Philips SWV2623W/10 Datasheet

Philips
Brand
Philips
Model
SWV2623W/10
Category
Coaxial cables
Type
Datasheet

Philips SWV2623W/10 is a Composite A/V to scart cable designed to provide a reliable connection for transferring audio/video signals between components. It features nickel-plated connectors for a secure contact and bare copper shielding to protect against signal loss. The color-coded connectors and non-slip ergonomic grip make installation easy and convenient. Additionally, the molded plug and flexible PVC jacket ensure durability and ease of use.

Philips SWV2623W/10 is a Composite A/V to scart cable designed to provide a reliable connection for transferring audio/video signals between components. It features nickel-plated connectors for a secure contact and bare copper shielding to protect against signal loss. The color-coded connectors and non-slip ergonomic grip make installation easy and convenient. Additionally, the molded plug and flexible PVC jacket ensure durability and ease of use.

Ensure a reliable connection
with this premium audio/video cable
Depend on this cable to take your components to optimum performance. It offers the
best connection for transferring audio/video signals between components.
Enjoy good picture quality
• Nickel-plated connectors for reliable contact
• Crafted with quality construction
Protects against signal loss
• Bare copper shielding
Easy installation
• Colour-coded connectors for instant recognition
• Non-slip ergonomic grip for easy use
Enjoy extended durability
• Moulded plug for secure connections
• Flexible PVC jacket
• Rubber strain relief
Philips
Composite A/V to scart
cable
2.0 m
SWV2623W
SWV2623W/10
Composite A/V to scart cable
2.0 m
Specifications Product highlights
Inner Box
• Gross weight: 0.546 kg
• Inner carton (L x W x H): 24.5 x 10.5 x 16.5 cm
• Net weight: 0.368 kg
• Tare weight: 0.178 kg
Outer Box
• Gross weight: 3.8 kg
• Outer carton (L x W x H): 34.4 x 27.3 x 35.3 cm
• Net weight: 2.208 kg
• Tare weight: 1.592 kg
Packaging dimensions
• Packaging dimensions (W x H x D):
9.5
x 23.5 x 3.7 cm
• Gross weight: 0.116 kg
• Net weight: 0.092 kg
• Tare weight: 0.024 kg
•
Issue date 2008-10-24
Version: 1.0.2
12 NC: 8670 000 39392
EAN: 87 12581 41683 6
© 2008 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
Nickel-plated connectors
Nickel-plated connectors establish a clean contact
between the cable and connector for a reliable
connection.
Quality construction
Quality construction uses only top grade materials to
create products of extended durability.
Bare copper shielding
Bare copper shielding protects against signal loss.
Colour-coded connectors
Colour-coded connections make it easy to install your
cable into the correct inputs and outputs
Easy grip
This non-slip grip makes connecting your components
easy and ergonomically comfortable.
Moulded plug
Moulded plugs ensure secure connections between
components and offer extended durability.
Flexible PVC Jacket
Flexible PVC jacket provides protection to the delicate
core of the cable. It also offers extended durability and
ease of installation.
Rubber strain relief
Rubber strain relief provides a secure yet flexible juncture
between the cable and the plug.
  • Page 1 1
  • Page 2 2

Philips SWV2623W/10 Datasheet

Philips
Brand
Philips
Model
SWV2623W/10
Category
Coaxial cables
Type
Datasheet

Philips SWV2623W/10 is a Composite A/V to scart cable designed to provide a reliable connection for transferring audio/video signals between components. It features nickel-plated connectors for a secure contact and bare copper shielding to protect against signal loss. The color-coded connectors and non-slip ergonomic grip make installation easy and convenient. Additionally, the molded plug and flexible PVC jacket ensure durability and ease of use.

Download PDF
report

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

Finding information in a document is now easier with AI

Related papers