160MXC470MEFCSN20X35

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Aluminum Electrolytic Capacitors (AECs) are a type of capacitor that uses aluminum for the plates, an electrolytic paper as the separator, an electrolyte (liquid or gel) as the dielectric medium and a foil as the leads. Due to the large capacitance they can store, AECs are a great choice for a variety of applications ranging from automotive to consumer electronics. When it comes to AECs, the model 160MXC470MEFCSN20X35 is an excellent example. In this article, we will look at the application field and working principle of this AEC model.

The 160MXC470MEFCSN20X35 it is an AEC with a 470µF capacitance, a 16V rated voltage and a maximum temperature of 105°C. It is a 20x35mm component with lead spacing of 5.0mm. This AEC model is perfect for general purpose applications, such as power supplies, motor drive circuits, and audio circuit designs. It is also great for automotive applications, such as spark ignition systems, anti-lock brake systems, and satellite radio. In addition, the 160MXC470MEFCSN20X35 is an excellent choice for consumer electronics, like TVs, stereos, and computers.

The working principle of the 160MXC470MEFCSN20X35 can be explained by the motion of positive and negative charges in a capacitor. An electric field is created between two electrically isolated plates when a voltage is applied across them. This causes a separation of charge. The positive plate attracts electrons, while the negative plate repels electrons. This establishes a separation of charge between the two plates, creating an electric field. As the electric field gets stronger, it exerts a pressure on the dielectric medium, which further increases the capacitance of the capacitor.

In summary, the 160MXC470MEFCSN20X35 is a high-performance AEC with a capacitance of 470µF, a rated voltage of 16V and a maximum temperature of 105°C. It is ideal for applications requiring power supplies, motor drives, audio circuits, automotive applications, and consumer electronics. The working principle of this AEC can be explained by the motion of positive and negative charges between the two electrically isolated plates, creating an electric field and increasing the capacitance of the capacitor.

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