B43504B9187M67

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Aluminum electrolytic capacitors are an important type of capacitors used in most applications of circuit design. They are usually used in filtering, decoupling, and frequency tuning applications due to their high capacitance values, low losses, stability, and reliability. The B43504B9187M67 is an aluminum electrolytic capacitor designed to offer dependability in a wide range of applications.

Introduction to B43504B9187M67

The B43504B9187M67 is a radial aluminum electrolytic capacitor from EPCOS designed for high power dissipation. It consists of a radial shaped inductor with an anode aluminum foil, cathode aluminum foil, and an electrolyte that allows for an exchange of charge. This charge exchange results in a highly efficient capacitor. The B43504B9187M67 has an operating temperature range between -55 and +125 °C and can withstand temperature shock up to 150 °C.

Application Field of B43504B9187M67

The B43504B9187M67 aluminum electrolytic capacitor is designed for high power and long life applications where reliability and efficiency are needed. It is primarily used for energy storage such as motor start-up capacitors, snubber capacitors, power supplies, and solar energy storage. The B43504B9187M67 also finds use in high power lighting applications, medical devices, and air conditioning systems.

How Does the B43504B9187M67 Work?

The B43504B9187M67 aluminum electrolytic capacitor utilizes the principle of electrolysis to produce an electric field that stores energy and allows a charge to flow. When the voltage across the capacitor is increased, the electric field increases, causing the anode and cathode foils to move apart and forming an electrolyte gap. When the voltage is decreased, the electric field decreases, the foils move closer together, and the electrolyte gap is reduced. In this way, the capacitor stores up energy, releasing it when needed. This process is referred to as “dielectric absorption.”

Characteristics of the B43504B9187M67

The B43504B9187M67 aluminum electrolytic capacitor has several advantages that make it an ideal choice for many applications. It has a capacitance of 470 µF with a maximum operating voltage of 50V, and can withstand temperature shocks up to 150 Celsius. It is also self-healing, meaning that if subjected to high voltages, the capacitor will not blow the circuit, but will be able to heal itself and continue operating. The B43504B9187M67 capacitor has a low Equivalent Series Resistance, allowing for efficient operation at high temperatures, and a long life expectancy.

Conclusion

The B43504B9187M67 aluminum electrolytic capacitor is a reliable and efficient choice for many applications requiring high power dissipation and storage. With its wide operating temperature range, high capacitance and operating voltage, and long life expectancy, it provides the end user with a product that can be depended upon for many years. The principle of electrolysis at the core of the B43504B9187M67 capacitor allows for efficient energy storage and growth, making it a suitable choice for many high power applications where reliability is a necessity.

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