
Briskdrop Dunlop EP103 Echoplex Delay Guitar Effects Pedal Bundle with 3 MXR Patch Cables and Dunlop Power Supply, EP103bundle
$260.54
Frequently Asked Questions
- Q: What are the main features of the Briskdrop Dunlop EP103 Echoplex Delay Guitar Effects Pedal? A: The EP103 features a hi-fi all-analog dry path, Age control for adjusting the tone of repeats, tap tempo functionality for up to 4 seconds of delay, and includes a Dunlop 9V power supply and 3 MXR patch cables.
- Q: How does the Age control work on the EP103 pedal? A: The Age control allows you to 'age' your repeats, darkening the tone and increasing tape saturation and modulation as you turn the knob clockwise, simulating a vintage tape echo effect.
- Q: Can the EP103 be used with a tap tempo switch? A: Yes, the EP103 can be connected to the M199 MXR Tap Tempo Switch to enable tap tempo functionality, allowing for precise control over delay time.
- Q: What is the delay time range of the EP103? A: The delay time on the EP103 can be set from 65ms to 750ms, providing versatility for various musical styles.
- Q: Is the dry path of the EP103 analog? A: Yes, the EP103 features an all-analog dry path with Constant Headroom Technology, offering a full 20 volts of headroom.
- Q: What kind of power supply does the EP103 require? A: The EP103 comes with a Dunlop ECB003 9V power supply, which is included in the bundle.
- Q: Can the EP103 be used in stereo? A: Yes, the EP103 supports stereo input and output modes, allowing for enhanced soundscapes in your setups.
- Q: What type of materials is the EP103 made from? A: The product does not specify materials, but it is designed for durability and optimal performance in a pedal format.
- Q: How does the EP103 compare to the original EP-3 units? A: The EP103 provides the legendary tones of the EP-3 in a more compact and user-friendly design, making it more accessible and easier to use.
- Q: Is it necessary to use tape cartridges with the EP103? A: No, the EP103 does not require any tape cartridges, as it is a modern digital simulation of the tape echo effect.