199D334X9035A2B1

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Tantalum capacitors are components used in various consumer, military and industrial electronics. They are especially suited for applications that require low stray capacitance, a wide range of operating temperatures and high ripple current capabilities. The 199D334X9035A2B1 tantalum capacitor belongs to a broad family of such components that provide a wide range of voltage ratings, capacitance values, and dielectric strengths.

The 199D334X9035A2B1 capacitor is composed of two small, gold-plated, electrical contacts connected to two pieces of thinly rolled tantalum metal and a solid electrolyte, usually manganese dioxide. The two electrical contacts are connected to the two areas of the capacitor, an anode through which current travels to and from the tantalum-manganese dioxide complex, and an outer casing that acts as the outer surface of the capacitor and the negative terminal for the electrical current.

The working principle of the 199D334X9035A2B1 capacitor is based on capacitor properties. Generally, when a capacitor is exposed to an electric field it stores electrical energy by accumulating electrical charge. The 199D334X9035A2B1 is a polarized capacitor because it only allows current flow in a specified direction. The anode terminal is positively charged and the casing is negatively charged. The electrical field, similar to water flowing a specific direction through a hose pipe, is created. This causes an oppositely charged particle to be attracted to the cathode, which creates an electric field that pushes the first particle away and forces it onto the anode. This cycle is repeated and the capacitor charges up.

The 199D334X9035A2B1 capacitor is mainly used in applications where low stray capacitance, reliable temperature characteristics and large ripple current handling capability are required. The capacitance value of this specific capacitor is 33uF and it has a voltage rating of 35Vdc. It is commonly used in military, consumer and industrial applications such as audio and video equipment, engines, motors and automobiles.

These types of capacitors are also used in space applications where their long life, low transmission of transient currents, low dielectric absorption and high screening attenuation characteristics are very valuable. Additionally, these capacitors are used to minimize voltage drops due to intermittent systems, applications that utilize peak power at lower frequencies, protection circuits and energy storage applications.

The 199D334X9035A2B1 capacitor offers a unique combination of superior temperature characteristics and ripple current handling abilities, making it ideal for use in low-noise, low-stray capacitance applications. This capacitor is reliable, easy to use and cost-effective, making it an attractive choice for multiple projects and applications.

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