B43601A9187M80

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Aluminum electrolytic capacitors play an important role in electronics. Most commonly used as decoupling capacitors, these components are known for their large capacitance values, excellent noise-suppression ability, and extended voltage ratings. B43601A9187M80 is one of the many aluminum electrolytic capacitors available on the market today.

The B43601A9187M80 aluminum electrolytic capacitor is constructed with a cylindrical aluminum can housing, mounted atop a black plastic insulating base. The top of the capacitor is covered in a matte black plastic shell, which features two matching 0.8mm diameter mounting holes for connection to circuit boards. The B43601A9187M80 electrolytic capacitor measures 6mm in diameter and 15.7mm in length, making it well suited for use in compact and densely packed electronic circuits.

Inside the B43601A9187M80 electrolytic capacitor, two electrodes are separated with a thin aluminum oxide insulating material. The lower electrode is an anode foiled onto the inside of the aluminum can, while the upper electrode is a cylindrical cathode foil with a number of tightly wound dielectric layers. This design ensures excellent performance in high temperature applications and extended thermal cycling stability.

The B43601A9187M80 electrolytic capacitor offers an impressive capacitance value of 47uF, a working voltage of 25V, and an operating temperature range of -40°C to +85°C. This makes the B43601A9187M80 well suited for use as a power supply decoupling capacitor, bypass capacitor, or noise filter in a wide variety of small electronics.

The B43601A9187M80 capacitor is particularly well suited for use in automotive electronics, where the higher operating temperature capacity and extended thermal stability are important. Automotive circuit applications such as motor control, ABS, and instrument cluster modules all benefit greatly from the reliable power filtering provided by B43601A9187M80 electrolytic capacitors.

The working principle of B43601A9187M80 electrolytic capacitors is the same as any other capacitor. When a voltage difference is applied across the two electrodes, electrostatic energy is stored inside the capacitor. This, in turn, will create an opposing electrical field, which is used to filter out noise or to provide a steady supply of power. In some cases, a dielectric material is used as the insulator to increase the amount of energy stored in the capacitor.

Aluminum electrolytic capacitors such as the B43601A9187M80 are ideal for use in small electronics, thanks to their small size and high capacity. Their ability to withstand extreme temperatures make them especially well suited for automotive applications, where reliable power filtering is essential. The B43601A9187M80 provides excellent noise suppression, extended voltage ratings, and reliable performance in a compact package.

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