ELXM451VSN101MQ30S

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Aluminum Electrolytic Capacitors are common passive electronic components that are used for storing energy. They are used in almost all electronic circuits to provide temporary energy storage, allowing for the stabilization of current, voltage, and power. One example of such a capacitor is the ELXM451VSN101MQ30S, which is a miniature, curved supercap. This capacitor is used for applications which require higher voltages and large capacitance values.

The ELXM451VSN101MQ30S is a miniaturized aluminum electrolytic capacitor. It is constructed with greater capacitance than its predecessors while still retaining a compact size. This model features a 10V nominal working voltage and a maximum capacitance of 45µF. It is made with a double-layer construction which further reduces its size while providing lower equivalent series resistance (ESR). This component offers excellent capacitance stability and high ripple current performance.

When it comes to the physical characteristics of the ELXM451VSN101MQ30S, it measures at 8.1 mm in length by 5.2 mm in width by 6.7 mm in height. The capacitor also features an elongated body with curved edges. Its high capacitance-to-size ratio makes it an ideal choice for applications where space savings is important.

The ELXM451VSN101MQ30S can be used in a variety of applications. It is suitable for use in DC-DC converters, signal filtering, cleaning power supplies, voltage regulators, and battery charge and discharge circuits. Due to its wide operating temperature range up to 125°C, this component is also suitable for automotive applications.

The ELXM451VSN101MQ30S uses the principle of electrolytic capacitors to store energy. This type of capacitor is made of two aluminum foil layers with an electrolyte paste layer in between them. The electrolyte paste consists of an oxidizing agent and an electrolyte. When a voltage is applied, an electric field is created between the layers which in turn produces a charge-separation layer at the interface, thus forming an energy storage mechanism.

Once a voltage is applied, electrical energy is stored into the capacitor by a process called ionic polarization. During this process, the electrolyte is negatively charged on one side while the aluminum foam is positively charged on the other. This creates a doubly-layered capacitor which stores the electrical energy.

The ELXM451VSN101MQ30S has the potential to enhance the efficiency of energy storage devices in many different contexts and can help reduce the complexity of circuits which need reliable, high-energy storage. It is a reliable and compact capacitor that is well-suited for space-constraint applications.

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