Pyle PT110 - Right Speaker

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System 2: Two (or more) speakers in
series
1. Connect the LEFT SPEAKER (-) to the
amplier COMMON terminal.
2. Connect the LEFT SPEAKER (+) to the
RIGHT SPEAKER (-).
3. Connect the RIGHT SPEAKER (+) to the
amplier's 4-Ohm, 8-Ohm, or 16-Ohm
terminal, depending on the TOTAL
IMPEDANCE of the two speakers.
If each speaker has an impedance of
8 Ohms, the total speaker impedance
in this series conguration is 16 Ohms.
NOTE:
ADDITIONAL SPEAKERS MAY BE
INCLUDED IN SERIES, BUT IT IS NECES-
SARY TO CALCULATE TOTAL IMPE-
DANCE, AND CONNECT THE SPEAKER
CIRCUIT TO A TERMINAL OF APPRO-
PRIATE IMPEDANCE. FOR EXAMPLE, IF
THREE SPEAKERS OF 4-OHM ARE
USED, TOAL IMPEDANCE IS 12 OHMS,
YOU SHOULD CONNECT TO THE
16-OHM TERMINAL.
System 3: Two (or more) speakers in
parallel
1. Connect the LEFT SPEAKER (-) to the
RIGHT SPEAKER (-).
2. Connect BOTH the LEFT SPEAKER (-)
and the RIGHT SPEAKER (-) to the
amplier COMMON terminal.
3. Connect the LEFT SPEAKER (+) to the
RIGHT SPEAKER (+).
4. Connect BOTH the LEFT SPEAKER (+)
and RIGHT SPEAKER (+) to the
amplier 4-Ohm, 8-Ohm or 16-Ohm
terminal, depending on the TOTAL
IMPEDANCE of the two speakers.
If each speaker has an impedance of
8-Ohm, the total speaker impedance
in this parellel conguration is 4 Ohms.
System 4: Four speakers in series/
parallel combination
1. Group the four speakers into two pairs.
2. Connect each pair of speakers in
SERIES (see system 2 above). If you
connect 8-ohm speakers, the total
impedance of each pair is 16 ohms.
Right Speaker
Left Speaker
This example shows a two 4 Ohm Speakers,
the total impedance is 8 ohms.
Right Speaker
Left Speaker
This example shows a two 8 Ohm Speakers,
the total impedance is 4 ohms.