Sony HDWM2000/20 Operation Manual - Page 25

Connector Panel

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2-2 Connector Panel Chapter 2 Location and Function of Parts Cooling fan 2 Analog video input/output section (see page 2-16) 1 Analog audio input/output section 3 Digital audio input/output section (see page 2-16) 75Ω 4 Digital signal input/ output section (see page 2-17) Cooling fan 5 Power supply section (see page 2-17) 7 Time code input/output section (see page 2-18) 8 Audio monitor signal output section (see page 2-18) 6 External device connectors (see page 2-17) 1 Analog audio input/output section 1 AUDIO INPUT CH1 to CH4 connectors 2 AUDIO INPUT CH1 to CH4 LEVEL switches AUDIO INPUT CH1LEVEL CH2LEVEL CH3LEVEL CH4LEVEL LOW HIGH LOW HIGH LOW HIGH LOW HIGH OFF ON 600Ω OFF ON 600Ω OFF ON 600Ω OFF ON 600Ω CUE IN LEVEL LOW HIGH OFF ON 600Ω CH1 AUDIO OUTPUT CH2 CH3 CH4 CUE OUT 4 CUE IN/OUT connectors 3 AUDIO OUTPUT CH1 to CH4 connectors 1 AUDIO INPUT CH1 to CH4 (channels 1 to 4) connectors (XLR 3-pin, female) Input analog audio signals to channels 1 to 4. You can record analog audio signals input to these connectors to any audio track on the tape. 2 AUDIO INPUT CH1 to CH4 (channels 1 to 4) LEVEL switches Set these for each channel as shown in the following table, according to the audio input levels to the AUDIO INPUT CH1 to CH4 connectors and the impedance. AUDIO INPUT CH1 to CH4 LEVEL switch settings Audio input level and impedance Switch setting Level Impedance -60 dBu High impedance LOW-OFF (microphone input) (approx. 20 kΩ) (left position) +4 dBu High impedance HIGH-OFF (line audio input) (approx. 20 kΩ) (center position) +4 dBm 600Ω (line audio input) HIGH-ON 600Ω (right position) 3 AUDIO OUTPUT CH1 to CH4 (channels 1 to 4) connectors (XLR 3-pin, male) These connectors output analog audio signals for channels 1 to 4. 4 CUE IN/OUT (cue audio input/output) connectors (XLR 3-pin, female/male) The IN connector inputs and the OUT connector outputs the cue audio signals. 2-15 Chapter 2 Location and Function of Parts

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Chapter 2
Location and Function of Parts
Chapter 2
Location and Function of Parts
2-15
2-2
Connector Panel
75
Ω
Cooling fan
Cooling fan
1
Analog audio input/output
section
2
Analog video input/output section
(see page 2-16)
3
Digital audio input/output section
(see page 2-16)
4
Digital signal input/
output section
(see
page 2-17)
5
Power supply section
(see page 2-17)
6
External device connectors
(see page 2-17)
8
Audio monitor signal output section
(see page 2-18)
7
Time code input/output
section
(see page 2-18)
1
Analog audio input/output section
1
AUDIO INPUT CH1 to CH4 (channels 1 to 4)
connectors (XLR 3-pin, female)
Input analog audio signals to channels 1 to 4.
You can record analog audio signals input to these
connectors to any audio track on the tape.
AUDIO INPUT
CUE
CUE
LOW
OFF
HIGH
ON
600
Ω
CH1
LEVEL
LOW
OFF
HIGH
ON
600
Ω
CH2
LEVEL
LOW
OFF
HIGH
ON
600
Ω
CH3
LEVEL
LOW
OFF
HIGH
ON
600
Ω
CH4
LEVEL
AUDIO OUTPUT
CH1
LOW
OFF
HIGH
ON
600
Ω
IN
LEVEL
OUT
CH2
CH3
CH4
1
AUDIO INPUT CH1 to CH4 connectors
2
AUDIO INPUT CH1 to CH4 LEVEL switches
3
AUDIO OUTPUT CH1 to CH4 connectors
2
AUDIO INPUT CH1 to CH4 (channels 1 to 4)
LEVEL switches
Set these for each channel as shown in the following
table, according to the audio input levels to the
AUDIO INPUT CH1 to CH4 connectors and the
impedance.
AUDIO INPUT CH1 to CH4 LEVEL switch settings
3
AUDIO OUTPUT CH1 to CH4 (channels 1 to 4)
connectors (XLR 3-pin, male)
These connectors output analog audio signals for
channels 1 to 4.
4
CUE IN/OUT (cue audio input/output)
connectors (XLR 3-pin, female/male)
The IN connector inputs and the OUT connector
outputs the cue audio signals.
Audio input level and impedance
Switch setting
Level
Impedance
–60 dBu
(microphone input)
High impedance
(approx. 20 k
Ω
)
LOW-OFF
(left position)
+4 dBu
(line audio input)
High impedance
(approx. 20 k
Ω
)
HIGH-OFF
(center position)
+4 dBm
(line audio input)
600
Ω
HIGH-ON 600
Ω
(right position)
4
CUE IN/OUT connectors