477CKE025M

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Aluminum electrolytic capacitors, consisting of two or more aluminum foils coated with an electrolytic material, are one of the key components found in countless pieces of electrical equipment and devices. The specific design of a particular capacitor is determined largely by the application and operating environment in which it will be used. The 477CKE025M specifically is a 5.5V aluminum electrolytic chip capacitor, capable of holding up to 25μF of capacitance.

The 477CKE025M’s aluminum electrolytic construction makes it ideal for use in low frequency, low voltage systems and electrical hardware. Due to its low voltage rating, the 477CKE025M is most suitable for applications such as signal coupling and decoupling, power conditioning, pulse networks, signal delay lines, and AC to DC power supplies. The 477CKE025M is also commonly found in circuits connected to components such as antennas and motors.

The small size and low profile of the 477CKE025M also makes it suitable for use in large circuits in small and tight places, where it can fit in between components and wires without obstructing or blocking any other connections. The 477CKE025M is relatively low cost, making it a highly attractive option to electronics engineers and manufacturer looking to use it as in their designs.

The 477CKE025M has a number of specific characteristics that make it an attractive option when searching for a capacitor. The 477CKE025M has a wide temperature operating range of -20° C to + 85° C, ensuring that it will function properly in most environments and conditions. The 477CKE025M is also highly resistant to moisture, making it capable of surviving in both indoor and outdoor conditions. The 477CKE025M also has excellent electrical characteristics, featuring a rated leakage current of 1.5 mA and a rated ripple current of 400 mA. These parameters make the 477CKE025M highly reliable and capable of handling large amounts of current.

The 477CKE025M also has a number of safety certifications and standards, including UL, CSA, and RoHS approvals, as well as an IPX8 rating, making it highly reliable and capable of being used safely in most applications.

The working principle of an aluminum electrolytic capacitor is relatively simple. The anode and cathode of the capacitor are connected to an electrolyte, which is an electrically conductive liquid. As current is applied to the capacitor, the electrolyte allows ions to flow freely between the anode and cathode, creating an electric charge, or capacitance. This electric charge can then be used to store energy and help regulate voltage levels. The energy storage capacity of a capacitor is determined by its capacitance, which is measured in Farads. The combination of the 477CKE025M’s low voltage rating and 25μF capacitor make it highly effective in providing the energy storage capacity necessary to meet the needs of an application.

In summary, the 477CKE025M is an aluminum electrolytic chip capacitor that is capable of handling low voltage and is ideal for use in large circuits. The 477CKE025M features a wide temperature range, excellent electrical characteristics, and a number of safety certifications and standards. The 477CKE025M’s working principle is based on the transfer of ions between the anode and cathode of the capacitor in order to create an electric charge, or capacitance, that can be used to store energy and help regulate voltage levels. The 477CKE025M’s impressive range of features make it a highly attractive option when searching for a capacitor.

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