Frequently Asked Questions
- Q: What is the On-Stage DB1050 Passive Multi-Media DI Box used for? A: The On-Stage DB1050 is designed to transform line level stereo sources into a low-impedance XLR mono signal, making it suitable for sending audio to mixing boards or recording consoles.
- Q: What types of inputs does the DB1050 support? A: The DB1050 features stereo 1/4", 3.5mm, stereo RCA, and XLR line inputs, allowing compatibility with various audio devices such as computers, MP3 players, keyboards, projectors, and DJ equipment.
- Q: Does the DB1050 have any additional features for audio control? A: Yes, the DB1050 includes a 15dB pad switch, a ground lift switch to eliminate hum, and a Hi-Z/XLR selector switch for enhanced audio control.
- Q: Can I use the DB1050 with DJ equipment? A: Absolutely, the RCA inputs are designed with hardwired thru outputs, making it easy to integrate the DB1050 with DJ gear.
- Q: Is the DB1050 powered or passive? A: The On-Stage DB1050 is a passive DI box, meaning it does not require external power to operate.
- Q: What is the advantage of using a passive DI box like the DB1050? A: A passive DI box like the DB1050 provides a direct connection from high-impedance sources to low-impedance inputs, reducing signal loss and allowing for longer cable runs.
- Q: How does the ground lift switch work on the DB1050? A: The ground lift switch on the DB1050 helps eliminate ground loop hum by disconnecting the ground connection, which can reduce noise in your audio signal.
- Q: Can the DB1050 be used for live performances? A: Yes, the DB1050 is ideal for live performances as it enables reliable audio signal transmission over long distances without degrading sound quality.
- Q: Is the DB1050 compatible with both mono and stereo signals? A: Yes, the DB1050 can handle both mono and stereo signals, converting them effectively to a mono XLR output.
- Q: What materials is the DB1050 made from? A: The specific materials used in the construction of the DB1050 are not listed, but it is designed for durability and reliable performance in various audio applications.