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Technical Specifications MASTERING DYNAMICS PROCESSOR U796
Size V700-double-wide Module 2N

Input stereo
Type balanced, floating, torodial Transformer, or balanced, grounded
nominal Level + 6 dBu
maximum Level 1) ƒ ³ 40 Hz ³ + 30 dBu
Input Impedance ƒ 40 Hz - 15kHz ³ 5 kW
CMRR ƒ 40 Hz - 15 kHz ³ 60 dB according to IRT
S-C-Input stereo
Type balanced, grounded
nominal Level + 6 dBu
maximum Level 1) ƒ ³ 40 Hz ³ + 30 dBu
Input Impedance ƒ 40 Hz - 15kHz ³ 5 kW
CMRR ƒ 40 Hz - 15 kHz ³ 60 dB according to IRT

Output stereo
Type balanced, floating, torodial Transformer, or balanced, grounded
nominal Level + 6 dBu
maximum Level1) ƒ ³ 40 Hz, kges 1 % ³ + 30 dBu
Source Impedance ƒ 40 Hz - 15 kHz £ 40 W
Load Resistance ³ 300 W
CMRR ƒ £ 15 kHz ³ 40 dB according to IEC
CMRR ƒ £ 15 kHz ³ 60 dB according to IRT
S-C Output stereo
Type balanced, grounded
nominal Level + 6 dBu
maximum Level1) ƒ ³ 40 Hz, kges 1 % ³ + 30 dBu
Source Impedance ƒ 40 Hz - 15 kHz £ 60 W
Load Resistance ³ 1200 W
CMRR ƒ £ 15 kHz ³ 40 dB according to IEC

Gain 2) all Controls at 0 dB Position 1 kHz 0 dB ± 0.5 dB

Frequency Response 2) ƒ 20 Hz - 20 kHz ± 0.25 dB
Phase Response 2)
Input/Output ƒ 40 Hz - 15 kHz £ +5/-20°
with Standard Values for RF & LF Filters

THD 3) £ +26 dBu, ƒ ³ 40 Hz - 15 kHz, kges £ 0.1 %

Crosstalk L-R, ƒ 40 Hz - 15 kHz £ 70 dB

Dynamic Range 2) Gain 0 dB / 22Hz-22kHz RMS ³ 120 dB
Noise Level 2) Gain 0 dB / 22Hz-22kHz RMS £-90 dBu

Size V700-Module - StandardSize
Frame fits into Standard Frames

Control Elements Stepper Pots - 21 Steps
Compressor activated by Push Button COMP
Threshold -30 dBu ... + 10 dBu
Attack 0.2 ms ... 30 ms
Release 100 ms ... 5 s
Ratio 1:1 über oo:1 to 1:4
Knee Threshold Transfer Range 0 to > 15 dB
Int
Long Time Overlay with 0.2 s Attack and 3 s Release
Intensity adjustable from 0 to 10
Crest 6 Steps from 0.3 to 8
Envelope 11 Steps from 0 to 10
Fill Paralell Compression by Addition of the Input Signal, 11 Steps von 0 to -6 dB
Autogain ± 1.5 dB at Crest =1 and Env = 0, switched
Gain 0 dB ± 0.3 dB - Control Range ± 20 or ± 10 dB dB
Static Color U796M2 ONLY:
adds 2nd Harmonics, from Off to 5 % at nominal Level
Dynamic Color U796M2 ONLY:
adds 2nd Harmonics, from Off to 5 %
Harmonics are increased with Gain Reduction
Max GR U796M2 ONLY:
Limits the maximum Gain Reduction in a Range from 3 dB to Off
Regulation Reverse U796M2 ONLY:
Selects between feed-forward Regulation (default) to feedback Regulation
Release Law U796M2/3 Slot Version ONLY:
Alters the Characteristics of the Release from exponential to dB linear
Autogain Zero U796M2/3 Slot Version ONLY:
Control to shift the Autogain Reference in a Range of ± 10 dB
S-C-Insert
Side-Chain Insert for external EQ's etc..
activated by Push Button SC-INS ON
Output is always active,
Input is switched
Level at S-C-Ins + 6 dBu
Display
Gain-Reduction with 20 Led's, 1 to 30 dB

Expander
einzeln aktivierbar durch Push Button EXP
Threshold
- 50 dBu ... -10 dBu
Attack 0.2 ms ... 5ms
Release 100 ms ... 3 s
Ratio
1:1 to 3:1
Display Gain-Reduction mi 10 Led's, 1 to 20 dB
Version U796M and M2
Expander/DeCompressor/Pump-Up Compressor
Threshold - 50 dBu ... +10 dBu
Ratio
from 1:2 (Expander) via 1:1 (inactive) to
2:1 (Pump-Up Compression)
Clamp
Maximum Gain Reduction - Range 2 dB to 30 dB, double logarithmic Law

Limiter activated by Push Button LIM
Threshold -5 dB ... + 15 dB (0 dB = + 6 dBu)
Attack 0.02 ms ... 5 ms
Release 0.1 sec ... 5 sec
Ratio an Increase of the Input Level of 20 dB resulsts in a max. Shift of ± 0.3 dB at the output
WITH U796M and U796M2 WITH ADDITIONAL
Range Control Pot 1:1 to Limit
Output Gain WITH VERSION U796M and U796M2
0 dB +/- 0.2 dB, Range +/- 10 dB
Gain Control post Limiter
Output Gain On U796M2/3 Slot Version ONLY:
Activates the Output Gain Control independent of the Limiter
Display Gain-Reduction with 10 Led's, 0.5 to 10 dB

Bypass by Push Button DYN-ON
Balance Control
activated by DYN-ON
Control Range ± 2.5 dB, left to right
NOT INSTALLE IN U796M and M2

1)
Depending on the setting of the control, gain or attenuation is possible. The value is valid for the higher level at the input or output.

2)
No dynamic Regluation active
(Ratio-Regler all to the left)

3)
The settings and the signal frequency can affect the THD values. The values refer to inactive regulation.

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