173D107X9020YE3

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Tantalum capacitors are used in a wide variety of electronic devices and are a commodity item in the electronics world. They are available in a variety of shapes, sizes, and configurations and are found in consumer, automotive, medical, military and aerospace applications. The 173D107X9020YE3 capacitors are a type of tantalum capacitor specifically designed for use in high frequency applications. In general, a tantalum capacitor is an electrolytic capacitor that has a layer of an oxide of the element tantalum as its dielectric layer. This layer is formed when a voltage is applied between two layers of tantalum and oxygen, leading to the oxide layer forming on the tantalum plates. This process is known as anodic conversion. Despite its small size, the tantalum capacitor stores high amounts of charge, making them a valuable component for high frequency applications.The 173D107X9020YE3 capacitors are specifically designed for use in such high frequency applications. They are constructed from three parts: an anode, cathode, and electrolyte. The tantalum anode is a large piece, usually made from a pressed tantalum powder. The cathode is usually a foil or plate made of copper, aluminum, silver, or stainless steel, while the electrolyte is a mixture of manganese dioxide and water. This combination of materials provides the capacitors with increased stability, reliability, and surface area.The anode and cathode are connected to the external terminals with short lead wires. The electric charge is stored between the anode and cathode, separated by the dielectric layer. The capacitors are rated by their capacitance, expressed in Farads, as well as their voltage ratings (in Volts). The 173D107X9020YE3 capacitors are rated to hold a capacitance of 10uF, and are available in ratings of 4V to 12V.The 173D107X9020YE3 capacitors have a wide range of uses in high frequency applications, including in oscillators, signal filters, oscillator resonators, and pulse-timing circuits. The capacitors allow very precise control over circuits, meaning that the signals they allow for and produce are less prone to distortion and interference. They offer much lower parasitic capacitance, making them perfect for high-frequency applications. In addition, the capacitors also show very low capacitance variation with temperature, making them ideal for high-temperature applications.

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