E-6
R
L
ANTENNA
75
Ω
UNBAL.
FM
GND
AM
DEGITAL OUT
OPTICAL
R
L
OUT
IN
SEE OWNE
FOR CONN
FRONT
SPEAKERS
6
Ω
MIN./
AUX/MD
TV MODE
PAL
NTSC
AUTO
SUBWOOFER
VIDEO SIGNAL
MONITOR
OUT
Preparations and connections
m
Antenna connection
(1) Supplied FM antenna
Connect the FM antenna wire to the corresponding terminal
and direct the FM antenna wire to the direction where the
strongest signal can be received.
(2) Supplied AM loop antenna
Connect the AM loop antenna wires to the corresponding
terminals. Position the AM loop antenna for optimum
reception.
Notes
●
When static is still heard even after adjusting the position of
the AM loop antenna, try reversing the wire connections
(from the right terminal to the left one, and vice versa).
●
The AM loop antenna should be placed apart from the main
unit. The antenna may be hung on a wall.
Using an external antenna
●
Use an external FM antenna instead of an indoor FM
antenna if you need better reception. Consult your dealer.
●
Use an external AM antenna if you need better reception.
Consult your dealer.
(1)
(2)
ANTENNA
75
Ω
UNBAL.
FM
GND
AM
ANTENNA
75
Ω
UNBAL.
FM
GND
AM
DIGITAL OUT
OPTICAL
ANTENNA
75
Ω
UNBAL.
FM
GND
AM
m
Connecting external components
TV monitor
Connect a TV monitor to enjoy playing Video CDs on the built-
in CD/Video CD player. Connect a TV monitor to the
MONITOR OUT terminal by using an RCA pin plug cable.
External audio commponent
This system can be connected with external audio
components. Connect an external audio component to the
AUX/MD terminals by using RCA pin plug connector cables
correctly, that is to say L (left) to L and R (right) to R.
Also, refer to the owner’s manual for the component to be
connected to this system.
* A digital-to-digital recording is possible from a CD played on
the built-in CD/Video CD player to an MD (or tape) on an
external MD recorder (or DAT) by connecting the DIGITAL
OUT (OPTICAL) terminal on the rear of the main unit to the
MD recorder (or DAT).
MD recorder etc.
IN
OUT
DIGITAL IN
TV monitor
VIDEO IN
(Singapore model)
(Singapore model)