T95D477M6R3HSSS

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Tantalum capacitors utilize tantalum metal, a rare element that is basically a grayish metal. The basis for the capacitor begins with an electrolytic solution contained within two electrodes. In between the electrodes is an insulating element which is typically referred to as the dielectric. In the case of tantalum capacitors, the dielectric is tantalum pentoxide, or Ta2O5. The insulator offers the capacitor its capacitance. This is why the Ta2O5, when taking a look at the construction of a tantalum capacitor, is referred to as the dielectric layer. This is the layer of the capacitor that stores electrons.

The T95D477M6R3HSSS tantalum capacitor is a long life, high reliability device that is ideal for use in an array of industrial, military, aerospace, and medical applications. The capacitors feature axial leads, are RoHS compliant, and are T95 rated. This rating is based on a MIL specification guide and means that the capacitor meets extremely stringent requirements with regards to high temperature, voltage, and substantial application life. The T95D477M6R3HSSS boasts a 5000 hour operating life at +85°C. This capacitor also features a 0.28 teraohm internal impedance level, ensuring high-quality operation and stability.

The T95D477M6R3HSSS offers high performance and dependability and is able to handle up to 16VDC voltage. It is ideal for use where high temperatures dominates, such as in the aerospace industry or in the defense market, and is often used in applications that require long service life and high stability. These performance attributes, along with its long life capabilities, make the T95D477M6R3HSSS capacitor a popular choice for high-tech operations.

The Tantalum Capacitor itself works based on the principle of capacitance, which states that the total capacitance of a device is determined by the spacing between the plates, as well as the relative dielectric constant of the material that is used between the plates. In the T95D477M6R3HSSS capacitor, the dielectric material is Ta2O5, which has a relatively high dielectric constant and thus gives the capacitor its capacitance.

When a capacitor is charged, a positive electric field builds between the plates. This causes a buildup of electrons on one of the plates, while the second plate accumulates a negative charge. When the capacitor is discharged, the electric fields are reversed and current flows. This is the core principle behind the operation of the T95D477M6R3HSSS tantalum capacitor, making it an ideal component for applications where stability and high performance are key.

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