173D475X0025WWE3

Tantalum capacitors, or tantalum electrolytic capacitors, are an electronic component used for electrical storage and signal filtering. The 173D475X0025WWE3 is an axial leaded device, popular for power supplies and signal filtering in medical devices, smartphones, automotive, and other consumer electronics.

Tantalum capacitors use a solid electrolyte made from a thin film of tantalum pentaoxide (Ta2O5), joined onto one of the two electrodes. The anode electrode is generally made of crystalline tantalum and the cathode electrode is made from manganese dioxide (MnO2). In a tantalum capacitor, a voltage is applied across the anode and cathode to create a current, and electrons flow from the anode to the cathode. This electron flow builds up on the electrodes and creates an electrical charge. This charge remains stored until it is released.

The 173D475X0025WWE3 tantalum capacitor is an axially leaded device that offers high capacitance, improving the signal filtering capabilities of the device in medical, automotive, and consumer electronic applications. It offers excellent ESR, temperature stability, and excellent long-term reliability. In comparison with aluminum electrolytics, tantalum capacitors can hold more than five times their volume of energy and last longer than their aluminum counterparts.

The 173D475X0025WWE3 capacitor has a capacitance of 4.7 uF, a minimum rated voltage of 25 VDC (25 V), and a working temperature range of -55 Celsius to +120 Celsius. It is designed for medical, automotive, and portable electronics applications such as power supplies, signal filtering, and more. The capacitor also features an axial lead design that eliminates problems associated with PC board layouts.

Tantalum capacitors are becoming increasingly popular due to their superior performance and reliability. The 173D475X0025WWE3 is a good example of a high-performance, reliable tantalum capacitor that can be used in a variety of applications. This capacitor is small in size and provides a long life cycle, making it an ideal choice for medical, automotive, and consumer electronic applications.