B43697A5476Q7

Aluminum electrolytic capacitors are widely used in power supplies, communication systems, and signal processing systems. The B43697A5476Q7 aluminum electrolytic capacitor is a two-pole component commonly used in such systems.

This device is a general-purpose capacitor, which means that it can serve as a series-coupling capacitor, discharge capacitor, and energy storage device. It is designed to be two-pole and is able to handle relatively high voltage. It has a lead-free, yellow outer shell that meets the requirements of RoHS. The capacitor also features a 12.5mm diameter, and a length of 20mm.

In terms of its capacity, this capacitor has a capacitance range of 0.1uF to 22uF, and it operates at temperatures ranging from -55°C to 125°C. Furthermore, its DC-working voltage is rated at 450V, with an operating ripple current of 200mA.

A key feature of the B43697A5476Q7 capacitor is its fail-safe design. This means that the connector is designed to provide reliable contact, even when working under the harshest conditions. The device also contains a self-healing film technology, which prevents shorts and provides long-term reliability.

The working principle of aluminum electrolytic capacitors is based on the breakdown of an electrolytic solution. This electrolyte provides a conductive medium between two electrodes. When this electrolyte is exposed to a high electric field, it breaks down and forms a thin layer of dielectric material between the two electrodes. This layer of dielectric material is what stores the energy.

The B43697A5476Q7 aluminum electrolytic capacitor operates on the same principle. When the device is placed in an electrical circuit, it acts as a filtering device, blocking out certain frequencies and allowing others to pass through. This helps to reduce power supply noise and other interferences in the circuit.

Overall, the B43697A5476Q7 aluminum electrolytic capacitor is a reliable and efficient device that can perform well in a wide range of applications. Its fail-safe design and self-healing technology provide added safety and long-term reliability. Furthermore, its working principle is based on the breakdown of an electrolytic solution, making it an ideal device for filtering and power supply noise reduction in electronic circuits.