Meyer Sound 616 - Manual (Page 25)

GALILEO 616 USER GUIDE
25
Looping SIM Connector
A second SIM-type connector is included on the rear panel of the Galileo 616. It may be used
to connect an additional Galileo unit or a SIM-3088 line-level switcher.
NOTE: If a SIM-3088 switcher is connected to the looping connector of a
Galileo, a SIM-3004 remote power supply will also be required; make sure that
the power supply connector marked “Connect to 3022 Analyzer Only” is used for this
connection.
NOTE: SIM 3 integration requires Galileo Firmware 1.7.0 or higher.
System Settings for Galileo with SIM 3 v1.7.0
The settings in SIM 3 software release v1.7.0 or later allow two probe points when using the
SIM 3 bus extension cable between Galileo and the SIM 3 analyzer. Galileo has additional
parameters that can be set in System Settings > SIM 3 Settings. The Console setting is fixed
as Post Matrix. The Processor has two probe points: Output Post Delay and Output Post
Gain. Output Post Delay includes parametric and TruShaping EQ, SIM 3 Trim, Polarity and
Delay. Output Post Gain includes everything in Output Post Delay plus Atmospheric Correc-
tion, Array Correction, and High/Low Pass and Gain.
Before you can measure a Galileo using SIM 3, you will need to verify your switcher configura-
tion within the SIM 3 software. From the SIM 3 software, go to Branch Setup > Switchers;
addresses 10–14 are reserved for Galileo. Next simply connect the bus cable between the two
devices using the Line Switcher port on the back of SIM 3. There are three branch combina-
tions available when measuring the Galileo.
Combination 1
■ Console = Galileo Output Post Matrix (ex. Ad 10, Ch 1 Sw 10, Cons 1). This uses the out-
put of the Galileo Summing Matrix as the signal that feeds the Console bus.
■ Processor = Galileo Output Post Processing (ex. Ad 10, Ch 1 Sw 10 Proc 1). This uses the
output of the Galileo Output Processing as the signal that feeds the Processor bus.
NOTE: Selecting Cons 1 on the Console channel will automatically select Proc 1
on the Processor channel. The transfer function shown will represent the output
processing applied using Galileo.