Frequently Asked Questions
- Q: What are the main features of the TC Prophet Digital Delay Pedal? A: The TC Prophet Digital Delay Pedal offers studio quality digital delay, an award-winning TC Electronic algorithm, true bypass for signal integrity, and it can be powered by a 9V battery or the TC Electronic Powerplug 9.
- Q: How long is the maximum delay time on the TC Prophet? A: The TC Prophet Digital Delay Pedal provides up to 1300ms of delay time, allowing for a wide range of delay effects.
- Q: Is the TC Prophet Digital Delay Pedal durable? A: Yes, it features a 'built-like-a-tank' metal chassis, ensuring durability and longevity for regular use.
- Q: Can I use the TC Prophet with a 9V battery? A: Yes, the TC Prophet Digital Delay Pedal can run on a 9V battery, but the battery is not included with the pedal.
- Q: What type of music genres is the TC Prophet suitable for? A: The TC Prophet Digital Delay Pedal is versatile and suitable for various music genres, including rock, pop, and ambient music, thanks to its range of delay tones.
- Q: Does the pedal have true bypass functionality? A: Yes, the TC Prophet Digital Delay Pedal features true bypass, which ensures that your guitar signal remains unaltered when the pedal is not in use.
- Q: What kind of delay effects can I achieve with this pedal? A: With the TC Prophet, you can achieve a variety of delay effects, from short slapback delays to long, ambient echo sounds.
- Q: Is the TC Prophet compatible with other guitar pedals? A: Yes, the TC Prophet Digital Delay Pedal can be easily integrated into most pedalboards and works well with other effects pedals.
- Q: How do I care for my TC Prophet Digital Delay Pedal? A: To care for your TC Prophet, keep it clean and dry, avoid exposure to extreme temperatures, and store it in a safe place when not in use.
- Q: What are the dimensions of the TC Prophet Digital Delay Pedal? A: The dimensions of the TC Prophet Digital Delay Pedal are compact, making it easy to fit on most pedalboards, though exact measurements can vary by model.