173D475X0050XE3

Tantalum Capacitors are used in various applications from consumer electronics to life-critical medical equipment. This article will discuss the 173D475X0050XE3 application field and working principle.

Tantalum capacitors are versatile because they have high capacitance and low equivalent series resistance (ESR). The 173D475X0050XE3 is no exception. Using an solid electrolyte and metal-oxide, this device has an capacitance of 47μF, a Voltage of 16 VDC, and a ESR of no more than 0.14ohms at 25 °C.

173D475X0050XE3 capacitors are used in numerous applications. Its low ESR is ideal for low-noise applications and helping to reduce heat. It also has good stability and low-temperature performance even with its high capacitance. These features make it great for extending the life of consumer electronics, such as TVs, computers, radios, and portable devices. Because they are able to handle high temperatures well, they are also often used in automotive applications.

The 173D475X0050XE3 is also useful for applications where ripple current must be kept to a minimum, such as medical imaging equipment. Its low ESR also allows the capacitors to be used on high-frequency circuits. For instance, they can be used on radiotelephone and cell phone circuits, and they can help to reduce the amount of emitted noise.

When the capacitor is subject to a voltage, current will flow into and out of the capacitor. This current initiates an electrochemical reaction, which transforms and stores electrical energy in the capacitor. The capacitor can store and discharge energy by converting electrons into ions. The size of a capacitor and voltage rating determine the amount of energy held by the capacitor.

In a nutshell, the 173D475X0050XE3 application field and working principle are based on its ability to handle high temperatures, low ESR, and reduce noise in the environment. It is widely used in consumer electronics, automotive, and medical applications. When subject to a voltage, current flows into and out of the capacitor, allowing for the storage and discharge of energy.