Terminal Boards & Strips

Single row of 11 U-style terminals on a black board. The U-style terminal strips are spaced 8.3mm apart allowing for more densely populated point-to-point builds. The boards are 0.063” thick.

Blank board 300mm x 60mm, 2mm thick Glass epoxy unclad laminate.

• Accepts 2mm turrets.

2 rows/12 lugs per row, 2 mounting holes, 5 ¼" x 1 ¼" board dimensions.

Standard size terminal strips, 1/16 thick bakelitetin plated steel solder lugs and brackets on 3/8" centers. 5 lug 1 ground first lug common

Bifurcated turrets with a screw mount that works on boards with thicknesses of 1.5mm to 4mm. Made of gold plated brass. These are sometimes referred to as split or forked turrets. Includes a mounting washer, lock washer, and mounting nut. The staking tool is not required for these turrets.

Turret board with pre installed turrets designed to be used to build a 5F1 layout or variants.

• 2mm board
• 5F1 Layout

258 x 76 mm, loaded with 52 turrets, 3 mm board thickness. This is designed for a for a JTM45 board. Our turrets, part number S-HTUR-BX will fit on this board.

Turret anvil for use with our turrets (S-HTUR-SG-2X, S-HTUR-SG-3X, S-HTUR-PR-3S).
For staking tool see S-T1715
Directions:

• Drill 1/8" hole
• Insert eyelet
• Flip board over on to a hard service
• Center staking tool over the eyelet
• Strike staking tool with hammer to clamp eyelet to board

Zonk Machine style circuit board made with a phenolic substrate for an even closer match to the vintage production boards. Phenolic boards are found in many vintage electronics before the use of fiberglass became common. This board is a recreation of the circuit board found in the Zonk Machine pedal. The board is styled after the early version that featured a printed circuit rather than a stripboard construction. When drawing the layout, original boards were closely referenced to ensure a proper match and fit. The copper traces have a surface treatment providing protection from corrosion. This board includes a blank mounting PCB. This PCB sits directly beneath the main board to mount it directly to the enclosure using screws. For a detailed drawing of the parts and connections originally used on this board, please see the layout drawing linked below.

Bifurcated turrets for use on boards measuring 2mm thick. Made of nickel plated copper. These are sometimes referred to as split or forked turrets. For use with 3mm boards, see S-HTUR-BI-3S. Stake and anvil required for mounting. Staking Tool is our part number S-T1715. Anvil is our part number S-T1717. For a budget tool set see S-T-STAKE-SET.

MKII fuzz circuit board made with a phenolic substrate for an even closer match to the vintage production boards. Phenolic boards are found in many vintage electronics before the use of fiberglass became common. This board is a recreation of the circuit board found in Tone Bender Professional MKII pedals. When drawing the layout, an original board was closely referenced to ensure a proper match and fit. Since the MKII boards were cut from stripboard, this board follows the same format but is completely ready for soldering with precut traces and drilled mounting holes. The build style is very straightforward on the Mk2. It is a standard stripboard build and follows a very linear circuit path across the board.The copper traces have a surface treatment providing protection from corrosion. For a detailed drawing of the parts and connections originally used on this board, please see the layout drawing linked below. For modern versions of this board, see P-PC-BEND-MKII-X.

1 row/12 lugs per row. 2 mounting holes. Board dimensions 5 ¼" x ½".

This board is a recreation of the circuit board found in Tone Bender Professional MKII pedals. When drawing the layout, an original board was closely referenced to ensure a proper match and fit. Since the MKII boards were cut from stripboard, this board follows the same format but is completely ready for soldering with precut traces and drilled mounting holes. The build style is very straightforward on the Mk2. It is a standard stripboard build and follows a very linear circuit path across the board. The traces are gold plated making soldering easier than most stripboards. Additionally the plating provides protection from corrosion. For a detailed drawing of the parts and connections originally used on this board, please see the layout drawing linked below. There are numerous great parts choices available for this PCB.

Genuine Fender® Mid Boost upgrade kit for Strats with active electronics. This circuit is used in the signature Eric Clapton and Buddy Guy strats and is commonly referred to as the Clapton Boost. The Mid Boost knob adjusts gain from 0 dB (no boost) to 25 dB (maximum boosted mids). This boost sounds great clean and adds powerful control to distortion.

Mini size terminal strips, 1/16" thick bakelite, tin plated steel solder lugs and brackets on 1/4" centers.

2 rows/6 lugs per row, 2 mounting holes. Board dimensions 3" x 1 ¼".

Turret strip, with 9 turrets. Measures 95mm x 15.875mm.

Phenolic PCBs with similar styling to the eyelet/fiberboard used in vintage equipment. Phenolic boards are found in many vintage electronics before the use of fiberglass became common. The spacing between pads is 7.5mm horizontally and 26mm vertically. The two mounting holes have a 3.2mm diameter to fit M3 or 4-40 hardware and also fit the S-H190 adhesive standoffs perfectly. See P-HTB-X for black version. See P-HTB-PG-X for premium black version. 2x8 Board:

• 2 rows of 8 eyelets (16 total)
• 7.5mm x 26mm eyelet spacing
• 57.15mm x 30.66mm board
• 45mm spacing for 3.2mm mounting holes
• Great fit for 125B and 1590N1 enclosures

2x12 Board:

• 2 rows of 12 eyelets (24 total)
• 7.5mm x 26mm eyelet spacing
• 87.15mm x 30.66mm board
• 75mm spacing for 3.2mm mounting holes
• Great fit for 1590BB enclosures

Phenolic PCBs with similar styling to the eyelet/fiberboard used in vintage equipment. Phenolic boards are found in many vintage electronics before the use of fiberglass became common. The spacing between pads is 9.1mm horizontally and 34.4mm vertically. The two mounting holes have a 3.2mm diameter to fit M3 or 4-40 hardware and also fit the S-H190 adhesive standoffs perfectly. See P-HTB-X for 7.5mm spacing 2x8 Board:

• 2 rows of 8 eyelets (16 total)
• 9.1mm x 34.4mm eyelet spacing
• 69.42mm x 40.1mm board
• 54.6mm spacing for 3.2mm mounting holes
• Great fit for 1590P1, Gorva S90, and YY slanted enclosures

Original Crybaby replacement circuit board for pedals made after 1990. Original Dunlop replacement part.

AB763 sized blank FR-4 epoxy boards perfect for custom turret or eyelet boards. With no predilled holes, builders can make clean custom layouts for their projects. This board can also be used as the insulator for the P-HTBW-3X29 generic AB763 layout pseudo eyelet board.

Turret board with pre installed turrets designed to be used to build a 5F6A layout or variants. Includes the required 2 pieces

• 2mm board
• 5F6A Layout
• Includes 2 pieces

Uninsulated fork terminals for use with #8 studs. These terminals fit 22AWG through 16AWG wire gauges and feature a serrated barrel for a strong crimped connection. Made of tin plated copper.

Zonk II style circuit board made with a phenolic substrate for an even closer match to the vintage production boards. Phenolic boards are found in many vintage electronics before the use of fiberglass became common. This board is a recreation of the circuit board found in the Zonk II pedal. The board is styled after the version that featured silicon transistors and a printed circuit rather than a stripboard construction. It is actually a cut down version of the Shatterbox PCB using only the fuzz side of that pedal. When drawing the layout, original boards were closely referenced to ensure a proper match and fit. The copper traces have a surface treatment providing protection from corrosion. This board includes a blank mounting PCB. This PCB sits directly beneath the main board to mount it directly to the enclosure using screws. For a detailed drawing of the parts and connections originally used on this board, please see the layout drawing linked below.