Manual of product DVP642
Technical Specifications DVP642
General Information
-
ModelDVP642
-
Brand
-
Category
-
Type
-
SKU233828
-
MPN233828
Weight and dimensions
-
Weight2000 g
-
Depth235 mm
-
Height43 mm
-
Width435 mm
Audio
-
Dynamic range (1 kHz)90 dB
-
Crosstalk (1 kHz)105 dB
-
Dynamic range (1 kHz)90 dB
-
Dynamic range (1 kHz)90 dB
-
MP3 Bitrates32 - 256 Kbit/s
Storage support
-
Number of optical discs1 discs
Packaging information
-
Package weight3000 g
-
Package depth306 mm
-
Package height128 mm
-
Package width510 mm
Screen
-
ScreenFTD
Technical details
-
Loading mechanismPlateau
-
SlideshowYes
Other features
-
Lead-free welded productYes
-
Product weight6.6 kg
Power
-
Energy consumption (standby mode)0.8 W
Similar products
More product categories from brand Philips
Audio Philips
Home appliances Philips
Personal care Philips
Household appliances Philips
Interior Philips
Phones Philips
Other Philips
Garden and outdoor Philips
Software Philips
More product types from brand Philips
Presentation of product DVP642 specifications from brand Philips
Generalities
The brand of the product Philips DVP642 is Philips. This brand is known for its quality and innovation in the field of household appliances. The product model Philips DVP642 is DVP642 | DVP642/37. This model ensures optimal performance and an enhanced user experience.
Storage support
The number of optical discs of the product Philips DVP642 is 1 disques. This feature allows for optimizing storage and data management.
Weight and dimensions
The weight of the product Philips DVP642 is 2000 g. This weight is ideal for ensuring optimal use and easy handling. The depth of the product Philips DVP642 is 235 mm. This dimension allows for optimal integration into your space. The width of the product Philips DVP642 is 435 mm. This dimension is essential to ensure optimal integration into your space. The height of the product Philips DVP642 is 43 mm. This dimension is essential to ensure that the product fits perfectly in your space.
Audio
The signal-to-noise ratio of the product Philips DVP642 is 90 dB. This high ratio ensures exceptional audio quality, allowing for clear and precise listening without unwanted interference. The crosstalk (1 kHz) of the product Philips DVP642 is 105 dB. This specification ensures excellent separation of audio channels, providing a clear and immersive sound experience. The dynamic range (1 kHz) of the product Philips DVP642 is 90 dB. This dynamic range ensures accurate and detailed sound reproduction. The distortion and noise (1 kHz) of the product Philips DVP642 are 90 dB. This specification ensures optimal sound quality for an immersive listening experience. The bitrate of the MP3 of the product Philips DVP642 varies between 32 - 256 Kbit/s. This bitrate allows for audio quality suited to different listening needs.
Packaging information
The depth of the product package Philips DVP642 is 306 mm. This dimension is essential to ensure proper packaging and secure transport. The width of the package of the product Philips DVP642 is 510 mm. This dimension is essential to ensure optimal transport and storage. The weight of the Philips DVP642 package is 3000 g. This weight ensures optimal protection during transport and delivery. The height of the package of the product Philips DVP642 is 128 mm. This dimension is essential to ensure optimal transport and storage.
Screen
The Philips DVP642 screen contains FTD. This screen offers exceptional image quality for an immersive visual experience.
Technical details
The loading mechanism of the product Philips DVP642 is high. This mechanism allows for optimal use and quick recharging. Does the product Philips DVP642 have a slideshow? Oui. This feature allows for presenting images in a dynamic and engaging way.
Other features
The weight of the product Philips DVP642 is 6.6 kg. This weight makes it a sturdy and reliable choice for your needs. Does the product Philips DVP642 have Lead-free welded product? Oui.
Power
The energy consumption in standby mode of the product Philips DVP642 is 0.8 W. This feature helps reduce electricity consumption when the device is not in use, thus contributing to energy savings.