Generic selectors
Exact matches only
Search in title
Search in content
Post Type Selectors
Generic selectors
Exact matches only
Search in title
Search in content
Post Type Selectors

CHORD Electronics ULTIMA PRE 3 Argent Silver

CHORD Electronics ULTIMA PRE 3 Argent Silver

7,440.00

Built from the ground up, the UTLIMA PRE 3 takes advantage of the very latest developments in advanced low-distortion power supplies. These advanced devices offer exceptionally low noise and outstanding amplifier operation. Coupled with our latest design developments, the PRE 3 offers new levels of preamplifier performance.

The UTLIMA PRE 3 is equipped with five analogue inputs (two balanced and three unbalanced) all of which benefit from individual buffering and are selectively filtered against potential ingress from radio frequency interference.

Externally, the PRE 3 benefits from a completely redesigned aesthetic with a central circular power sphere flanked by a new volume control and balance/AV bypass selector, both of which benefit from a new ergonomic knob design.

Additional features include an AV bypass, plus a 5 V charging USB Type-A port.

SKU ultpre3s Category

Διαθέσιμο κατόπιν παραγγελίας

Χρειάζεστε βοήθεια?

Στείλτε μας email

support@ultimateaudio.gr

Frequency response: 10 Hz-200 kHz +/- 3 dB

THD: 0.002 % 20Hz-20 kHz

Signal to noise ratio: -105 dB on all inputs

Input impedance: 100 kΩ

Output impedance: 560 Ω

Input maximum voltage: 10 V RMS

Output maximum voltage: 17 V RMS

Gain: x1

Channel separation: 100 dB

Inputs: 2x stereo balanced XLR inputs, 3x stereo unbalanced RCA

Outputs: 1x stereo XLR, 1x stereo RCA and 1x 5 V charging USB Type-A port, 1x stereo balanced XLR AV bypass input, 1 x 12 V trigger output/input

Operation voltage: 80-250 V AC auto-switching

Power consumption: 40 W

Dimensions with included Integra legs: 13cm(H) x 48cm(W) x 34cm(D)

Dimensions with optional Side Blocks (can not be stacked): 10cm(H) x 42cm(W) x 34cm(D) 

Weight: 12.7 kg

Στείλτε μας μήνυμα

και θα σας απαντήσουμε το συντομότερο δυνατόν.