Jim Dunlop ECB003 9v Centre Negative Power Supply (with UK Adapter)

£16.99

This is a New Jim Dunlop ECB003 9v Centre Negative Power Supply (with UK Adapter) from Jim Dunlop is in our Specialist Effects Pedals category on Just Pedals. Read More below.

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This guitar FX pedal power supply is compatible with 90% of guitar pedals however it’s best to double check before buying/using or you could damage your effects unit.

Check on the pedal for a sticker or marker indicating it uses a 9V DC center-negative power supply.

You can also find this information on the manufacturer’s website.

Provides 200mA and is compatible with daisy chains provided there is enough current to cover all of pedals in the chain (and all the pedals in the chain are also 9V DV Center-Negative). Certain pedals will draw more power than others with digital delays usually drawing large amounts while drive pedals draw a relatively small amount.

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Brand

Jim Dunlop

In the current JustPedals catalogue, Jim Dunlop is represented by Wah & Filter Pedals, Fuzz Pedals and Volume Pedals. Current listings include MXR GT Overdrive, DVP4 Volume X Mini and Slash Wah. That makes the range relevant to players looking for drive, gain and clipping, plus time-based effects and ambience. Check each model for its exact circuit or processing platform, controls, power requirements and connections, particularly where the catalogue includes both pedals and supporting gear.

Category

Specialist Effects Pedals

Specialist effects alter the signal in ways that do not sit cleanly inside one established family. They may use granular processing, frequency shifting, resonators, freeze or sustain, bit reduction, ring modulation, feedback networks or combinations of several techniques. The relevant distinction is the underlying process, its tracking or latency, and how completely the dry signal can be blended or replaced.

Tags

Digital

Converts the signal or control process into numerical data for algorithmic processing. Digital designs can provide precise timing, long memory, complex routing and repeatable presets; sample rate, conversion, internal resolution and latency influence fidelity and response.