M39003/09-0385

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Tantalum capacitors are a type of electrolytic capacitor, with a structure similar to an aluminum electrolytic capacitor. The difference lies in the materials used. Tantalum capacitors, as the name suggests, use tantalum as the anode material, and use solid manganese dioxide as the dielectric medium. The cathode is a conductive metal oxide layer instead of a plain aluminum plate. The anode and cathode of metallic capacitors are connected by capacitors, and then impregnated with an electrolyte, forming a sealed unit. The terminals on the capacitor are usually welded to the top or side of the anode.

M39003/09-0385 is just one example of tantalum capacitors. It is a radial type, with a capacitor case size of 02 (9 mm) and an operating temperature range of -55°C to +125°C and a rated capacitance of 22.8 mF. The maximum peak voltage range is 4.7V to 6.3V, while the maximum ripple current is 0.6A.

The working principle of M39003/09-0385 can be understood by looking at its structure. When charged with direct current, the anode of the tantalum capacitor draws in electrons from the surrounding electrolyte, and deposits them onto its surface. This creates an electric field between the anode and the cathode, which prevents the circulation of current. When an alternating current is applied, the electric field is reversed, and in this way, the capacitor generates an electric voltage. This allows it to store and discharge energy, while maintaining a certain amount of current.

M39003/09-0385 is suitable for many applications, such as in mobile phones, PCs, automobiles, and high-end electronic products. It is also used to support power critical systems such as airborne, aerospace, and military electronics. The capacitor has many advantages, such as high temperature resistance, low power loss, and low impedance. Its low impedance allows it to maintain a high level of performance even under extreme conditions.

M39003/09-0385 is a great option for those looking for a reliable and high-performance capacitor. Its combination of low impedance, high temperature resistance, and low power loss make it an ideal choice for many applications. With its advanced design and components, it is sure to exceed your expectations.

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