46X1N03020.NN00 Allicdata Electronics
Allicdata Part #:

903-1566-ND

Manufacturer Part#:

46X1N03020.NN00

Price: $ 66.07
Product Category:

RF/IF and RFID

Manufacturer: Laird Technologies EMI
Short Description: FABRIC TAPE COPPER
More Detail: N/A
DataSheet: 46X1N03020.NN00 datasheet46X1N03020.NN00 Datasheet/PDF
Quantity: 4
1 +: $ 60.06420
10 +: $ 56.53180
25 +: $ 52.99860
50 +: $ 49.46540
100 +: $ 46.99210
Stock 4Can Ship Immediately
$ 66.07
Specifications
Series: 86749
Part Status: Active
Type: Shielding Tape
Shape: --
Length: 65.617' (20.00m)
Width: 1.181" (30.00mm)
Thickness - Overall: --
Operating Temperature: --
Adhesive: Conductive, Single Sided
Material: Nickel-Copper (NI/CU) Fabric
Description

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

RFI and EMI shielding and absorbing materials are essential components in a variety of electronics applications. In applications where emissions and susceptibilities can be problematic, proper shielding and absorbing materials are required to maintain proper performance of the system. 46X1N03020.NN00 is a reliable and dependable shielding and absorption material that is suitable for a wide variety of electronics applications.

Application Field of 46X1N03020.NN00

46X1N03020.NN00 shielding and absorption material is most commonly used in combination with other materials, such as aluminum cages and spacing foams, to create RF and EMI shielding enclosures for electronics applications. The material is also frequently used as absorbing material in applications such as RF signal labs, where RF energy emitted from electronic equipment is required to be damped or absorbed by the surrounding material. In these applications, 46X1N03020.NN00 absorption material is highly effective at dampening RF energy.

Additionally, the material can be used in combination with other materials, such as shielding gaskets, to create something called “Faraday Cages,” which are enclosures that provide shielding to electronic equipment from outside sources of EMI. These Faraday cages employ various types of shielding and absorption material, including 46X1N03020.NN00, which is well-suited for such applications. Finally, this material is often used to line RF and EMI shielded enclosures, such as those found in various types of radio frequency (RF) and microwave equipment intended for use in general broadcasting, cellular, satellite or military radio communication systems.

Working Principle of 46X1N03020.NN00

The working principle of 46X1N03020.NN00 shielding and absorption material involves the utilization of two distinct physical processes: RF radiation shielding and RF energy absorption. In terms of RF radiation shielding, 46X1N03020.NN00 material is able to block or reflect electromagnetic radiation in the frequency range of 8 to 18 GHz by acting as a passive reflector. This shielding effect is due to the material’s size and shape, which creates an electrically conductive barrier that can act as a shield between the enclosed equipment and the outside environment.

The second physical process employed by 46X1N03020.NN00 is RF energy absorption. In this case, the material’s size and shape are able to dissipate RF energy that is incident upon it, thereby preventing the energy from being re-radiated. This process is useful in applications where it is essential to reduce or eliminate the RF energy that is being emitted from electronic equipment.

Conclusion

In conclusion, 46X1N03020.NN00 shielding and absorption material is a reliable, dependable material that is suitable for a wide variety of electronics applications. It is primarily used in combination with other materials, such as aluminum cage and spacing foams, to create RF and EMI shielding enclosures. It is also often used as an absorbing material to reduce or eliminate RF energy in applications like RF signal labs. Finally, the material is often used to line RF and EMI shielded enclosures found in various types of RF and microwave equipment. The two primary physical processes employed by the material are RF radiation shielding and RF energy absorption.

The specific data is subject to PDF, and the above content is for reference

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