Parts and their functions, Connector area – Panasonic AJ-B95 Manuel d'utilisation
Page 26
26
Connector area
=>?@ Audio input connectors (XLR)
The analog audio signals are supplied to these
connectors.
Their channel allocation can be changed as shown
below by setting the ANALOG AUDIO IN switch.
<Notes>
¢
¢
1: No sound can be recorded on channels 3 and 4 in the 25 Mbps mode.
¢
¢
2: The input for channels 1 and 2 (channels #1 and #2 from the left) can be selected from “connector = input,”
“connector > input” and “connectors => mixed” by setting the V2 AUDIO input selector switch (channel
selector switch). (See page 15)
¢
¢
3: In the 2-channel mode, the same signals will be recorded at VTR1 on channels 1 and 3 as on channels 2
and 4.
Recording channels on tape
VTR1
VTR2
ANALOG
AUDIO IN
switch setting
Signals
input to
channel 1
Signals
input to
channel 2
Signals
input to
channel 3
(¢1)
Signals
input to
channel 4
(¢1)
Signals input to
channel 1
Signals input to
channel 2
Signals input to
channel 3
(¢1)
Signals input to
channel 4
(¢1)
V1. V2 (2ch)
Connector
?
Connector
@
Connector
?
(¢3)
Connector
@
(¢3)
Selected from:
O
Connector =
O
Connector >
O
Connectors =>
mixed
(¢2)
Selected from:
O
Connector =
O
Connector >
O
Connectors =>
mixed
(¢2)
Selected from:
O
Connector =
O
Connector >
O
Connectors =>
mixed
(¢2)
Selected from:
O
Connector =
O
Connector >
O
Connectors =>
mixed
(¢2)
Parts and their functions
V1 (4ch)
Connector
=
Connector
>
Connector
?
Connector
@
Sound muted
Sound muted
Sound muted
Sound muted
V2 (4ch)
Sound
muted
Sound
muted
Sound
muted
Sound
muted
Setting the V2 AUDIO input selector switch (channel selector switch) enables
any audio signals to be selected. (See page 15)
DC IN
REF IN
TC IN
REMOTE
REMOTE
V
T
R
1
A
U
D
I
O
M
O
N
O
U
T
A
U
D
I
O
I
N
A
U
D
I
O
O
U
T
VIDEO
MON
OUT
TC
OUT
75
Ω AUTO
VIDEO
MON
OUT
TC
OUT
L
CH 4
VIDEO OUT
VIDEO IN
P
B
P
B
P
R
P
R
VIDEO OUT
ACTIVE THROUGH
SDI
IN
SDI
IOUT
VIDEO IN
VIDEO/Y
VIDEO/Y
EDL
NOT USER
SERVICEABLE
VIDEO/Y
VIDEO/Y
P
B
P
B
P
R
P
R
(CH 2•4)
CH 3
(CH 1•3)
CH 4
(CH 2/4)
CH 3
(CH 1/3)
CH 2
(CH 2/4)
(V2)
(V1)
CH 1
(CH 1/3)
CH 2
MIC
CH 1
R
V
T
R
2
V
2
V
1
/
V
2
=
>
?
@