F971A106MAAHT3 Capacitors

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Tantalum Capacitors are electrical components used mainly in electronic circuits. They are made of special metals such as tantalum that have special properties that make them an ideal choice for various applications. There are numerous types of tantalum capacitors available, each with their own unique characteristics and capabilities. One such type is the F971A106MAAHT3.

F971A106MAAHT3 capacitors are commonly used in high-performance environments such as in military and aerospace applications. These capacitors are specifically designed to meet demanding requirements such as those in high frequency and high power circuit applications. Due to the robust construction and unique properties of tantalum, this type of capacitor is capable of withstanding high-voltage transients and very high temperatures. Additionally, the F971A106MAAHT3 is one of the most stable types of tantalum capacitor, boasting superior performance such as low leakage current and high ripple current ratings.

The F971A106MAAHT3 is a surface mount, axial lead, a molded type capacitor. It features an operating temperature range of -55 to +125 degrees Celsius, a predominant capacitance value of 10 microfarads, an operating voltage of 630 volts, and a temperature coefficient of +30 to -15 ppm/°C. This type of capacitor also has a high working voltage with an acceptable range from 6.3V to 11V. With a 70% temperature derating above 70°C, this capacitor can handle difficult environments without fail.

In terms of working principle, the F971A106MAAHT3 capacitor is a type of capacitor that uses the principle of electric separation and capacitance to store energy. When two conductive plates are separated by an insulating medium, such as a dielectric material, the electrical field that is created causes the positive and negative charges on the conductive plates to separate. This creates an electric field between the two plates and a capacitance is formed when the two plates are connected to a circuit.

On a technical level, the F971A106MAAHT3 capacitor is composed of several different components including a dielectric material, two or more concentric metal layers, an external metal case, and leads for electrical connections. The dielectric material acts as the insulation between the two metal plates, and its presence determines the electrical characteristics of the entire capacitor. The concentric layers of metal are typically made from sintered tantalum powder separated by the dielectric material, and the external case is mostly plastic or aluminum in order to protect the capacitor from external elements.

The F971A106MAAHT3 capacitor is widely used in many applications that require high supply currents and fast reactions. Examples include systems in the satellite, aerospace, and military industries such as switching converters, decoupling, and high voltage power supplies. It can also be used in communications and other high frequency applications as it has excellent frequency agility coupled with its high ripple currents. Added to this is its ability to handle high-voltage transients which makes it ideal for protection and immunity applications.

In summary, the F971A106MAAHT3 tantalum capacitor is an essential component in various applications that require high performance, stability, and high voltage protection. Its unique characteristics and robust construction allow it to operate in even the toughest environments and in electronics where high frequency and high power supplies are necessary. Its principle of operation, based on electric separation and capacitance, is the underlying property that makes it possible to store energy and supply currents as needed.

The specific data is subject to PDF, and the above content is for reference