-split. Transcribed from the manufacturer wiring sheet and checked against the engine.

Open interactive diagram ↗
Joe Satriani JS2410 volume high-pass tone coil-splitJoe Satriani JS2410 volume high-pass tone coil-split: Joe Satriani JS2410 volume high-pass tone coil-split. Original Tinkercaster drawing with labelled terminals.Neck Satch Track (rail)Neck Satch Track (rail)Bridge Mo JoeBridge Mo JoeToggle (straight / straight short)Volume 500K push/pull (high-pass) · 500k500kTone 500K push/pull (coil split) · 500k500kOutput jack.022µF · 22nF22nFBridge ground330pF · 0.33nF0.33nFredgreenblackwhitebareredgreenblackwhitebareT1T2T3T4T5lug1lug2lug3sw1sw2sw3sw4sw5sw6lug1lug2lug3sw1sw2sw3sw4sw5sw6tipsleeveabgroundab

Viewed from the back of the controls, as you solder them. Open the interactive diagram to zoom, move components and try the switches.

Parts and values

In the drawingValuePart
Neck Satch Track (rail)—Humbucker (four-conductor, DiMarzio colours)Generic
Bridge Mo Joe—Humbucker (four-conductor, DiMarzio colours)Generic
Toggle (straight / straight short)—Switchcraft 3-Way Toggle (two output tags)Example part
Volume 500K push/pull (high-pass)500k500k Push-Pull DPDTExample part
Tone 500K push/pull (coil split)500k500k Push-Pull DPDTExample part
Output jack—Switchcraft #11Example part
.022µF22nFOrange Drop .022µFExample part
Bridge ground—Bridge ground wireGeneric
330pF0.33nF330 pF Ceramic CapacitorExample part

“Example part” means any part with the same value and lugs will do; the source does not name a brand. “Generic” stands in for an unspecified pickup: check your own pickup's lead colours before you solder.

Specific to this wiring

  • Volume push/pull switches 330pF high-pass; tone push/pull splits both humbuckers.
  • Satch Track / Mo Joe use generic DiMarzio four-conductor stand-ins.

Connections

In soldering order: grounds first, then the switch, the pickups and the signal path.

#FromToHow
1Neck Satch Track (rail) gndVolume 500K push/pull (high-pass) casingWiregreen
2Neck Satch Track (rail) bareVolume 500K push/pull (high-pass) casingWirebare
3Bridge Mo Joe gndVolume 500K push/pull (high-pass) casingWiregreen
4Bridge Mo Joe bareVolume 500K push/pull (high-pass) casingWirebare
5Toggle (straight / straight short) T5Output jack sleeveWireblack
6Volume 500K push/pull (high-pass) lug1Volume 500K push/pull (high-pass) casingWireblack
7Volume 500K push/pull (high-pass) lug1Tone 500K push/pull (coil split) casingWireblack
8.022µF bTone 500K push/pull (coil split) casingWireblack
9Tone 500K push/pull (coil split) casingOutput jack sleeveWireblack
10Bridge ground groundOutput jack sleeveWireblack
11Tone 500K push/pull (coil split) sw1Tone 500K push/pull (coil split) casingWireblack
12Tone 500K push/pull (coil split) sw4Tone 500K push/pull (coil split) casingWireblack
13Neck Satch Track (rail) hotToggle (straight / straight short) T1Wirered
14Bridge Mo Joe hotToggle (straight / straight short) T2Wirered
15Toggle (straight / straight short) T3Toggle (straight / straight short) T4Wirewhite
16Toggle (straight / straight short) T3Volume 500K push/pull (high-pass) lug3Wirewhite
17Neck Satch Track (rail) blackTone 500K push/pull (coil split) sw2Wirewhite
18Neck Satch Track (rail) whiteTone 500K push/pull (coil split) sw2Wirewhite
19Bridge Mo Joe blackTone 500K push/pull (coil split) sw5Wirewhite
20Bridge Mo Joe whiteTone 500K push/pull (coil split) sw5Wirewhite
21Volume 500K push/pull (high-pass) lug2Output jack tipWireblack
22Volume 500K push/pull (high-pass) lug2Tone 500K push/pull (coil split) lug2Wirewhite
23Tone 500K push/pull (coil split) lug1.022µF aWireblack
24Volume 500K push/pull (high-pass) lug3330pF aWireyellow
25330pF bVolume 500K push/pull (high-pass) sw2Wireyellow
26Volume 500K push/pull (high-pass) sw1Volume 500K push/pull (high-pass) lug2Wireblack

What each position does

SettingThe sourceEngine result
Position 1; p4=down, p5=downEngine reading of the transcribed board; matches the source legend.Neck Satch Track (rail) (both coils).
Position 1; p4=down, p5=upEngine reading of the transcribed board; matches the source legend.Neck Satch Track (rail) (split to one coil).
Position 1; p4=up, p5=downEngine reading of the transcribed board; matches the source legend.Neck Satch Track (rail) (both coils).
Position 1; p4=up, p5=upEngine reading of the transcribed board; matches the source legend.Neck Satch Track (rail) (split to one coil).
Position 2; p4=down, p5=downEngine reading of the transcribed board; matches the source legend.Neck Satch Track (rail) (both coils) and Bridge Mo Joe (both coils) in parallel.
Position 2; p4=down, p5=upEngine reading of the transcribed board; matches the source legend.Neck Satch Track (rail) (split to one coil) and Bridge Mo Joe (split to one coil) in parallel.
Position 2; p4=up, p5=downEngine reading of the transcribed board; matches the source legend.Neck Satch Track (rail) (both coils) and Bridge Mo Joe (both coils) in parallel.
Position 2; p4=up, p5=upEngine reading of the transcribed board; matches the source legend.Neck Satch Track (rail) (split to one coil) and Bridge Mo Joe (split to one coil) in parallel.
Position 3; p4=down, p5=downEngine reading of the transcribed board; matches the source legend.Bridge Mo Joe (both coils).
Position 3; p4=down, p5=upEngine reading of the transcribed board; matches the source legend.Bridge Mo Joe (split to one coil).
Position 3; p4=up, p5=downEngine reading of the transcribed board; matches the source legend.Bridge Mo Joe (both coils).
Position 3; p4=up, p5=upEngine reading of the transcribed board; matches the source legend.Bridge Mo Joe (split to one coil).

Checked with the Tinkercaster wiring engine against the switching the source describes.

  • Custom-taper pots are treated as linear by the simulator.

Before you solder

Ticks are kept in this browser only, as a reminder. They are not a check of your joints. New to soldering? Read the soldering cheat sheet.

Check before plugging in

    Measure across the output jack with a multimeter on its resistance range. No exact readings are given where the source does not specify the pickups.