171 HD96-24-CC-TP User Manual
Item Control Function
1 Attack Control
Adjust the attack portion of the signal. Turn CW for shorter attack and CCW to allow more
transient through.
2 Sustain Control
Adjust the sustain portion of the signal. Turn CW to shorten the sustain of the signal. Turn CCW to
increase the sustained portion of the signal.
3 Gain Control Adjust the gain or level of the signal when in manual mode. +-24 dB.
4 Mix Control Adjusts the wet/dry balance. Turn fully CW for a completely wet signal.
5 Power Button Bypasses the eect.
6 Input Meter Stereo input metering.
7 Output Meter Stereo output metering.
EQs:
MTEC EQP-HD EQ Program Equalizer
Recording engineers claim the Pultec EQP-1a to be the “secret sauce” of sound enhancement. We scrutinized this classic to create an exact physical model that
reproduces the multi-faceted sound in painstaking detail. Even the transformers and tube output stage have been faithfully modelled. Inspired by Pultec EQP-1a. It
can be divided into 3 discrete bands in a triangle type conguration as highlighted below.
Band 1 Low Freq determines the curve on which the left-hand Low Boost and Low Atten controls are eective. These controls can be used to either boost or attenuate
the signal as required.
Band 2 Hi Frequency selects the frequency to be changed. Boost increases level at chosen frequency. Bandwidth adjusts the width of the high-frequency boost curves
from sharp (narrow) to broad (wide).
Band 3 Atten and Atten Sel cut the high frequency content at 5k, 10k or 20 k.
Item Control Function
1 LF Boost Control
This control determines the amount of low shelf gain to be applied to the frequency set by the
CPS switch.
2 LF Atten Control
This control determines the amount of low shelf cut to be applied to the frequency set by the
CPS switch.
3 CPS Low Frequency Switch
This switch determines the frequency of the low shelf portion of the equalizer. Four frequencies are
available: 20, 30, 60, and 100 CPS. CPS stands for Cycles Per Second, which is now more commonly
referred to as Hertz and abbreviated as Hz.