Panasonic AJ-P - Manual (Page 9)

9
? ANALOG lamp 2
This lights when ANALOG is selected for the audio
input signals as the menu item No.700 [AUDIO IN
SEL] setting. When it is off, the HD SDI signal input
or INT SG status is established.
<Note>
The signals which are input for each of the
channels when analog signals are supplied are
recorded on the following audio tracks of the tape.
CH1 input 5 CH1 and CH5 tracks
CH2 input 5 CH2 and CH6 tracks
CH3 input 5 CH3 and CH7 tracks
CH4 input 5 CH4 and CH8 tracks
@ METER button and lamp (CH3•4)
Each time the METER button is pressed, the
signals which are output to the headphone jack E
and represented on the level meter display are
switched between CH1/CH2 and CH3/CH4.
When the CH1/CH2 signal levels are displayed, the
CH3•4 lamp goes off.
<Note>
The METER button takes effect when LINE is
selected as the menu item No.780 [AUD OUT SEL]
setting for the analog audio output connectors.
A Audio output lamps (CH1•2, CH3•4)
The audio channels to which the signals are output
are indicated by these lamps.
B Audio monitor selector switch
This is used to select the audio monitor output and
headphone output channel.
Parts and their functions
Front panel
Reference:
Combination of setup menu items and audio outputs selected by the front panel switches
2 This function is operational only when the AJ-
YA120AG (optional accessory) has been
installed.
Setup menu item
No.780
AUD OUT
SEL
No.770
MONITOR
MIX
No.771
H.PHONE
MIX
Front panel
Audio monitor
selector switch
B
Audio
output
lamps
A
METER
lamp
@
Headphone
output
AUDIO
MONITOR
Rear panel
AUDIO OUT connectors
CH1 CH2 CH3/L CH4/R
LINE
CH1/2
CH3/4
——
——
STEREO
CH1+2
——
——
STEREO
CH1+2
——
——
STEREO
CH1+2
——
——
STEREO
CH1+2
STEREO
CH1+2
——
——
STEREO
CH1+2
STEREO
CH1+2
——
CH1
ST
CH2
CH1
ST
CH2
CH1
ST
CH2
Off
Off
Off
Off
Off
L=R (CH1)
L=R (CH3)
L=CH1/R=CH2
L=CH3/R=CH4
L=R (CH1+2)
L=R (CH3+4)
L=R (CH2)
L=R (CH4)
L=R (CH1)
L=CH1/R=CH2
L=R (CH1+2)
L=CH1/R=CH2
L=R (CH1+2)
L=R (CH2)
L=R (CH3)
L=CH3/R=CH4
L=R (CH3+4)
L=CH3/R=CH4
L=R (CH3+4)
L=R (CH4)
L=R (CH1)
L=R (CH3)
L=CH1/R=CH2
L=CH3/R=CH4
L=R (CH1+2)
L=R (CH3+4)
L=R (CH2)
L=R (CH4)
L=R (CH1)
L=CH1/R=CH2
L=R (CH1+2)
L=CH1/R=CH2
L=R (CH1+2)
L=R (CH2)
L=R (CH3)
L=CH3/R=CH4
L=R (CH3+4)
L=CH3/R=CH4
L=R (CH3+4)
L=R (CH4)
CH1
CH1
CH3
CH2
CH2
CH4
CH3
L=CH1
L=CH1
L=CH1+2
L=CH2
L=CH3
L=CH3
L=CH3+4
L=CH4
CH4
R=CH1
R=CH2
R=CH1+2
R=CH2
R=CH3
R=CH4
R=CH3+4
R=CH4
CH3•4
CH3•4 CH1•2
CH3•4
CH3•4
CH3•4 CH3•4
CH3•4
CH3•4