dCS Paganini DAC nguyên thùng đẹp lung linh như mới cứng, zá nay còn như zá lợn chết đây ace ơi!
Thông số kỹ thuật: Type:
Digital-to-Analogue Converter Converter type: Patented dCS Ring DAC topology, oversampling to 5 bits at 2.822 or 3.07 MS/s Analogue outputs: Output Levels: 2V rms or 6V rms on all outputs for a full-scale input, set in the menu.
Balanced Outputs - 1 stereo pair on 2x 3-pin male XLR connectors
These outputs are electronically balanced and floating, the signal balance ratio at 1kHz is better than 40dB
Output impedance is 3Ω, maximum load is 600Ω (a 10kΩ load is recommended).
Unbalanced Outputs - 1 stereo pair on 2x RCA Phono connectors
Output impedance is 52Ω, maximum load is 600Ω (a 10kΩ load is recommended). Digital I/O: IEEE 1394 interface on 2x 6-way connectors. The interface accepts dCS encrypted DSD (1 bit data at 2.822MS/s)
2x AES/EBU on 3-pin female XLR connectors. Each will accept up to 24 bit PCM at 32, 44.1, 48, 88.2 & 96kS/s.
OR as a Dual AES pair at 88.2, 96, 176.4 & 192kS/s.
2x SPDIF on 2x RCA Phono connectors. Each will accept up to 24 bit PCM at 32, 44.1, 48, 88.2 & 96kS/s Word clock I/O: INPUT Word Clock Input on 1x BNC connector. Accepts standard word clock at 32, 44.1, 48, 88.2 & 96kHz.
OUTPUT Word Clock Output on 1x BNC connector. Outputs 44.1kHz In Master mode. Clock frequencies: 44.1kHz in Master Mode.
Calibrated within +/-10ppm, not temperature compensated Residual noise: Better than –110dB0 @ 20Hz - 20kHz unweighted. (6V Setting) Spurious responses: Better than –100dB0 @ 20Hz - 20kHz Filters: PCM mode - 4 filters give different trade-offs between the Nyquist image rejection and the phase response
2 extra asymmetrical filters are available at 176.4 kS/s and 192 kS/s
DSD mode - 4 filters progressively reduce out-of-audio band noise level (inherent in the 1-bit nature of DSD). Power supply: Factory set for 100, 115, 220 or 230 V AC, 49 – 62Hz Power consumption: 22 Watts typical/ 30 Watts maximum Dimensions (W x D x H): 460 x 400 x 110 mm Weight: 11.0 kg
Gửi tin nhắn
hieudat_audio
