CKCL22X5R1A474M085AK

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A capacitor network, or array, is made up of several capacitors connected in series or parallel in a circuit. The purpose of such a network is to store electrical energy for use in a variety of applications. The CKCL22X5R1A474M085AK capacitor network is a capacitor array with a range of temperature and current ratings that make it suitable for a variety of applications.

The CKCL22X5R1A474M085AK capacitor network has a rated temperature range of -55° C to +125° C (-67° F to +257° F). It has a voltage rating of 2.5 volts, a current rating of 25 mA, and a power rating of 6.25 W. The network includes 5 capacitors connected in parallel, each with a capacitance of 22 nF. The electrical characteristics of the network are such that it offers low equivalent series resistance (ESR) and a high self-resonant frequency. As a result, it provides improved efficiency, stability, and reliability in applications where these characteristics are important.

The CKCL22X5R1A474M085AK capacitor network is commonly used in power supply circuits, frequency filters, impedance matching circuits, and signal conditioning networks. In power supply circuits, the capacitor array serves as a buffer between the power supply and the load, allowing the circuit to maintain stable power delivery and filter out noise. In frequency filters, the capacitor network helps to reduce the unwanted frequencies by providing additional impedance. In impedance matching circuits, the resistors in the network help to match the impedance of the source and the load to ensure proper signal transfer. And in signal conditioning networks, the capacitors help to store energy, which is then released slowly over time, helping to reduce signal distortions and ensure clean signal transfer.

The CKCL22X5R1A474M085AK capacitor network is a versatile and reliable solution for a variety of applications. Its low equivalent series resistance and high self-resonant frequency make it ideal for applications where these characteristics are important. By providing noise filtering, impedance matching, and signal conditioning, it helps to ensure that power delivery, frequency filtering, and signal transfer are all accurate and reliable.

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