DJDi 2-Channel Passive DI Box 2xJack In and 2xBalanced XLR Out

« return to previous page
dbx DJDi 2-Channel Passive DI Box 2xJack In and 2xBalanced XLR Out - Main Image
dbx DJDi 2-Channel Passive DI Box 2xJack In and 2xBalanced XLR Out - Image 1
dbx DJDi 2-Channel Passive DI Box 2xJack In and 2xBalanced XLR Out - Image 2
dbx DJDi 2-Channel Passive DI Box 2xJack In and 2xBalanced XLR Out - Image 3
dbx DJDi 2-Channel Passive DI Box 2xJack In and 2xBalanced XLR Out - Image 4
Price:
RRP: £45.00 inc VAT
Code:
DBXDJDI
Manufacturer Code:
DBX0155
Brand:
dbx

Quantity required:

Main Features

  • The DJDI 2-Channel Passive Direct Box
  • Designed to be used as a standard tool for many audio applications
  • Easily solves the problem of converting unbalanced signals into balanced output
  • Suitable for use with mixers, PAs, recording consoles and more
  • Accommodates a wide range of signal levels
  • It's passive design means clean, quiet and uncolored operation with no power required
Share:

The DJDI 2-Channel Passive Direct Box

The 2-channel passive DJdi is designed to be used as a standard tool for many audio applications. Offering two channels, the DJdi easily solves the problem of converting unbalanced signals into balanced output suitable for use with mixers, PAs, recording consoles and more. The continuously variable input signal attenuator can accommodate a wide range of signal levels and its passive design means clean, quiet and uncolored operation with no power required.

Product Features

  • Dual Channel
  • (2) 1/4” 50k Ohm TS Inputs
  • (2) XLR Transformer-Isolated 600 Ohm Input/Outputs
  • Passive Circuit Design
  • Continuously Variable Input Attenuator
  • Ground Lift Switch

Product Specifications

  • Circuit:  Passive
  • Inputs:  2
  • Input Connectors:  1/4” TS (Tip Hot, Sleeve Ground)
  • Input Type:  Unbalanced, RF Filtered
  • Input Impedance:  50 kOhm
  • Outputs:  2
  • Output Connectors:  Male XLR, Balanced, Pin 2 hot
  • Output Impedance:  600 Ohms
  • Noise Level:  -104dBu (22Hz -22kHz, Input Shorted)
  • THD+N (10Hz-22kHz):  0.23% typical @ +4dBu @ 1kHz
  • Insertion Loss:  21dB typical