Philips SWV3603W/10 Datasheet

Category
SCART cables
Type
Datasheet

Philips SWV3603W/10 is a 3m long scart cable that enhances the audio-visual experience by providing a superior connection for transferring signals between components. Its 24-carat gold-plated connectors optimize signal quality, while the copper braided reinforced aluminum shielding protects against signal loss. The non-slip ergonomic grip ensures easy handling, and the plug-and-play feature allows for effortless installation. Additionally, the flexible PVC jacket, spring strain relief, and protective metal shell contribute to extended durability.

Philips SWV3603W/10 is a 3m long scart cable that enhances the audio-visual experience by providing a superior connection for transferring signals between components. Its 24-carat gold-plated connectors optimize signal quality, while the copper braided reinforced aluminum shielding protects against signal loss. The non-slip ergonomic grip ensures easy handling, and the plug-and-play feature allows for effortless installation. Additionally, the flexible PVC jacket, spring strain relief, and protective metal shell contribute to extended durability.

Philips
Scart cable
3.0 m
SWV3603W
Turn up your viewing experience
with this 21-pin scart cable
Step up to a better connection for transferring audio/video signals between your
components.
Enjoy superior picture quality
24 carat gold-plated connectors optimize signal
Protects against signal loss
Copper braided reinforced aluminum shielding
Easy installation
Non-slip ergonomic grip for easy use
Plug and play for easy use
Enjoy extended durability
Flexible PVC jacket
Spring strain relief for extended durability
Protective metal shell for extended durability
Issue date 2010-12-10
Version: 2.0.6
12 NC: 8670 000 36803
EAN: 87 12581 39318 2
© 2010 Koninklijke Philips Electronics N.V.
All Rights reserved.
Specifications are subject to change without notice.
Trademarks are the property of Koninklijke Philips
Electronics N.V. or their respective owners.
www.philips.com
Specifications
SWV3603W/10
Scart cable
3.0 m
Highlights
Flexible PVC Jacket
Flexible PVC jacket provided protection to the
delicate core of the cable. It also offers extended
durability and ease of installation.
Spring strain relief
Spring strain relief allows easily manipulation of the
cable and provides extended durability.
Braided shielding
Copper braided reinforced aluminum shielding
protects against signal loss and interference.
Easy grip
This non-slip grip makes connecting your
components easy and ergonomically comfortable.
Plug and play
Plug and play offers easy installation of components
without time-consuming installations.
Metal shell
The metal shell protects the internal connection of
the cable. It ensures durability and the reliability of
your connection.
24 carat gold-plated connector
24 carat gold-plated connectors ensure the best
signal quality for your components.
Packaging dimensions
Packaging dimensions (W x H x D):
19 x 28.5 x 2.5 cm
Nett weight: 0.14 kg
Gross weight: 0.45 kg
Tare weight: 0.31 kg
EAN: 87 12581 39318 2
Number of products included: 1
Packaging type: Blister
Outer Carton
•Outer carton (L x W x H): 30.2 x 21 x 12 cm
Nett weight: 0.56 kg
Gross weight: 2.05 kg
Tare weight: 1.49 kg
EAN: 87 12581 39733 3
Number of consumer packagings: 4
  • Page 1 1
  • Page 2 2

Philips SWV3603W/10 Datasheet

Category
SCART cables
Type
Datasheet

Philips SWV3603W/10 is a 3m long scart cable that enhances the audio-visual experience by providing a superior connection for transferring signals between components. Its 24-carat gold-plated connectors optimize signal quality, while the copper braided reinforced aluminum shielding protects against signal loss. The non-slip ergonomic grip ensures easy handling, and the plug-and-play feature allows for effortless installation. Additionally, the flexible PVC jacket, spring strain relief, and protective metal shell contribute to extended durability.

Ask a question and I''ll find the answer in the document

Finding information in a document is now easier with AI