0402ZJ120JBWTR

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Thin Film Capacitors are widely used in different fields, including medical, telecommunication, aerospace, robotic, power solutions and more. Among these applicaitons, 0402ZJ120JBWTR is a small surface mount capacitors with advanced features, which features with low profile, wide temperature range, and ultra-high capacitance and are suitable to be used in military, high-reliability and consumer electronic device.

This capacitor is made from a multi layer ceramic (MLC) structure with a metal deposit as the electrodes. In this MLC structure, electrodes depostied on both sides of ceramics substrate. They enable a much better capacitance performance under high temperature and high frequency than other traditionally used capacitors. The use of metal deposit increases the heat resistancce and stability of the ceramics substrate, which gives the capacitor a stronger robustness and longer lifespan.

The working principle of 0402ZJ120JBWTR is that when an electrical potential is applied, a dielectric form between the metal electrodes and the ceramics substrate. The metal electrodes form a capacitor in between with the dielectri property to store electrical charges. During the electrical potential passing through the capacitor,the electrons move from one metal element to the other and the capacitance of the device changes. This happens in a very small timescale and is known as the capacitor cycle.

In addition, the properties of this capacitor are also affected by the type of metal materials used in the deposition. With different kind of metal electrodes,the properties of the device could be fine tuned and designed to meet different conditions and purpose. The selection of metal electrodes can also influence the voltage rating and temperature range.

In general, the 0402ZJ120JBWTR is a kind of small surface mount capacitors suitable for different types of applications and it has some unique features that make it stand out from other types of capacitors. Its low profile and wide temperature range makes it suitable for various types of applications and its ultra-high capacitance and voltage rating ensure that it is able to hold up against a variety of conditions.

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