W3A41A180KAT2A

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Capacitor Networks, Arrays

The W3A41A180KAT2A is a capacitor network composed of 4 polypropylene film capacitors in a single network configuration. It is designed for applications requiring high stability in high frequency circuits and is also suitable for power supply smoothing and EMI/RFI noise filtering. Its capacitance value is 184nF and its rated operational voltage is 400V.

Application Field

The W3A41A180KAT2A can be used in various applications. For example, it is commonly used in the electronics industry for power supply smoothing, voltage stabilization, noise filtering, and RF protection. It is also suitable for use in motor drives and other high-current and high-temperature applications where high capacitance, low losses, and other properties are critical.

The W3A41A180KAT2A can also be used in audio applications such as filtering, tone controls, and equalizers. This capacitor network is suitable for use in demand-sensitive circuits, high-power switching applications, and even in energy storage designs.

Working Principle

The W3A41A180KAT2A capacitor network operates on the same basic principle as other types of capacitor networks. It stores energy in the form of an electrical charge, which can then be released when the network is connected to an electronic circuit. This stored energy is used to provide a current-induced output signal that can then be used to control an electronic circuit.

The typical capacitor network consists of several individual capacitors, each of which is connected in a particular configuration. In the W3A41A180KAT2A, four individual polypropylene film capacitors are configured in a single-network configuration with the addition of a common connection between the two terminals of each capacitor. This configuration ensures that the capacitors share the same current and voltage, resulting in higher stability and lower losses.

The W3A41A180KAT2A capacitor network operates by allowing the capacitors to store electric charge. The charge can then be released when the network is connected to an electronic circuit. When the voltage across the network is steady and unchanging, the capacitor network is said to be in a state of DC equilibrium. When the voltage across the network changes, the capacitor network is said to be in a state of AC equilibrium.

The charging and discharging of the capacitor network can be used to control the operation of an electronic circuit. When the capacitor network is connected to a circuit, the current through the circuit will be proportional to the voltage of the capacitor network. This means that by controlling the voltage of the network, the current through the circuit can be accurately controlled.

In addition to its use in the electronics industry, the W3A41A180KAT2A capacitor network can also be used in a variety of other applications such as medical devices and automotive systems. Its highly reliable and accurate performance makes it ideal for these types of applications.

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