223xs Stereo 2-way Mono 3-way Crossover W/xlr

  • DBX
  • Live Sound & PA
  • Signal Processors
  • EQs

SKU: DBX-223XS

BARCODE: 691991401275

Features

XLR balanced ins and outs

Mode switch for stereo 2-way or mono 3-way operation

Low frequency summed (subwoofer) output

40Hz high pass (low cut) filter both channels

Product Information

The secret to making speakers sound great lies with the crossover you use. With the dbx® 223xs Crossover you'll get great performance, ultra low-noise, rugged reliability and four decades of dbx knowledge and expertise in building the world's finest processors. The 223xs uses precision filters to separate the audio signal and direct the correct frequencies to your loudspeaker drivers.

Tech Specs

- Input Connectors XLR (pin 2 hot)

- Input Impedance Balanced >50k ohm, unbalanced >25k ohm

- Output Connectors XLR

- Output Impedance Balanced 200 ohm, unbalanced 100 ohm

- Bandwidth 20Hz to 20kHz, +/-0.5dB

- Frequency Response < 3 Hz to > 90 kHz, +0/-3 dB

- Signal to Noise Ratio Ref: +4 dBu, 22 kHz measurement bandwidth

- Interchannel Crosstalk < -80 dB, 20 Hz to 20 kHz

- Crossover Frequencies (Stereo Mode) Low/High: 45 to 960 Hz or 450 Hz to 9.6 kHz (x10 setting)

- Crossover Frequencies (Mono Mode) Low/Mid: 45 to 960 Hz or 450 Hz to 9.6 kHz (x10 setting); Mid/High: 45 to 960 Hz or 450 Hz to 9.6 kHz (x10 setting)

- Crossover Filter Type Linkwitz-Riley, 24 dB/octave, state-variable

- Low cut Switch Activates 40 Hz Butterworth, 12 dB/octave high-pass filter, one switch per channel.

- Phase Invert Switch Inverts the phase at the output, one switch per output.

- x1 / x10 Switch Multiplies the low-high(mono: low/mid and high/mid) crossover frequency range of the front-panel markings by a factor of 1 or 10, one switch per channel.

- Mode Switch Selects stereo/mono and 2/3-way operation

- LF Sum Switch Selects normal (stereo) or mono-summed low frequency operation and disables Ch 2’s low output phase invert LED to indicate that this output is not operational in the LF sum mode.