W2A41C471MAT2A

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The W2A41C471MAT2A capacitors are high-capacitance, covered-electrode ceramic capacitors with a dielectric of MnO2. They have an extended capacitance range, up to 470 μF. They have a wide temperature range, low ESR and ESL, low leakage, and a low equivalent series inductance (ESL). The W2A41C471MAT2A capacitors are suitable for use in a variety of applications.

The W2A41C471MAT2A capacitors can be used in capacitor networks and arrays. A capacitor network is a circuit consisting of an array of capacitors that can be used to filter, store, or transfer electrical energy. They are commonly used in RF circuits to provide a low-impedance path for the high-frequency components of a signal. In capacitor arrays, multiple capacitors are arranged in a pattern to form a matrix that is used for the storage of electrical energy. The capacitors in the array can be configured to either store energy or filter or weaken certain frequencies of a signal.

The working principle of a W2A41C471MAT2A capacitor is based on a simple charge and discharge process. When a voltage is applied to the capacitor, a current flows in the circuit. Since the circuit contains a capacitor, an electric field is established that causes electrons to move towards the positive plate and current to flow, which in turn causes the capacitor to charge. When the voltage is removed, electrons move to the negative plate and a current flows in the opposite direction, which causes the capacitor to discharge. The W2A41C471MAT2A capactiors have a low equivalent series inductance (ESL) which ensures that the capacitor can discharge quickly, enabling it to filter or weaken RF signals.

The W2A41C471MAT2A capacitors are ideal for use in a wide range of capacitor networks, arrays and other high frequency applications such as signal filtering and signal boosting. They have a wide temperature range, low ESR and ESL, low leakage, and a low equivalent series inductance (ESL). The capacitor\'s extended capacitance range and low ESL make them an ideal choice for signal filtering, signal boosting, and other high frequency applications. They are also suitable for use in capacitor networks and arrays for energy storage and filtering purposes.

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