Specifications Sheet
Page 3
Output level XLR Electronically servo-balanced, HF filtered balanced 60 Ohm, unbalanced 30 Ohm +20 dBm balanced/unbalanced Performance Bandwidth Frequency response Signal to noise Low output Mid output ...: >93 dB >93 dB >95 dB >91 dB >91 dB High to Low: High to Mid: Mid to Low: 3 SUPER-X PRO CX2310 Technical Specifications Specifications Inputs Connectors Type Impedance Max. Input level CMRR XLR Electronically servo-balanced, HF filtered balanced >50 kOhm, unbalanced >25 kOhm +22 dBu typical, balanced or unbalanced >40 dB, typical...
Output level XLR Electronically servo-balanced, HF filtered balanced 60 Ohm, unbalanced 30 Ohm +20 dBm balanced/unbalanced Performance Bandwidth Frequency response Signal to noise Low output Mid output ...: >93 dB >93 dB >95 dB >91 dB >91 dB High to Low: High to Mid: Mid to Low: 3 SUPER-X PRO CX2310 Technical Specifications Specifications Inputs Connectors Type Impedance Max. Input level CMRR XLR Electronically servo-balanced, HF filtered balanced >50 kOhm, unbalanced >25 kOhm +22 dBu typical, balanced or unbalanced >40 dB, typical...
Manual
Page 8
...SUPER-X PRO CX2310 User Manual 3. You will need to 12 dB. Place the microphone about 5 m. Whenever you use technical aids such as analyzers, measuring microphones, etc., you should check the desired results with your own ears. ◊ BEHRINGER...of the SUPER-X PRO and in particular from each other can mutually disrupt each other and not next to the maximum. Further, the crossovers should go up the SUPER-X PRO to the...To achieve this process for making measurements. This can be done by electronic means. The sound should be adjusted with 0 dB at the mixing console corresponds ...
...SUPER-X PRO CX2310 User Manual 3. You will need to 12 dB. Place the microphone about 5 m. Whenever you use technical aids such as analyzers, measuring microphones, etc., you should check the desired results with your own ears. ◊ BEHRINGER...of the SUPER-X PRO and in particular from each other can mutually disrupt each other and not next to the maximum. Further, the crossovers should go up the SUPER-X PRO to the...To achieve this process for making measurements. This can be done by electronic means. The sound should be adjusted with 0 dB at the mixing console corresponds ...
Manual
Page 10
Output level XLR Electronically servo-balanced, HF filtered balanced 60 Ohm, unbalanced 30 Ohm +20 dBm balanced/unbalanced Performance Bandwidth 20 Hz to 20 kHz, +0/-0.5 dB Frequency response 60 ... Mid output >95 dB High output >91 dB >91 dB Interchannel crosstalk High to Low: High to Mid: Mid to Low: 10 SUPER-X PRO CX2310 User Manual 5. Input level CMRR XLR Electronically servo-balanced, HF filtered balanced >50 kOhm, unbalanced >25 kOhm +22 dBu typical, balanced or unbalanced >40 dB, typical >55 dB at...
Output level XLR Electronically servo-balanced, HF filtered balanced 60 Ohm, unbalanced 30 Ohm +20 dBm balanced/unbalanced Performance Bandwidth 20 Hz to 20 kHz, +0/-0.5 dB Frequency response 60 ... Mid output >95 dB High output >91 dB >91 dB Interchannel crosstalk High to Low: High to Mid: Mid to Low: 10 SUPER-X PRO CX2310 User Manual 5. Input level CMRR XLR Electronically servo-balanced, HF filtered balanced >50 kOhm, unbalanced >25 kOhm +22 dBu typical, balanced or unbalanced >40 dB, typical >55 dB at...