KZE10VB471M8X11LL

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Aluminum Electrolytic Capacitors are one of the most important components in many electronic circuits. They are used in applications such as power supplies, power conditioning, motor control, communications circuits, audio systems, and instrumentation. The KZE10VB471M8X11LL capacitor is a reliable aluminum electrolytic capacitor designed to meet the demanding requirements of these applications.

The KZE10VB471M8X11LL capacitor is a polarized, non-solid aluminum electrolytic capacitor. It is encased in a self-healing plastic sleeve inside a reinforced plastic enclosure. The sleeve is designed to vent any building pressure during high temperatures or short circuits. The reinforced plastic enclosure provides extra protection against impacts and vibration.

The KZE10VB471M8X11LL capacitor has maximum temperature ratings of up to +105°C and capacitance ratings from 10 to 470µF. Its operating voltage ratings range from 4 to 50 V, making the capacitor suitable for a variety of different applications. The capacitances available with the KZE10VB471M8X11LL capacitor are large enough to provide reliable energy storage for high-power circuits.

The KZE10VB471M8X11LL capacitor offers excellent performance characteristics, with low impedance, high reliability, high energy storage, and extremely low leakage current. The capacitor is designed to provide maximum energy storage with minimal frequency response losses.

The KZE10VB471M8X11LL capacitor has a very simple working principle. When a voltage is applied across its two electrodes, a current flow occurs, which is the source of the capacitor\'s charge. This charge is established by the movement of ions, in the form of ions, between the electrodes. When the voltage is removed, the ions become stationary again and the capacitor\'s charge remains stored. The capacitor\'s capacitance is directly related to the volume of the dielectric material between its electrodes and the charge stored.

The KZE10VB471M8X11LL capacitor is ideal for use in a number of applications such as power supplies, power conditioning, motor control, communications circuits, audio systems, and instrumentation due to its excellent performance characteristics. It is an ideal choice for applications requiring high energy storage and low frequency response losses. The capacitor\'s robust construction and reliable operation make it an attractive option for many applications.

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