M39003/09-3050/TR

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Tantalum capacitors are widely used in today\'s electronic circuits due to their excellent performance, superior temperature characteristics, high reliability, high capacitance, and low equivalent series resistance (ESR). The M39003/09-3050/TR is one of the most commonly used versions among them.

M39003/09-3050/TR refers to a range of tantalum capacitors manufactured by the trusted company Vishay, according to the CLCC (Coiled Chip Leadless Capacitors) standard. A typical M39003/09-3050/TR capacitor has a maximum temperature rating of 105°C, a maximum ESR of 0.8 ohms, and a working voltage rating of 35 volts. These parameters make them suitable for many applications such as in audio, automotive, and industrial equipment. Additionally, the capacitance of these components range from 0.1 to 150 uF, enabling them to provide a wide range of capacitance values.

M39003/09-3050/TR capacitors work by using a tantalum metalsemiconductor oxide for their dielectric. The tantalum metal is sprayed onto a ceramic substrate, forming a very thin oxide layer. This layer functions as a dielectric between the two electrodes, allowing an electrical charge to be stored. The metallization of the electrodes is typically done with silver, although other metals can be used in some applications.

M39003/09-3050/TR capacitors also features excellent temperature characteristics. This is because the oxide layer remains stable and consistent across a wide temperature range, allowing the capacitor to maintain its capacitance even at high temperatures. In addition, the low ESR and wide capacitance range makes the M39003/09-3050/TR a desirable choice for power supply filtering applications in laptops, desktop PCs, and portable electronic devices.

Overall, the M39003/09-3050/TR series of tantalum capacitors are a popular choice of components for a variety of applications. They have excellent temperature characteristics, high reliability, and a wide capacitance range, making them suitable for use in numerous electronic devices. Additionally, their low ESR makes them suitable for power supply filtering applications.

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