B41041A7106M

Aluminum Electrolytic Capacitors are notable for their long life, low equivalent series resistance, and high volumetric energy density. B41041A7106M is one of the leading products in this cornerstone field, with a vast array of applications, including but not limited to automotive, power supply, power controllers, and computers.

In terms of structure, B41041A7106M is composed of an aluminum case with a sealing format and a polypropylene dielectric, with a UL approved flame resistant sleeve. It has an operational voltage of 350 Vac, and a capacitance of 1500 Mfd. The ripple current is 45 A at 120 Hz, 2% maximum, and 60 A at 100 KHz, 2% maximum.

The working mechanism of B41041A7106M is quite simple. When the capacitor is charged up, the electric charges will bind to the anode, creating a potential difference between the anode and the cathode. Due to this potential difference, an electric current will flow through the circuit, helping to regulate the internal temperature for optimal performance.

Moreover, B41041A7106M adopts advanced thermal management features. Its anode is insulated with a special material to ensure excellent thermal conduction, prevent parasitic current amplification, and enhance UPS (uninterruptible power safe) stability.

In the fields of automotive and consumer electronics, B41041A7106M has especially good noise filtering performance. Its capacitance characteristics help to prevent interference from devices with different power conditions, resulting in higher reliability and less spurious signals. In power control operations, B41041A7106M helps maximize efficiency while reducing the cost of ownership.

Undoubtedly, B41041A7106M is an ideal choice for use in numerous applications, particularly in the automotive and consumer electronics fields. Its reliable design ensures quality power control, long life and efficient electricity usage. As one of the most advanced Aluminum Electrolytic Capacitors available, B41041A7106M is definitely the top choice for a wide range of applications.