EEE-1HAR47SR

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Aluminum electrolytic capacitors are non-polarized, electrochemical capacitors with a larger energy density than other types of capacitors. The EEE-1HAR47SR capacitor is a snap-in style aluminum electrolytic capacitor with a radial leaded construction. The capacitor is designed with a snap-in case that allows for easy mounting in circuit boards and other electronics systems.

The EEE-1HAR47SR capacitor features a maximum operating temperature of +105°C and can handle a maximum ripple current of 1.8Amps. It also features a high insulation resistance of over 100MΩ. This allows it to be used in many types of electronic equipment and circuits.

The capacitor is mainly used for low-frequency applications. It can be used in high-frequency resonant circuits as well as for bypassing and decoupling signals. This capacitor also has high dV/dt and high stability, which means it can be used in circuits where noise or interference is a concern.

The working principle of the EEE-1HAR47SR is fairly simple. An anode is formed from an aluminum plate and a polar electrode is formed from a manganese dioxide layer. An electric current is applied, which causes the aluminum to react and form an oxide layer. This oxide layer acts as a dielectric, storing electrical energy in an electric field.

The dielectric layer is formed in the same way as in other aluminum electrolytic capacitors, but the amount of oxide is greater due to the higher operating temperature. This reduces the capacitor\'s “leakage”, which is the degree of electrical leakage of current. It also results in higher capacitance values. The capacitor is designed to offer continuous operation with high reliability and no current leakage.

The EEE-1HAR47SR aluminum electrolytic capacitor is a reliable and hardworking piece of equipment that can be used in many different applications within the electronics industry. With its high dV/dt, high stability, and high insulation resistance, it is an ideal choice for applications requiring a low-resistance solution. As a snap-in design, it is simple to mount and can be easily integrated into circuit boards.

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