337LMX450M2DH

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Aluminum electrolytic capacitors are some of the oldest and most widely used capacitor types in the market today. They have the advantage of being able to store energy and to provide electrical energy quickly at power up. The most common aluminum electrolytic capacitors are those with non-polarized anodes, which are available in both axial and radial styles. Among these, the 337LMX450M2DH is a low ESR, high ripple current aluminum electrolytic capacitor with a 2.0V to 450V voltage rating. Its features make it suitable for use in a wide range of applications.

337LMX450M2DH Application Field

The 337LMX450M2DH is designed for applications needing a low ESR and high ripple current capacitor. It is typically used in power supply circuits, motor drives, and energy storage systems. In addition, its features make it suitable for use in automotive, medical, and consumer electronics, as well as high-reliability industries. Its long lifetime and excellent temperature characteristics further ensure its stability and reliability in demanding applications.

Due to its excellent temperature characteristics, the 337LMX450M2DH can be used in applications that require high temperature operation. It is also suitable for use in automotive systems due to its long lifetime and its low standing-current stability. Its ability to provide a large capacitance excellent high frequency characteristics also make it suitable for use in medical and consumer electronics including hearing aids, mobile phones, personal data devices, and PDAs.

337LMX450M2DH Working Principle

The 337LMX450M2DH is an aluminum electrolytic capacitor with non-polarized anodes, which are mostly available in axial and radial styles. It is made up of two aluminum foil electrode plates that are connected together in one of two ways: electrically via an electrolyte or mechanically via a cylinder. The cylinder is filled with the liquid electrolyte which acts as the dielectric material. The positive plate of the capacitor is connected to the cathode and the negative plate of the capacitor to the anode.

The current flow in the capacitor is reversed when the voltage is increased above the rated value. This phenomenon is referred to as "reverse current breakdown" or "RCBO." The RCBO phenomenon creates a high dielectric loss characteristic, which accounts for the 337LMX450M2DH\'s low ESR and high ripple current characteristics. Additionally, when conducting electricity, aluminum electrolytic capacitors generate heat which contributes to the overall dissipation of energy. This dissipation helps ensure durability and a long lifetime.

The 337LMX450M2DH\'s low ESR and high ripple current characteristics make it suitable for use in applications which require frequent and quick energy changes. In addition, its long lifetime and excellent temperature characteristics further ensure its reliability in extreme environmental conditions.

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