T212B106K020CS

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Tantalum capacitors are widely used for their low ESR and their high capacity to size ratio. They come in a variety of sizes, including T212B106K020CS. This type is a radial leaded, SMD (Surface Mount Device) multilayer ceramic capacitor, with a capacitive range value of 10mF and a voltage rating of 16V.

The T212B106K020CS is a non-polarized device and can be used in virtually any application, including automotive, communications, consumer and computer applications. Typical applications may include filters, timing circuits, power supplies, or bypass capacitors. The dust cover contains the letters “T” and “B” and is designed to protect the dielectric and terminals from dust and other contaminants. The flat sides of the capacitor have an adhesive coating to allow it to be mounted and secured to a printed circuit board.

The working principle of the T212B106K020CS is based on the concept of dielectric polarization. When a voltage is applied to the device, the electric field created within the dielectric material causes the voltage-dependent atomic dipoles to align in the same direction, thus creating an electric field that resists the applied voltage. The dielectric has a high dielectric constant (K) of 10, which is the ratio of the capacitance of the capacitor when a voltage is applied to the capacitance of the capacitor when no voltage is applied. The relatively high K value of this device has two important applications: it increases the capacitance of the unit, allowing it to store more charge and increase the energy efficiency of the unit. As well as having a high capacitance, compared to other types of capacitors, the T212B106K020CS also has much lower ESR, or equivalent series resistance, which is essential for the capacitor to function properly in an application.

The T212B106K020CS is a versatile device that can be used in many kinds of applications where a cost-effective yet reliable solution is required. It can be used for a wide range of applications, from automotive and communications to consumer and computer-related tasks. Its relatively low ESR and high capacitance to size ratio make it an ideal choice for many applications.

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