19
E
range is 0 to 100.
EXCITER PROCESS
The addition of harmonics by the Exciter can be set in a range from 0 to 100.
ODD/EVEN
Determines the Ratio of Even to Odd harmonics in the Exciter. This may be varied from 1/19 to 19/1.
The output side:
OUTGAIN
The Output Gain can be adjusted in 1 dB increments from -47 to +24 dB.
ULTRAMIZER PROCESS
This function is a special feature of the ULTRA-DYNE PRO which continuously and automatically optimizes
the Input Gain and Compressor Thresholds to the program material. This parameter determines the degree to
which this automatic function affects the dynamic control. The values for ULTRAMIZER PROCESS range
from 1 to 100.
ULTRAMIZER THRESHOLD
Determines the Ultramizer's range of application. The Ultramizer function does not become active if the input
signal does not have to be raised beyond the value set here. The range can be set between 0 and 24 dB.
PEAK LIMIT
A Peak Limiter with a user-definable Threshold of -70 to +0 dB can be applied to the overall signal. OFF
disables the Gate Threshold.
LIMITER RELEASE
Set the Release time of the Peak Limiter here. The Release time is the time constant after which the attenu-
ation is released once the signal has dropped below the Threshold. Values in the full second range are gener-
ally used. The range can be set between 0.5 and 5 seconds.
2.4.2 Band menu
Fig. 2.13: <BAND> menu in setup level 1
The BAND X parameter for the selection of individual bands may be found in the top left corner of the band
menu. The LEFT/RIGHT toggle field for the channel is just to the right. This field is not activated in stereo
mode (setup level 2).
The ULTRA-DYNE PRO automatically goes to the SETUP window for the band last selected when switching
from PROCESS mode to SETUP. The cursor will also reappear at the last selected parameter.
LO FRQ
Sets the Lower limit Frequency for the band.
HI FRQ
This parameter determines the Upper limit Frequency for the band.
+
In the case of neighboring bands, the upper limit frequency of the lower band is always iden-
tical with the lower limit frequency of the next higher band. In other words, changing one
value automatically adjusts the related value as required.
2. OPERATION
