SFT44T70-10J475E-00DU

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Capacitor networks and arrays are used extensively as basic components in High Frequency Electronic Equipment. The SFT44T70-10J475E-00DU is one of the most commonly used capacitor networks, used in a wide variety of fields. It consists of four 4.7nF capacitors in parallel and arranged in series.

This capacitor network is generally used for a variety of high-frequency applications such as radio frequency filtering, impedance matching among antenna and radio receiver, tuneable circuit and others. Higher values of capacitance can be obtained by connecting multiple SFT44T70-10J475E-00DU capacitor networks in parallel. This makes this type of network very useful for constructing more complex networks with more intricate filtering requirements.

Working principle of SFT44T70-10J475E-00DU

The SFT44T70-10J475E-00DU capacitor network works on the principle of capacitive reactance. Capacitive reactance is a measure of the opposition presented to an alternating current or voltage by the capacitance of a capacitive device. This opposition is a result of the electrical field stored in the capacitor and its dielectric material.

A capacitor has two plates which are separated by a dielectric material. When a voltage is applied to the plates, an electric field is created between the plates. This electric field is proportional to the applied voltage and is known as the electric displacement. This electric displacement creates the electric field between the plates which will oppose the flow of any current.

The electric field created by the capacitor can be thought of as a “magnetic shield” which will act as an impedance to any current attempting to flow through it. This impedance is called capacitive reactance, and it is proportional to the capacitance of the device. As the frequency of the applied voltage increases, the capacitive reactance increases as well.

In the SFT44T70-10J475E-00DU capacitor network, the four capacitors are arranged in series. This creates a greater capacitance than if they were all connected in parallel. The combined capacitance will be greater than the sum of the capacitances of the individual capacitors. This allows the device to have a higher reactance than one single capacitor.

In terms of applications, SFT44T70-10J475E-00DU is a great choice for many high-frequency, altgradial applications. It\'s low profile, high reactance, and low series inductance are perfect for applications such as high-frequency telecommunications, mobile phones, antennas, and many other types of equipment.

Conclusion

The SFT44T70-10J475E-00DU capacitor network is a versatile, high performance device ideal for a wide range of high-frequency applications. It is constructed from four in-series capacitors and can be connected to create more intricate networks with higher capacitance values. Its low profile, high reactance and low series inductance makes it perfect for telecommunication, antenna, and many other applications. So if you’re looking for a reliable, high performing capacitor network for your next project, the SFT44T70-10J475E-00DU is worth a look.

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