Mitsubishi Electronics WD-52725, WD-62525, WD-52525, WD-62725 manual Outputs

Appendix B: Specifications, continued

Audio Inputs: Qty 8 pair	RCA Pin Plug 500mV (full scale), 43kohm
Outputs
Video
Video, Qty 1	Video: RCA Pin Plug 1.0 Vp-p, 75 ohm
Signal Type	NTSC 480i only
Audio
Monitor Output, Qty 2 pair	RCA Pin Plug, 500 mV rms + 200 mV (full scale) for analog sources.
	1.5 V + 0.5 V (full scale) for digital sources.
Digital Interfaces:
Digital Audio Output, Qty 1	RCA Pin Plug, Signal Type, Dolby Digital
IEEE 1394, Qty 3	IEEE 1394 Four Pin type Terminal, S400
Audio/Speakers	10 watt x 2, 5” coaxial speakers
Dimensions
WD-52525, WD-52725	H 37-1/4” x W 49-5/8” x D 17-3/8”, 132lbs
WD-62525, WD-62725	H 43-5/8” x W 58-5/16” x D 19-7/8”, 165 lbs
Power Consumption	275 watts

Net command® IEEE 1394 System Compatibility:

This television is designed to conform to IEEE 1394 AV/C Software standards in effect at the time of development. This exciting new networking and control technology is designed to provide high-performance digital connections and product control, making the product easier to use.

Mitsubishi D-VHS VCRs are fully compatible with this TV in audio, video and control. Many DV camcorders that have IEEE 1394 connections will be compatible with the control features of this TV, but not compatible with the audio or video decoder.

As other manufacturers produce products that use the IEEE 1394 AV/C standards, they will be responsible to develop theses products to meet the standards of the technology, as well as compatibility testing with other products. Mitsubishi cannot be responsible for their efforts, and therefore cannot promise compatibility with these other products. Any compatibility problems with other manufacturers products should be brought to the attention of those manufacturers.

The HDMI input is compliant with EIA-861B standards for standard, extended and high definition video, digital audio and HDCP copy protection. However, this input is not intended for use with personal computers or devices outputting video signals with computer resolutions.

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