Behringer Ultra DI DI20 DI-Box
Product
Information:
The ULTRA-DI DI20 is a one-of-a-kind DI (direct injection) box that can
convert up to two separate unbalanced 1/4″ TRS lines into two
balanced XLR outputs, or function as a signal splitter. Electric
guitarists, keyboardists and bassists will love the flexibility this
incredible box provides.
By flipping a switch, you can use the DI20 as a launching pad for
two separate mono signals, a stereo signal, or a split-signal
feeding two separate amps. The DI20 also features a ground lift
switch and the 3-position input attenuator can accommodate input
levels of up to +48 dBu. This handy built-in attenuator allows you
to connect to your amplifier’s speaker outputs, even amps rated as
high as 3,000 Watts. You can power the DI20 with either a 9 V
battery or your mixer’s phantom power supply (+18 to +48 V DC). The
whole package is wrapped in an ultra compact, road-suitable and
rugged metal housing.
If you’re a working musician who demands uncompromising
functionality and durability, the ULTRA-DI DI20 will astound you—and
so will its very affordable price tag. See what the DI20 can do for
your sound today at your nearest BEHRINGER dealer.
Specifications:
Professional and multi-purpose direct injection
box for stage and studio applications
Provides impedance and signal matching for the direct connection of instruments
to mixers and amplifiers
Converts 2 independent unbalanced 1/4″ TRS line inputs into 2 balanced XLR
outputs
Additional Split mode (channel 1 assigns signal to both XLR outputs)
Ultra-flat frequency response due to servo-balanced operation
Internal battery automatically shuts off when phantom power is applied
Allows direct connection to speaker outputs with up to 3,000 Watts
Ground Lift switch eliminates typical ground loop problems
Input 2 usable as channel 1 Link output (additional to XLR output)
¼“ TRS and gold-plated XLR connectors
Ultra-rugged, road-suitable metal case
High-quality components and exceptionally rugged construction ensure long life
3 Year Warranty
