Integra DTR-6.4/5.4 Connecting your AV components, Connecting video camera, etc. Video 4 Input

Connecting your AV components

8.DVD recorder, other digital video recording device (VIDEO 2)

		ANTENNA		AM	FM 75
COMPONENT VIDEO
INPUT 2	INPUT 1	OUTPUT
Y		12 V					ZONE 2
		TRIGGER		IR OUT
		OUT	56K	40K	ZONE 2	DC IN	LINE OUT	RS
					OUT	24V 1A
PB		A			A		L
					B
PR		B					R

*

*You do not have to make all the connection shown on the illustration above. For appropriate connection for your components, see “The flow of the video signals” on page 19.

Digital audio input (coaxial)

DTR-6.4 only

Video input

S Video input

L (white)

Analog audio

input	R (red)
	L (white)

	REMOTE
ZONE 2	CONTROL

	DIGITAL			VIDEO 3	VIDEO 2		VIDEO 1		DVD	MONITOR	IR
IN		OUT	COAXIAL	IN	OUT	IN	OUT	IN	IN	OUT	OU
OPTICAL	1	OPTICAL									V
2
											S
			IN
			COAXIAL
IN	IN	OUT	IN	IN	OUT	IN	OUT	IN	FRONT	SURR	CENTER
GND										L
L
R										R
											SUB
PHONO	CD	TAPE		VIDEO 3	VIDEO 2		VIDEO 1
											WOOFER

DVD

*	Analog audio
	output	R (red)
	S Video output
	Video output

: Signal flow

8.Connecting a DVD recorder or other digital video recording device (VIDEO 2)

Using RCA video cables, connect the video output jack (composite) of the device to the VIDEO 2 V IN jack of the DTR-6.4/5.4 and connect the video input jack of the device to the VIDEO 2 V OUT jack of the DTR-6.4/5.4. Or if the device has S video input and output jacks, using S video cables, connect the S video output jack of the device to the VIDEO 2 S IN jack of the DTR-6.4/5.4 and connect the video input jack of the device to the VIDEO 2 S OUT jack of the DTR-6.4/5.4. Or if the device has component video outputs, connect them to the COMPONENT VIDEO INPUT 1 or 2 jacks on the DTR-6.4/5.4.

With the initial settings of the DTR-6.4/5.4, the VIDEO 2 input source is set for the COMPONENT VIDEO INPUT 2 jacks.

If you connect the device to the COMPONENT VIDEO INPUT 1 jacks, this must be changed at “Input Setup” → “Component Video” (see page 34).

Using RCA audio cables, connect the audio output jacks of the device to the VIDEO 2 IN audio jacks of the DTR-6.4/5.4 and connect the audio input jacks of the device to the VIDEO 2 OUT audio jacks of the DTR-6.4/5.4. Make sure that you properly connect the left channels to the L jacks and the right channels to the R jacks.

If the device has a digital output, connect it to either the DIGITAL IN COAXIAL jack or the DIGITAL IN OPTICAL jack of the DTR- 6.4/5.4 depending on the type of connector on the device.

With the initial settings of the DTR-6.4/5.4, nothing is allocated as the digital input source for VIDEO 2 (----).

If you connect the digital audio output, be sure to make the appropriate changes at “Input Setup” → “Digital Input” (see page 34).

If the device has a digital input, connect it to the DIGITAL OUT jack of the DTR-6.4/5.4 for digital recording of the signal from the digital input of the DTR-6.4/5.4.

Note:

The output from the DIGITAL OUT jack of the DTR-6.4/5.4 is only the digital signal input to the DIGITAL IN jack.

9. Connecting video camera, etc. (Video 4 Input)

Using an RCA video cable, connect the video output jack (composite) of the device to the Video 4 Input Video jack of the DTR-6.4/5.4. Or if the device has an S video output jack, connect it to the Video 4 Input S Video jack of the DTR-6.4/5.4 using an S video cable.

Using an RCA audio cable, connect the audio output jack of the device to the Video 4 Input Audio jacks of the DTR-6.4/5.4. Make sure that you properly connect the left channel to the L jack and the right channel to the R jack.

If the device has an optical digital output, connect it to the Video 4 Input Digital jack of the DTR-6.4/5.4.

The Video 4 Input Digital is fixed to the OPTICAL input on the front panel.

Video output

S Video output

*

9.Video camera/ Video game (VIDEO 4 INPUT)

Digital output (optical)

L (white)

Analog output

R (red)

*You do not have to make all the connection shown on the illustra- tion above. For appropriate connection for your components, see “The flow of the video signals” on page 19.

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