KR-5R5C224H-R

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Electric Double Layer Capacitors (EDLC) are high-performance electrical storage components used primarily in a variety of consumer electronic devices. They are also known as Supercapacitors due to their superior performance compared to traditional capacitors. The KR-5R5C224H-R is a specific EDLC that is well suited for applications requiring high power, burst capability, and durability.

KR-5R5C224H-R application field

The KR-5R5C224H-R EDLC is specifically designed for high-power and burst applications. It is a compact package with a short discharge time and high energy density. It is well-suited for consumer electronics such as mobile phones and digital cameras, where high-quality power is required in a small form factor. It is also widely used in a variety of automotive, industrial, and medical applications. Examples include starting motors, control systems, energy storage, and medical instruments.

KR-5R5C224H-R working principle

The KR-5R5C224H-R EDLC is a type of electrical device that stores electrical energy in its charged field. It is composed of two electrically conductive plates that are separated by an electrolyte. When a voltage is applied to the plates, a current will flow resulting in the formation of an electric double layer. This double layer is composed of anions and cations, which allows an electric charge to build up on the surface of the plates. The charges will then slowly reverse when the voltage is removed, allowing for a gradual discharge of the stored energy.

The KR-5R5C224H-R EDLC also features an integrated ESR which ensures low power losses and high cyclability. The ESR increases the capacitance, allowing for a higher stored energy capacity. The low ESR also helps to reduce the amount of energy that is transferred from the capacitor when it is discharged.

The KR-5R5C224H-R EDLC is an ideal choice for applications that require high power, burst capability, and durability. It is designed to operate reliably over a wide temperature range, enabling it to be used in harsh environmental conditions. Its low ESR and high capacitance further contribute to its overall reliability, making it a reliable component for a variety of consumer electronic applications.

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