LXZ16VB47RM5X11LL

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Aluminum electrolytic capacitors play a critical role in all kinds of applications including those employed in automotive electronics, telecommunication equipment, medical equipment, electronic appliances, monitoring systems and general industrial applications. The LXZ16VB47RM5X11LL series of aluminum electrolytic capacitors belong to this family of capacitors and are widely used in any application requiring a high capacitance value within a relatively small size.

The LXZ16VB47RM5X11LL series is a modern day aluminum electrolytic capacitor and depends on classic electrochemical principles to function. The design and construction of the capacitor entails a completely sealed, cylindrical aluminum housing with a metalized dielectric surface applied on the inside. The device is filled with an electrolyte such as a hygroscopic or non-hygroscopic liquid or gel. The electrolyte serves three main purposes: it acts as a conductor between the plates, provides a cooling effect and helps dampen vibration effects.

The typical structure of the LXZ16VB47RM5X11LL aluminum electrolytic capacitor consists of a positive terminal called the anode, a negative terminal called the cathode, and a separator paper or medium between the two. There is also an outer sleeve of insulating material and a metal alloy plate at the bottom of the package. The package contains a very thin metal oxide layer which acts as the dielectric.

The aluminum electrolytic capacitor uses the basic principles of electrochemistry to create a field of electrical energy between the anode and cathode, thus enabling it to store and release electrical energy. To operate the capacitor, the cathode side of the device is connected to the electrical ground, while the anode is connected to the electrical power. When the capacitor is initially connected to the power supply, a current flows from the anode to the cathode allowing the inside of the capacitor to fill with electrons. This causes the electrical field between the anode and cathode to be established. When the power supply is disconnected, the capacitor retains the electrical energy and can be used to deliver this energy back to the power supply at any time.

This type of capacitor is suitable for applications that need a great deal of energy storage in a small size due to its high capacitance values. Common applications of LXZ16VB47RM5X11LL series aluminum electrolytic capacitors include power supplies and converters, motor control circuits, high-voltage power wiring, peak power smoothing, and pulse circuits in fields such as medical, industrial, automotive, and home electronics.

The working principle and characteristics of the LXZ16VB47RM5X11LL aluminum electrolytic capacitor make it an ideal choice for a range of electronic applications, both in terms of energy storage and cost. Its design also ensures it will last a long time and its unique electrolyte filling technique increases its reliability. Such features make this type of capacitor one of the most popular in the market today.

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