Hq capacitors, also known as multilayer ceramic capacitors, are a type of electronic component used in various applications. These capacitors consist of several layers of ceramic material with metallic electrodes on each layer. The layers are stacked together and then fired at high temperatures to create a solid block.

When an electric current is passed through an Hq capacitors, it charges the capacitor by separating positive and negative charges across the thin insulating layer between the electrodes. This creates an electric field that stores energy in the form of electrical charge within the capacitor.

The capacitance value of an Hq capacitors depends on factors such as its physical size, shape, number of layers and hq capacitors dielectric constant. Typically, smaller-sized Hq capacitors have lower capacitance values than larger ones due to their reduced surface area for storing charge.

Hq capacitors can be polar or non-polar depending on their construction. Polarized Hq capacitors have specific terminals designated for positive and negative connections while non-polarized ones do not require any specific orientation when connected to a circuit.

Hq capacitors function by storing energy in an electric field created between two metal plates separated by a thin insulating material inside them. They are commonly used in many electronic devices such as smartphones, computers and televisions due to their small size but large capacitance value compared to other types of capacitors available today.

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