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4.2 - Rear panel
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[1] - XLR input socket
Allows you to receive line-level signals. This socket is able
to receive both symmetrical and asymmetrical signals.
However, we recommend to always use symmetrical signals
as they get you rid of parasitic noises caused by low quality
cables. Connect here your male XLR plug. Polarities are
spread as follows:
- Pin 2 = Signal +
- Pin 3 = Signal -
- Pin 1 = Ground
[2] - Parallel / Stereo / Bridge Selector
Allows you to select the current amplifier mode:
- Stereo: Standard mode, each channel amplifies its own
signal. (Minimum impedance of 2 ).
- Parallel: Input 1 signal is identically amplified by both
channels. (Minimum impedance of 2 ).
- Bridge: Both amplification channels are added up to
amplify Input 1 signal. (Minimum impedance of 2 ).
[3] - Outputs via Banana terminal
Allow you to connect your speakers via Banana connectors
or directly connect stripped cables. Use the red terminals to
connect your speakers in Bridge mode. Caution: dangerous
output voltage.
5 - Connections
5.1 - Connections via rear terminal
Caution:
Minimum
impedance of 4 
per channel.
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Stereo mode
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Ti SERIES - Professional stereo amplifiers
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[4] - Jack input socket
Allows you to receive line-level signals. This socket is able
to receive both symmetrical and asymmetrical signals.
However, we recommend to always use symmetrical signals
as they get you rid of parasitic noises caused by low quality
cables. Connect here your male Jack plug. Polarities are
spread as follows:
- Tip = Signal +
- Ring = Signal -
- Body = Ground
[4] - RCA input
Allows you to receive asymmetrical line-level signals.
Signals are spread as follows:
- Tip = signal
- Body = Ground
[6] - Speakon® outputs
Allow you to connect your speakers via cable equipped
with Speakon® connectors. Please refer to next chapter for
more information about connections.
[7] - Power input socket
Connect here the supplied power cord.
Or
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