PLV1E121MCL1TD

Aluminum-polymer capacitors are the most common type of capacitors used widely in everyday electronics and engineering applications. This type of capacitor consists of two separate terminals or electrodes made of aluminum, sandwiched between two layers of a dielectric polymer. Its working principle can be described as the electric field generated between the two electrodes of the capacitor and the dielectric material contained between them. The role of the dielectric material is to store the charges generated by the electric field.

The PLV1E121MCL1TD capacitance is a small package of aluminum-polymer capacitors designed for applications requiring high capacitance with a small amount of space. It is an axial capacitor with a lead spacing of 6.3mm (0.25") and a maximum rated voltage of 12V. This type of capacitor is used for decoupling and filtering, blocking DC, and providing inrush current limiting. It is ideal for applications that require a minimum amount of space for electrical components.

The PLV1E121MCL1TD capacitor uses a combination of aluminum and polymer layers as its dielectric material. The aluminum layers are used to store the charges generated by the electric field, while the polymer layers are used to act as a barrier between the electrodes and reduce the leakage of charge. It also has a temperature coefficient of -55°C to 85°C and is available in various capacitances ranging from 0.1uF to 0.22uF. Under an AC operating temperature, the capacitor has a maximum temperature rise of 10°C.

In summary, the PLV1E121MCL1TD is a type of aluminum-polymer capacitor designed for applications requiring high capacitance with a small amount of space. This capacitor has a two terminal configuration with two layers of aluminum and polymer as its dielectric material. It is used for decoupling and filtering, blocking DC, and providing inrush current limiting and its temperature coefficient ranges from -55°C to 85°C.