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5-CN4190-1.5S

Description
sheet polyester 38.1mm SQ 5/PK
CategoryTopical application    Wireless rf/communication   
File Size24KB,2 Pages
Manufacturer3M
Websitehttp://3M.com/esd
Environmental Compliance  
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5-CN4190-1.5S Overview

sheet polyester 38.1mm SQ 5/PK

3M Fabric Tape CN-4190
Double-Coated Conductive
Data Sheet
October 2008
Description
3M™ Fabric Tape CN-4190 consists of copper-nickel coated conductive polyester
fabric and unique electrically conductive pressure-sensitive acrylic adhesive.
CN-4190 tape is typically used in many applications typically served by metal foil shielding
tapes such as grounding and EMI shielding equipment, components, shielded rooms, etc.
The unique fabric backing offers the additional benefits of excellent flexibility and
conformability, very light weight, and exceptional strength. The fabric backing also helps
minimize the possibility of finger lacerations.
Applications
Shielding
Effectiveness
Many factors determine the true shielding effectiveness of a shielding tape, including
type and thickness of foil adhesive type, intimacy of contact, smoothness of
application surface, strength and frequency of the EMI signal, etc. However, using
standard tests and fixtures, it is possible to determine a value for the attenuations.
For CN-4190 fabric tape, typical shielding effectiveness is in the range of 65dB to
70dB. Before using this product, the user must evaluate it and determine if it is
suitable for the intended application.
Typical Properties
Technical information provided consists of typical product data and should not be used for
specification purposes. Unless otherwise noted, all tests are performed at room temperature.
Physical
Property (Test Method)
(ASTM
D1000
unless noted)
Color
Adhesive
Type of Backing
Total Thickness
(backing plus adhesive)
Liner Thickness
Breaking Strength
Adhesion Strength
Grey
Conductive acrylic
Copper/Nickel coated conductive fabric
4.3 mils (0,11 mm)
5.8 mils (0,14 mm)
35 lb/in (16 kgf/25 mm)
40 oz/in (1000gf/25 mm)
Typical Value
US units (metric)
3
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