Audison TH uno Thesis, Руководство для продвинутых пользователей

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Digital domain
ADVANCED MANUAL / TH uno
PRESS PRESS
UP TO PRESS PRESS
PRESS PRESS
TH uno TH uno TH uno TH uno
DRC Memory
1 2 3 4
Hi-AB Class Hi-Current A Class Energy Saving
Hi-AB Class Hi-Current A Class Energy Saving
Hi-AB Class Hi-Current A Class Energy Saving
DRC Memory
1 2 3 4
A Class Hi-AB Class A Class Energy Saving
Hi-AB Class Hi-Current A Class Energy Saving
Hi-Current Hi-Current A Class Energy Saving
Default configuration Modified configuration
ASC - Amplifier Status Controller
Setup Amplifier: DUAL POWER Settings
How to change presets on the Memory (DRC required)
The TH due can be set with only one operational mode at a time, while the DRC can manage four customisable
memories.
1- Default: In standard configuration, without making any changes, if memory 1 is recalled from the DRC, all the
TH amplifiers connected to the system will be working in Hi-AB Class mode (as it is the default setting), while
selecting memory 2 they will be workin in Hi-Current mode and so on.
2- Customizing: by acting on both the DRC memories and the ASC control panel of the amplifier, you can create
custom setups. For instance, if you want the TH amplifiers to anyway work in A-Class mode, you will have to act
on the setup as follows:
- Select memory 1 on the DRC by pressing first SEL and then 1
- Select the A-Class preset on the ASC by accessing to its corresponding setup
- Repeat this operation for each DRC memory
- Repeat this operation for each TH present in the system
Example:
In a three-way + Sub system, multi-amplified with TH quattro on TW and MID, TH due on WF and
TH uno on SUB, in default setting if you recall memory 1 all of the TH’s would work in Hi-AB Class mode. It is
possible to create custom memories, see for instance the example below, to store in memory 1 a system
especially designed to ensure top quality for each way or to store in memory 2 a system especially designed
for the best power/quality ratio, to store in memory 3 a system set to obtain maximum quality and in memory 4
a system best optimizing the current consumption.