LXY50VB122M16X35LL

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Aluminum Electrolytic Capacitors are power-source components utilized in a vast array of electronic devices, measuring instruments, industrial controls, etc. The LXY50VB122M16X35LL type capacitor, in particular, is a specific type of electrolytic capacitor which divides itself into two general classes, the axial-type and the snap-in type. The differences between these two types lie primarily in their size and mounting size, but share the same operating principle and vary little in application fields.

The LXY50VB122M16X35LL model of electrolytic capacitor is, as previously mentioned, a snap-in type. This means that the model of capacitor mounts easily and conveniently, which is especially useful for those designing with limited space for components. It measures 122 μF and has a rated voltage of 16 V with a max surge voltage of 35 V. It is a single-ended type capacitor, meaning that it has just two terminals and is simplified in installation and repair. The environmental temperature to ensure rated capacitance and other operating parameters is −40-+85℃.

The specific application fields to which this model of capacitor best serves are numerous. As a snap-in type, it is appropriate for usage with printed circuit boards or wherever a through-hole component is necessary. This type is also generally more reliable, with the benefit of its minimized size and excellent heat resistance. Furthermore, due to its ease of assembly and repair, this capacitor is often utilized in places, such as automotive electronics, where frequent repairs are sometimes necessarily required.

The basic working principle behind all electrolytic capacitors remains the same. This type of capacitor is composed of two electrodes made of aluminum foil, or aluminum sheets with indentations, that are then covered with a conductive electrolyte layer made of paper or film, which acts as the dielectric. When direct current passes through the capacitor, electrons pass from the cathode to the anode, resulting in the formation of a chemical reaction, called an electric double layer.

What results is the accumulation of charge at the surface of the electrodes, which produces an electric field between them. This electric field provides the capacitance necessary for the function of the electrolytic capacitor. In contrast to other types of capacitors, the magnitude of capacitance created by an electrolytic capacitor depends on its size, with larger units providing increased capacitance.

The LXY50VB122M16X35LL model aluminum electrolytic capacitor is a reliable, power-source component, packed with features to serve in versatile applications. With its wide range of application fields, specifically mounting convenience, circuit reliability, and relatively high temperature operational capability, it is no surprise that the LXY50VB122M16X35LL capacitor is the preferred choice for many.

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