Philips DVDR3390-37 - Manual (Page 64)

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64
Specifi cations
Picture/Display
• Aspect ratio: 4:3, 16:9
• D/A converter: 10 bit, 54 MHz
• A/D converter: 10 bit, 54 MHz
• Picture enhancement: Progressive Scan
Sound
• D/A converter: 24 bit, 96 kHz
• A/D converter: 24 bit, 96 kHz
• Signal to noise ratio: 106
• Crosstalk (1kHz): 105 dB
• Dynamic Range (1kHz): 90 dB
Video Recording
• Recording system: NTSC, PAL
• Compression formats: MPEG2
• Recording modes:
High Quality : HQ (1 hour)
Standard Play : SP (2 hours)
Extended Play : EP (4 hours)
Super Long Play : SLP (6 hours)
• Audio compression: Dolby Digital
Video Playback
• Disc playback media: CD, CD-R/-RW,
DVD, DVD-Video, DVD+R/+RW,
DVD-R/-RW, SVCD, Video CD
• Compression formats: MPEG2, MPEG1,
DivX
• Video disc playback system: NTSC, PAL
Audio Playback
• Disc playback media: CD, CD-R/-RW,
MP3-CD, MP3-DVD
• Compression formats: Dolby Digital, DTS,
MP3, MPEG2 Multichannel, PCM
• MP3 bit rates: 32~256 kbps and VBR
Still Picture Playback
• Disc formats: DVD+R/+RW, DVD-R/-RW,
Picture CD
• Picture compression formats: JPEG
• Picture enhancement: Rotate, Zoom
Storage Media
• Recording media: DVD+R/+RW,
DVD-R/-RW,
Tuner/Reception/Transmission
• TV system: NTSC
• Aerial Input: 75 Ohm coaxial (IEC75)
Connectivity
Rear Connections:
• Component Video Out
• S-Video Out/In
• Video (CVBS) Out/In
• Audio left/right Out/In
• Digital audio out (coaxial)
• RF Antenna in
• RF TV out
• Mains
Front Connections:
• Video In
• Audio left/right In
• DV In
Convenience
• Programming/Timer Enhancements:
Daily/Weekly, Repeat Program, Manual
Timer, One Touch Recording, VCR Plus+
• Programmable events: 20
• Programming period: 1 month
Power
• Power supply: 110 – 130 VAC (120Vnom)
• Consumption: 25 W (typical)
• Standby power consumption: < 3W
Cabinet
• Dimensions (wxhxd) : 435 x 43 x 322 mm
• Net Weight : 4 kg
This set is designed without any fan or ventilation. Heat dissipation is via the metal casing.
Thus it is NORMAL that the set could be quite warm when turned on.
Reminder : Do Not place anything above or under the set obstructing its heat dissipation.