109D826X9015C2

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Tantalum capacitors are components used in electrical and electronic circuitry in which tantalum is used for the anode and a dielectric of tantalum oxide is used for the cathode. The 109D826X9015C2 is a small surface-mount device that is commonly used in low power applications such as switching supplies, timing circuits, LED lighting and medical electronic equipment.

The capacitor has a low ESR rating and is capable of withstanding ripple currents up to 4A. It can handle a rated ripple current twice the stability at the rated voltage, which is 25V. The 109D826X9015C2 is well-suited for high temperature applications and can operate in temperatures ranging from -55 to 105 degrees Celsius. The capacitor has an operating frequency of 5-10MHz, which makes it suitable for many timing applications.

In terms of construction, the 109D826X9015C2 capacitor utilizes tantalum capacitors with a sintered tantalum anode, a polymer cathode and a non-conductive tantalum oxide dielectric. This combination of materials results in a high-quality electrical component that can deliver superior power density and efficiency. It also offers a high capacitance-voltage-temperature ratio that ensures reliable operation even at high temperatures. Additionally, the capacitor features reliable storage and operation under extreme temperatures.

The working principle of the 109D826X9015C2 capacitor is based on an electric field that forms between two separated conductors. This electric field stores energy in the form of an electrostatic charge. The capacitors have two leads that are usually made of metal for electrical connections. When a voltage is applied to one lead, the electric field is created across the dielectric, and the energy stored in the electrostatic charge forms the capacitance. This capacitance is measured in farads and is responsible for the capacitor’s ability to store an electrical charge for later use.

The 109D826X9015C2 tantalum capacitor is a widely-used component in low power applications and is praised for its high power density, efficiency, and temperature tolerance. It is a reliable device that is capable of storing and discharging energy efficiently as needed. The capacitor is well-suited for applications in switching supplies, timing circuits, LED lighting, and medical electronic equipment.

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