M39003/01-2886

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Tantalum capacitors make up a large portion of the capacitor market within the electronics industry. These capacitors offer extreme levels of surge current capability in comparison to even the highest-end of aluminum electrolytic capacitors. When better performance, smaller form factors, and energy savings are desired then tantalum capacitors—specifically, the M39003/01-2886—are key components to consider. This article shall explore the application field and working principle of the M39003/01-2886 tantalum capacitor.

The M39003/01-2886 is a spherical molded tantalum capacitor with a molded case and non-soluble tantalum electrolyte. The standard capacitance is typically 0.47 µF with an operating temperature range of -55°C to +125°C. Moreover, this type of capacitor offers 0.1 ohm maximum Loss Tangent in addition to RMS voltage ratings of 16 and 25 Volts. The M39003/01-2886 also offers high working voltage, low ESR, and small size values in comparison to other capacitors.

These tantalum capacitors have a wide application field due to their high quality and noteworthy performance. Their ability to reduce size permits them to occupy less board space, allowing longer life from shorter components. In fact, these capacitors are a great fit for use in the military, automotive, and industrial markets given that the M39003/01-2886 comes with many amenities that give it the edge when compared to other capacitors. Examples of these amenities include better resistance to moisture, vibration, and thermal shock. The rugged construction capabilities of the M39003/01-2886 also enable it to withstand thermal cycling or run across unforgiving environments.

To understand the working principle of these tantalum capacitors, one first looks into the construction of the device. The M39003/01-2886 is composed of two electrodes which are separated by a dielectric. The dielectric material in these capacitors are usually of the tantalum oxide type. In comparison to the aluminum electrolytic capacitors, the M39003/01-

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