M39003/01-8385/TR

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Tantalum capacitors, often referred to as smooth surfaced capacitors, are widely used in various electronic applications. When nitride-treated heavy-metal-oxide electrodes are porous, they are able to absorb an electrolyte or plastic-encapsulated layers to create an effective charge-storage device. The electrodes in tantalum capacitors are formed by depositing the oxide of the metal tantalum onto a base or substrate. The resulting electrodes are wrapped with an insulation layer, and the electrolyte, or the plastic-encapsulated layers, is then applied.

The M39003/01-8385/TR is a type of tantalum capacitor that is designed to fit the needs of special applications. It is a surface-mount capacitor that features a high capacitance ratings at a voltages up to 50 volts. Its design allows for reliable operation in an environment with mechanical shock, wide-ranging temperatures, and vibration. The high frequency range makes the M39003/01-8385/TR ideal for many applications.

The working principle behind the M39003/01-8385/TR is the same basic concept used in all capacitors. That is, they consist of two conductive plates separated by a dielectric material. When voltage is applied, an electric field is created between the plates, and energy is stored in the dielectric material as an electric charge. Increasing the voltage creates an opposing electric field that forces the electrons to move across the plates, generating a current flow between them.

The dielectric material of the M39003/01-8385/TR is the oxidized form of the metal tantalum. This particular type of tantalum capacitor is rated to cope with a much higher DC voltage level than traditional tantalum capacitors. This is because the dielectric in the the M39003/01-8385/TR has an enhanced mechanical stability. The increased “stiffness” of the dielectric material helps to reduce the phenomenon known as dielectric breakdown, which can occur when an excessively high voltage is applied.

The M39003/01-8385/TR is also able to operate in environments with high levels of shock and vibration. This is due to the fact that it is packed in a special protective material that provides a damping effect. This effect helps to reduce the effects of mechanical shock and vibration on the capacitor’s dielectric material, ensuring that it is able to operate accurately and reliably at all times.

The M39003/01-8385/TR is the perfect capacitor for applications that require high frequency operation and high-voltage protection. Its design ensures that it is able to cope with the rigors of environments with shock, vibration, and wide-ranging temperature conditions. Its dielectric material is specially treated to handle higher voltage levels and reduce the risk of dielectric breakdown. As a result, the M39003/01-8385/TR is the perfect choice for a variety of demanding applications.

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