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Optimising the output of your microseries system – Audica MICRO plus User Manual

Page 4

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[2 x MICROdot series / 16

] +

[2 x MICROdot series / 16

] +

[2 x MICROdot series / 16

] +

[2 x MICROdot series / 16

]

Wired in parallel =
8 MICROdot @ 4

driven by 80W.

MICROdot per MICROplus:
With 4 channels this will give a total of
32 x MICROdot per MICROplus

Ohm
Ohm
Ohm
Ohm

Ohm

[2 x MICROpoint series / 8

] +

[2 x MICROpoint series / 8

]

Wired in parallel =
4 x MICROpoint @ 4

driven by 80W.

MICROpoint per MICROplus:
With 4 channels this will give a total of
16 x MICROpoint per MICROplus

Ohm
Ohm

Ohm

GAIN

GAIN

CHANNEL 3

CHANNEL 4

IN

OUT

IN

OUT

GAIN

CHANNEL 1

CHANNEL 2

IN

OUT

GAIN

IN

OUT

NORMAL

BRIDGED

CHANNEL 1 & 2 BRIDGED

CHANNEL 3 & 4 BRIDGED

220-240v~

100-120v~

CH3&4

CH1

CH3

CH4

CH2

CH1&2

SERIAL No.

~50/60Hz

350W

8 MICROdot per channel:

The following combinations drive the largest number of loudspeakers for the greatest area of coverage and use the 4

capability of the MICROplus for maximum output power:

Ohm

4 MICROpoint per channel:

Optimising the output of your Microseries System

GAIN

GAIN

CHANNEL 3

CHANNEL 4

IN

OUT

IN

OUT

GAIN

CHANNEL 1

CHANNEL 2

IN

OUT

GAIN

IN

OUT

NORMAL

BRIDGED

CHANNEL 1 & 2 BRIDGED

CHANNEL 3 & 4 BRIDGED

220-240v~

100-120v~

CH3&4

CH1

CH3

CH4

CH2

CH1&2

SERIAL No.

~50/60Hz

350W