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DD25V3 | Dookie Drive

 Pedal  

4

Basic Operation

1. Run a cable from your guitar to the DD25’s INPUT 
jack and run another cable from the DD25’s OUTPUT 
jack to your amplifier.

2. Start with all controls at 12 o’clock.

3. Turn the effect on by depressing the footswitch.

4. Rotate BLEND knob clockwise for more of the 
High Gain sound or counterclockwise for more of the 
Crunch Gain sound.

5. Rotate OUTPUT knob counterclockwise to increase 
overall volume or counterclockwise to decrease it.

6. Push SCOOP switch to the IN position to cut 
midrange frequencies for a modern scooped sound.

7. Rotate GAIN knob clockwise to increase intensity 
of High Gain circuit overdrive or counterclockwise to 
decrease it.

8. Rotate TONE knob clockwise for a brighter sound or 
counterclockwise for a warmer sound.

9. Rotate internal CRUNCH GAIN knob to increase 
intensity of Crunch Gain overdrive or counterclockwise 
to decrease it.

10. Rotate internal CRUNCH VOLUME knob 
to increase volume of Crunch Gain circuit or 
counterclockwise to decrease it.

The Dookie Drive

 Pedal is powered by one 9-volt 

battery (remove bottom plate to install), the Dunlop 
ECB003 9-volt adapter, or the DC Brick

, Iso-Brick

,  

and Mini Iso-Brick

 power supplies.

Power

Directions

Summary of Contents for Dookie Drive DD25V3

Page 1: ... two heavily modified amplifiers represented as separate and blendable High Gain and Crunch Gain circuits that Billie Joe Armstrong used to get his dirty yet articulate sound when recording Green Day s groundbreaking record Dookie DD25V3 jimdunlop com DD25V3 ...

Page 2: ...in circuits 2 OUTPUT knob sets overall volume 3 GAIN knob sets intensity of High Gain circuit s overdrive 4 SCOOP switch cuts overall midrange frequencies 5 TONE knob controls overall EQ 6 FOOTSWITCH toggles effect on bypass green LED indicates on 1 2 5 3 4 6 External Controls ...

Page 3: ...DD25V3 Dookie Drive Pedal 3 1 CRUNCH GAIN knob sets intensity of Crunch Gain circuit s overdrive 2 CRUNCH VOLUME knob sets output level of Crunch Gain Circuit 2 1 Internal Controls ...

Page 4: ... IN position to cut midrange frequencies for a modern scooped sound 7 Rotate GAIN knob clockwise to increase intensity of High Gain circuit overdrive or counterclockwise to decrease it 8 Rotate TONE knob clockwise for a brighter sound or counterclockwise for a warmer sound 9 Rotate internal CRUNCH GAIN knob to increase intensity of Crunch Gain overdrive or counterclockwise to decrease it 10 Rotate...

Page 5: ...ition Input Impedance 770 kΩ Output Impedance 900 Ω Nominal Output Level 8 dBV Signal To Noise Ratio 89 dBV Tone Control 5 dB 10 kHz Scoop 8 dB 1 kHz High Gain 9 dB to 70 dB 1 kHz Crunch Gain 2 dB to 45 dB 1 kHz Bypass True Hardwire Current Draw 11 mA Power Supply DC 9 volts ...

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