MP1040-3M0

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Ferrite disks and plates are used in a variety of applications from high speed communication to low frequency magnetic circuits. The MP1040-3M0 is a type of ferrite disk that has been developed specifically for use in high speed communications. It matches the high speed characteristics of modern communication systems with the low magnetic properties of certain ferromagnetic materials.

The MP1040-3M0 has a high-frequency resonant frequency of 40 MHz. This means that the device is capable of efficiently transferring high frequency electrical signals from one point to another. It also has a high saturation magnetic field of 250 gauss, which is suitable for applications such as magnetic recording and sensing. It has a low magnetic loss tangent of 0.05, allowing for improved accuracy when dealing with low-frequency signals.

The MP1040-3M0 has a number of features that make it suitable for high-speed communications applications. Firstly, it has a low series resistance of just 10 ohms, allowing for low power dissipation and improved signal quality. It also has a high kinetic inductance of 2.3 nanohenry, allowing for better signal voltage stability. Its high resistivity of 5.6 x10^14 ohms per square makes it well-suited to applications such as magnetic recording where signal path resistance needs to be as low as possible. Additionally, the MP1040-3M0 has a remanence value of 60 saturation gauss, meaning that it can accurately detect magnetic changes that occur during data transfer and other operations.

In order to understand how the MP1040-3M0 works, it helps to have a general understanding of how ferrite disks and plates work in general. Ferrite disks and plates are composed of small particles of ferromagnetic material that are held together by a binder material. When an alternating current is applied to the device, it causes eddy currents to be generated inside the ferrite disk. These eddy currents then induce a magnetic field in the ferrite disk which is strong enough to transfer data signals from one point to another.

The MP1040-3M0 employs a special type of ferrite disk that is designed specifically for high-speed communications applications. This type of device has a higher magnetic permeability than conventional ferrite disks and plates, meaning that it can transfer more data per unit length. The higher permeability also allows for higher data transfer rates, making it suitable for applications such as broadband communications and high speed wireless networks. It also allows for lower losses due to impedance mismatch between the cable and the device. Additionally, the higher permeability enables the MP1040-3M0 to operate at higher temperatures, meaning that it can be used in sensitive electronic devices without fear of overheating.

The MP1040-3M0 is a ferrite disk that has been designed specifically for high-speed communications applications. It has a high-frequency resonant frequency of 40 MHz, a high saturation magnetic field of 250 gauss, a low magnetic loss tangent of 0.05, and a low series resistance of 10 ohms. It also has a high kinetic inductance of 2.3 nanohenry, a high resistivity of 5.6 x10^14 ohms per square, and a remanence value of 60 saturation gauss. These features make it well-suited for applications such as magnetic recording, broadband communications, and high speed wireless networks.

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