173D104X9050UW

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Tantalum capacitors are among the most popular capacitor types due to their excellent electrical characteristics and relatively small size. The 173D104X9050UW is a property of all tantalum capacitors, which are typically used in a wide range of applications including filtering, audio-processing, clamping, and signal-loading. The 173D104X9050UW contains two pieces of material separated by a dielectric layer – a cathode and an anode – which models a basic capacitor.

A tantalum capacitor consists of an anode, a cathode, and an electrolytic or dielectric material. The anode is constructed of tantalum powder, which is then sealed in a cylindrical case. The tantalum forms the anode material, while the cathode is typically made of either manganese oxide, polyethylene oxide, or oxygen, depending on the type of application. The dielectric material, usually an electrolyte, is applied between the anode and cathode across a series of small, tens to hundreds of thousands, perforated plates. This combination of anode material and dielectric material forms the core of the 173D104X9050UW capacitor.

Tantalum capacitors have high impulse and peak current ratings, making them ideal for filtering and controlling voltage spikes and noise. In addition, the dielectric material used in the electrolyte has low dielectric absorption, meaning that the inductor value remains relatively low and the reactance is greater than that of other capacitor types. The 173D104X9050UW also has an excellent frequency response and high K-factor (resistance-capacitance ratio). These important characteristics make the tantalum capacitor suitable for high frequency and rapid response applications, such as timing and switching circuits.

The 173D104X9050UW capacitor is designed to operate in a variety of temperature ranges and shunts out electromagnetic interference (EMI). It is also voltage-sensitive and has a wide range of capacitance values. When used in capacitance measurement applications, the low equivalent series resistance (ESR) of the 173D104X9050UW makes it the ideal choice for high-precision measurements.

In addition, the 173D104X9050UW capacitor has a number of additional features and benefits. It has very low dielectric absorption and leakage current, with almost no voltage hysteresis or resistive losses. The low temperature coefficient means that the capacitance remains stable over wide temperature ranges. Additionally, the 173D104X9050UW capacitor is RoHS compliant, making it suitable for use in harsh environmental conditions.

In conclusion, the 173D104X9050UW tantalum capacitor is a reliable and cost-effective solution for a vast range of electrical applications. Its low voltage drop, ESR, and temperature coefficient, along with its wide capacitance range, make it an ideal choice for high frequency, rapid response, and high precision applications. In addition, its RoHS compliance make it suitable for harsh environmental conditions as well.

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