Lake Controller Operation Manual
Table Of Contents
- 1. Welcome
- 2. Software Installation
- 3. Network & Firewall Overview
- 4. Lake Controller Tutorial
- 5. Home Menu Reference
- 6. EQ/Levels Menu Reference
- 7. System Store Recall Menu Reference
- 8. Modules Menu Reference
- 9. Module File Types & Lake LoadLibrary™
- 10. Groups Menu Reference
- 11. Solo/Mute Menu Reference
- 12. Icon Control Menu Reference
- 13. User Preferences Menu Reference
- 14. Pages Menu Reference
- 15. Network Menu Reference
- 16. Communication and Synchronization
- 17. Faults and Warnings
- 18. Analyzer Plug-in
- 19. Designer Mode Menu Reference
- 20. Lake-enabled Amplifier Reference
- 21. LM Series Reference and Operation
- 22. MY8-LAKE Reference and Operation
- 23. Global Events and Control
- 24. Keyboard Shortcuts
- 25. External Control Interfaces
- 26. Command Line Options
- 27. Firmware Update
- 28. Preset Manager
- 29. IP Address Reference
- 30. Corporate Information
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Lake Controller Operation Manual Rev 1.6.1
Designer Mode Menu Reference
Table 19-5: Output EQ Types
EQ TYPE DESCRIPTION GAIN FREQUENCY BANDWIDTH
LS Low Shelf 0 dB 125 Hz 1.9
BP
Band-pass
(Parametric)
0 dB 500 Hz 0.33
AP All Pass
2nd
Order
800 Hz 0.33
HS High Shelf 0 dB 8 kHz 1.9
19.4.4 HPF/LPF - Design (Mesa EQ Only)
Crossovers, EQ, and All Pass lters are not available on the Mesa EQ HPF/LPF - DESIGN screen. The same
HPF/LPF types are available for Mesa EQ as listed in Table 19-2.
19.4.5 Levels - Design
The data on the LEVELS - DESIGN worksheet is entered by typing the appropriate numerical value into a cell
on the worksheet. An error message will be displayed if the value is invalid or incorrect.
To set polarity through the LEVELS - DESIGN worksheet, enter either + (positive) or – (negative) in the
polarity eld. The polarity of each output can be independently locked using the LOCK POLARITY? eld,
which is only available via this worksheet.
To lock polarity of an output, change the value in the associated LOCK POLARITY? eld to Y. The example
Module in Figure 19-16 has the polarity of all channels locked except for the input and lowest output.
Figure 19-16: Locking Polarity
When the Module is locked, the worksheet will appear as shown Figure 19-17. In this example, output
polarity for channels 2, 3, and 4 will be locked even in Designer Mode.