MKT1813547064

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Film capacitors, also known as plastic film capacitors, are capacitors constructed by winding layers of plastic film. This includes the family of AC-rated film capacitors, which are designed for use as power line noise filters. As an important electrical device, MKT1813547064 enables various applications and works in different ways.

The MKT1813547064 is a high-end product of the MKT series, and it is widely used in low-frequency AC circuit and filter circuits, providing an excellent electric performance. This MKT1813547064 uses a Polyester (PET) (Also known as Mylar) films as dielectric and is wound with tin-plated copper wires. It has excellent characteristics of low loss, small capacitance changes due to temperature and humidity, excellent electric property and high stability. It also has a wide range of capacitance, ranging from 0.001 μF to 10 μF.

The main purpose of the MKT1813547064 is to reduce the effects of line noise in a variety of electronic circuits. The device works by providing a capacitive connection between two components, reducing the noise level on the line. This connection also provides a short-circuit path around inductive components, thus breaking up the inductance of the circuit and allowing the greater frequencies that are associated with the higher-order harmonics to pass while attenuating the lower frequencies that are associated with the lower-order harmonics.

The MKT1813547064 also finds applications in power supplies, antennas, oscillators, and motor controllers. It is also used in low-power signal conditioning, such as audio circuits. This device also finds use in coupling and phase shift circuits, and it can help to decrease switching losses and improve the efficiency of the power supply. In addition, MKT1813547064 is used in the protection of human-made noise, and it is often used in the attenuation of impulse noise on switch mode power supply lines.

The basic working principle of the MKT1813547064 is straightforward. When a voltage signal is applied to the two conductive plates of the MKT1813547064, the electric field in the dielectric material causes the charge carriers to move from one plate to the other and form an electric current through the circuit. Since the two plates are separated by a layer of dielectric material, the current only passes through the MKT1813547064, and not through the circuit. This prevents unwanted current from flowing through the circuit.

This type of device works best in situations where the voltage varies over a narrow range and is relatively constant. Since the capacitance of the device is based on the amount of charge stored in the dielectric material, the frequency of the signal must be relatively low for the device to work effectively. Additionally, the voltage must be maintained under rated value in order to prevent damage to the device and any associated components.

The MKT1813547064 also has two additional terminals, a common terminal and a ground connections. The common terminal allows two or more MKT1813547064 capacitors to be connected together in series, while the ground connection provides a path for current that is not required to flow through the device. This allows the MKT1813547064 capacitors to be used in applications where it is necessary to isolate two or more circuits from one another.

In conclusion, the MKT1813547064 application field and working principle are important in many types of film capacitors. This device is used for a variety of applications, including power line noise reduction, signal conditioning, and protection from human-made noise sources. It works by providing a capacitive connection between two components, and it is capable of delivering excellent electrical performance in low-frequency AC circuits and filter circuits. Furthermore, it can be used in series connections and is capable of providing short-circuit paths for inductive components, breaking up the inductance and allowing high-frequency signals to pass while attenuating lower frequencies.

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