FuzzDog RAW FUZZ V2 Bedienungsanleitung

RAW FUZZ V2

Great Muff-based abrasive

fuzz with wild tone sweep

No reproduction permitted without the express written

Schematic + BOM

R1 1 5

R2 470

R3 100

R4 390R

R5 1k

R6 15k

R7 15k

R8 8k2

R9 100k

R10 100R

R11 470k

R12 8k2

R13 43k

R14 470k

R15 15k

R16 390r

R17 6k8

R18 33k

R19 430k

R20 10k

R21 2k2

R22 100k

R23 100k

R24 1M

R25 2k2 (CLR)

C1 100n

C2 100n

C3 100n

C4 100n

C5 470p

C6 470p

C7 100n

C8 680p

C9 2n2

C10 6n8

C11 100n

C12 100n

C13 100n

C14 100u

D1,2 1N34A

Q1-4 2N5088

TONE 100 B

VOL 100 B*

DRIVE 100 A**

100 trim

Original has been produced in both two and three

knob versions. It’s up to you whether you add an

external drive control. This schematic is traced from

an original 2-knob unit. We don’t know if any changes

have been made to the circuit when it was changed to

a 3-knob format.

*Linear volume pot isn’t great. Log is better.

**Use EITHER the DRIVE pot or the DRV trimmer.

The power and signal pads on the PCB

conform to the FuzzDog Direct Connection

format, so can be paired with the

appropriate daughterboard for quick and

easy offboard wiring.

Be very careful when soldering the

transistors and diodes. They’re very

sensitive to heat. You should use some

kind of heat sink (crocodile clip or reverse

action tweezers) on each leg as you solder

them. eep exposure to heat to a

minimum (under 2 seconds).

Snap the small metal tag off the pots so

they can be mounted flush in the box.

The cathode (striped end) of the diodes go into the square pads. Those germaniums have very

delicate casings. You should place some needle-nosed pliers right against the body while

gripping the leg, then bend it against the pliers rather than directly on the body. If you attempt to

bend the leg without protecting the join to the body there’s a very good chance you’ll crack the

glass casing.

The anode (long leg) of electrolytic capacitors go into the square pads. C14 can be placed flat

across the PCB as shown in the cover image to ensure plenty of clearance in the enclosure.

Pots mounts on the back side of the board. You can use vertical-mount pots or just wire up

‘normal’ ones.

You should solder all components before you solder the pots. Once they’re in place you’ll have no

access to much of the underside of the board.

It’s useful to place the pots in the holes in the enclosure when soldering to make sure you get

them all the right height and position. Solder one leg of each pot first, then check them for

position. Melt and adjust if necessary. Get them all

even before soldering the other two pins of each.

If your pots have plastic covers, sweet. If not, be

careful to keep the bases away from the PCB pads.

Slip some thick card between the pots and the PCB

while you solder them in to space them nicely.

Test the board!

Check the 3PDT Daughterboard document for details if you’re using one.

UNDER NO CIRCUMSTANCES will troubleshooting help

be offered if you h ve skipped this st ge. No exceptions.

Once you’ve finished the circuit it m kes sense to test is before

st rting on the switch nd LED wiring. It’ll cut down

troubleshooting time in the long run. If the circuit works t this

st ge, but it doesn’t once you wire up the switch - guess wh t?

You’ve prob bly m de mist ke with the switch.

Solder some nice, long lengths of wire to the bo rd connections for

9V, GND, IN nd OUT. Connect IN nd OUT to the j cks s shown.

Connect ll the GNDs together (twist them up nd dd sm ll

mount of solder to t ck it). Connect the b ttery + le d to the 9V

wire, s me method. Plug in. Go!

If it works, cr ck on nd do your switch wiring. If not... w m n.

At le st you know the problem is with the circuit. Find out why, get

it working, THEN worry bout the switch etc.

BATTERY

IN OUT

Your nice, new circuit board

INCLUDING WIRED POTS!!!!

IN 9V GND OUT

(if using a daughterboard please refer to the relevant document)

Wire it up - DC only version

This circuit is standard, Negative GND. Your power supply should be

Tip Negative / Sleeve Positive. That’s the same as your standard pedals

(Boss etc), and you can safely daisy-chain your supply to this pedal.

The BOARD GND connections don’t all have to connect to one point. They

can be daisy-chained around the circuit, using larger connection points

(such as jack socket lugs) for multiple connections. As long as they all

connect together in some way.

BOARD

OUT

BOARD

GND

BOARD

GND

BOARD

GND

BOARD

INPUT

OUT

BOARD

GND

BOARD

LED+

(if using a daughterboard please refer to the relevant document)

Wire it up - with battery

This circuit is standard, Negative GND. Your power supply should be

Tip Negative / Sleeve Positive. That’s the same as your standard pedals

(Boss etc), and you can safely daisy-chain your supply to this pedal.

The BOARD GND connections don’t all have to connect to one point. They

can be daisy-chained around the circuit, using larger connection points

(such as jack socket lugs) for multiple connections. As long as they all

connect together in some way.

PedalParts.co.uk

BOARD

OUT

BOARD

GND

BOARD

GND

BOARD

GND

BOARD

INPUT

BATTERY

OUT

BOARD

GND

BOARD

LED+

Just because the FuzzDog

drilling doesn’t allow for a

battery, who’s to say you won’t

use a bigger enclosure?

Recommended drill sizes:

Pots 7mm

Jacks 10mm

Footswitc 12mm

DC Socket 12mm

22mm

Drilling template

Hammond 1590B

60 x 111 x 31mm

T is template is a roug guide only. You s ould ensure correct marking of your

enclosure before drilling. You use t is template at your own risk.

Pedal Parts Ltd can accept no responsibility for incorrect drilling of enclosures.

PedalParts.co.uk

32mm

It’s a good idea to drill

t e oles for t e pots

1mm larger to give

yourself some wiggle

room unless you’re a

drill ninja

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