Example #1 uses parallel inputs to increase the flexibility of
the loop back configuration. In this example, the significant
signal paths can be:
Source 1 (S1)
In: Level 4 Input 1
Out: Level 4 Output 1
Source 2 (S2)
In: Level 1 Input 2
Out: Level 1 Output 2
Mixed Signal (S1 + S2 = M)
In: Level 1 Input 5
Out: Level 1 Output 8
The switches required to implement this setup are as follows:
From the X/Y Control Panel;
<Change>
Matrix <2>
Input <1>
Output <1>
<Take>
<Change>
Matrix <1>
Input <2>
Output <2>
<Take>
<Change>
Matrix <1>
Input <5>
Output <8>
<Take>
Using BCS commands, the switches would be as follows:
CL4I1O1TCL1I2O2TCL1I5O8T
The increased flexibility of the system in example 1 allows a
signal to be output as a mixed signal or in its original form.
For example, the signal from Source 2 could be sent as S2 to
output device 32, as well as be mixed with S1 and sent to out-
put device 8. This type of system can be used for comparing
signals and experimenting with signal combinations.
6-6
Chapter 6
From source #1 to
Mixer
From source #2 to
Mixer
From mixer to
Output device #8
(Level 2 Input 1 is switched to Level 2 Output 1)
(Level 1 Input 2 is switched to Level 1 Output 2)
(Level 1 Input 5 is switched to Level 1 Output 8)
