Behringer ULTRA-DRIVE PRO DCX2496 Specifications Sheet - Page 3

ULTRADRIVE PRO DCX2496 SPECIFICATIONS ANALOG INPUTS (A, B, C) Type Connector Max. input level Input impedance Crosstalk electronically balanced XLR +22 dBu approx. 20 kΩ at 1 kHz -72 dB @ 0 dBu In DIGITAL INPUT (A) Connector Format Input level Input impedance Sampling frequency Special feature XLR S/PDIF or AES/EBU 0.3 to 10 Vpp approx. 110 Ω 32 to 96 kHz Sample Rate Converter MICROPHONE INNPUT (C) Type Connector Max. input level Input impedance Phantom supply electronically balanced XLR -23 dBu approx. 470 Ω at 1 kHz +15 V ANALOG OUTPUTS (1, 2, 3, 4, 5, 6) Type electronically balanced Connector XLR Max. output level +22 dBu Output impedance approx. 160 Ω at 1 kHz Crosstalk -100 dB @ 10 dBu In SYSTEM DATA Sampling frequency 96 kHz Signal delay < 1 ms Analog input to analog output Frequency response 10 Hz to 35 kHz (-1 dB) typ. Dynamic range 109 dB (analog input ß analog output) Input noise -90 dBu (@ +22 dBu ß 112 dB) Output noise -90 dBu (@ +22 dBu ß 112 dB) THD+N Ratio 0,007 % @ 0 dBu In, Gain 1 0,004 % @ 10 dBu In, Gain 1 CONVERTERS A/D converter Resolution Oversampling Dynamic range 24-Bit Delta-Sigma AKM® 64x 112 dB typ. D/A converter Resolution Oversampling Dynamic range 24-Bit Delta-Sigma AKM® 64x 112 dB typ. SERIAL INTERFACE RS-232 Type Transmission type 9-pin sub-D connector 115200 bauds, 8 data bits, 1 stop bit, no parity RS-485 (2x) Type Transmission type RJ-45 connector 115200 bauds, 8 data bits, 1 stop bit, no parity POWER SUPPLY Mains voltage USA/Canada Europe/U.K./Australia Japan General export model Power consumption Fuse Mains connector 120 V~, 60 Hz 230 V~, 50 Hz 100 V~, 50 - 60 Hz 100 - 240 V~, 50 - 60 Hz approx. 12 W 100 to 240 V~: T 1 A H Standard IEC receptacle DIMENSIONS (H x W x D) WEIGHT SHIPPING WEIGHT 1 ¾" (44.5 mm) x 19" (482.6 mm) x 8 ½" (217 mm) approx. 3 kg approx. 4.2 kg BEHRINGER makes every effort to ensure the highest standard of quality. Necessary modifications are carried out without notice. Thus, the specifications and design of the device may differ from the information given in this publication. 3