CW28B1642

Series:	--
Part Status:	Active
Type:	Round
Design:	Hinged (Snap On)
Impedance @ Frequency:	100 Ohm @ 100MHz
Material:	28
Inner Dimension:	0.299" Dia (7.60mm)
Outer Dimension:	0.839" Dia (21.30mm)
Ratings:	--
Mounting Type:	Free Hanging
Length:	0.917" (23.30mm)

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Ferrite Cores - Cables and WiringThe recent advancements in the electronics industry have provided the technology for smaller size devices to be made that are capable of higher efficiency and more cost-effective. This has provided an impetus to the acceptance of ferrite material materials in the industry. The CW28B1642 is an example of such materials that offers good performance in various applications.Ferrite materials are magnetic storage and electromagnetic absorption materials made up of ferromagnetic oxides. This natural material has properties such as high resistivity, low acoustic losses and high magnetic permeability. The CW28B1642 material is known for its unique combination of these properties, which makes it suitable for various applications.The CW28B1642 ferrite core is a thin film material that is primarily used in cables and wiring applications. It is also used in the production of flat cables, as well as in wireless and cellular applications. The material helps reduce signal interference, and as a result, improves signal quality. It also provides improved electrical and noise reduction. Furthermore, the material has a low profile design that can reduce the size and overall weight of the product.The CW28B1642 material works in three basic ways: by increasing the resistance to current flow, reducing the inductance of the cables, and reducing noise. The material does this by providing a barrier to current flow, thus reducing the level of interference. The material also provides a shielding effect that reduces the reverberation time in the area, which can help reduce unwanted sound. In addition, it helps to reduce the amount of energy absorbed by the material, increasing the frequency response of the device.The CW28B1642 material’s working principle is based on its material properties such as its high resistivity and low magnetic permeability. This material is a unique combination of ferrous oxide particles, which form an electrical barrier that prevents current flow. This barrier also creates a thin film barrier around the cable, thus isolating the conductive material from the surrounding environment. When the thin film is in place, current that comes into contact with the barrier will be trapped inside the barrier, and will not be able to flow out. This helps reduce the interference that is created when current is passing through a cable. As a result, the amount of energy that is absorbed by the environment is reduced, causing less interference. In terms of noise reduction, the material also offers a shielding effect. This shielding effect helps to reduce the reverberation time of the cable. The shielding effect works in two ways: by creating a barrier between the wires and the environment, and by reducing the capacitance of the wires. This reduces the amount of energy that is needed for the sound to reach its destination, thus reducing the interference levels. The CW28B1642 material is suitable for a variety of applications, from flat cables to wireless and cellular technologies. This material is also ideal for automotive applications, because of its ability to reduce interference and increase signal quality. Additionally, the material can improve the performance of consumer electrical products such as home audio systems, television systems, and speaker systems.The CW28B1642 material offers a unique combination of properties, which include high resistivity, low acoustic losses, and high magnetic permeability. It is widely used in a variety of applications that require noise reduction and signal quality. This material helps reduce signal interference, and as a result, improves signal quality. It also provides improved electrical and noise reduction, and its low profile design can help to reduce the size and overall weight of the product.

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