User Manual
Table Of Contents
- Contents
- An overview of MRX Designer
- Screen structure
- Basic use of MRX Designer
- Menu bar
- Tool buttons
- Shortcut keys
- Design sheet
- “Parameter Sets” area
- “Parameter Link Group” area
- “Gang Edit Group” area
- “Properties” area
- Components and the component editor
- Editing the parameters
- Acoustic Echo Canceller (AEC)
- Ambient Noise Compensator (ANC)
- Audio Detector
- Auto Gain Controller (AGC)
- Combiner
- Delay
- Dynamics
- Effect
- EQ
- Fader
- Feedback Suppressor
- Filter
- Inputs/Outputs
- Meter
- Mixer
- Oscillator
- Paging
- Polarity
- Revolabs Control
- Router
- Source Selector
- Speaker Processor
- Speech Privacy
- Text
- Transmitter/Receiver
- User Defined Block
- Dialog boxes and applications
- “Print” dialog box
- “Install Speech Privacy File” dialog box
- “File Transfer” application
- “PGM1 Label Creator” application
- “Compile” dialog box
- “Snapshot Group” dialog box
- “Remote Control Setup List” dialog box
- “External Events” dialog box
- “GPI” dialog box
- “Digital Control Panel” dialog box / “Wireless DCP” dialog box / “MCP1” dialog box
- “PGM1/PGX1” dialog box
- “Port Name” dialog box
- List of settings in “Settings” dialog boxes
- Context menus
- Troubleshooting
Speaker Processor
MRX Designer User Guide
107
❑ Speaker Processor
The speaker processor is a crossover processor for speaker adjustment; it includes an APF (All Pass
Filter), Horn EQ, and limiter.
When placing this component in the design sheet, select the number of output channels to the
speakers that are connected. Select “1” if the connected speakers are used in single amp mode (full
range), select “2” for bi-amp mode, select “3” for tri-amp mode, and select “4” for quad-amp mode.
The illustrations used in the following explanation are for the case of bi-amp mode.
“Speaker Processor” component editor
Here you can view the Speaker Processor parameter response, and access windows for
setting the parameters.
1 [PHASE] graph
Displays a crossover phase response curve. This display takes into account the response
of the PEQ and the Delay. Output channels are color-coded.
2 [LEVEL] graph
Displays a crossover amplitude response curve. This display takes into account the
response of the PEQ and the Output Level. Output channels are color-coded.
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