947C102K112DEHS

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Film capacitors are some of the most commonly used capacitors in industry. This type of capacitor is typically more expensive than other varieties, but their reliability and long life make them popular. The 947C102K112DEHS is one such example of a film capacitor and has a wide range of uses in industries such as audio, power supplies and engineering applications.

The 947C102K112DEHS is a relatively small film capacitor with a maximum capacitance of 0.1 microfarads and a maximum Voltage rating of 63 volts. Film capacitors are known for their very low levels of loss, which is why they are so popular for audio, power supply, and other engineering applications. This particular type of capacitor is designed to operate in temperatures up to 70 degrees Celsius and is also already pre-loaded with a non-reversible plastic disc, so it is particularly resistant to deterioration from vibration and shock.

At the heart of the 947C102K112DEHS is its film dielectric, which is formed from layers of a plastic film and has been designed to meet the needs of high capacitance and high ripple current applications. The plastic film also provides a level of insulation that helps to protect the capacitor from external influences such as moisture and temperature changes. Additionally, this dielectric is self-healing, which means that it will not be affected by any over-voltage or over-temperature events that may occur.

The structure of the 947C102K112DEHS includes an anode and cathode, two metal plates that form an electrical connection between the two the two terminals. The anode is then connected to a coil of wire, which acts as an inductor and helps to ensure that the correct current flow is maintained at all times. The cathode is then connected to the other terminal, which is usually located on the same side as the anode. Additionally, the cathode is usually connected to a plastic or metal shield, which helps to further reduce any interference that may occur.

When the operating voltage is applied across the capacitor, the electrical energy is stored in the dielectric and the current will begin to flow through the anode, the coil and the cathode. The dielectric itself prevents the current from crossing over from the anode to the cathode, ensuring that the appropriate current is maintained. As the current continues to flow, the dielectric will charge and begin to induce an electrical current.

The 947C102K112DEHS is an ideal capacitor for a wide range of applications where low loss, high capacitance and low ripple current are needed. Its strong dielectric and insulated construction make it particularly suitable for high-reliability audio, power supply, and engineering applications. This type of capacitor is both affordable and reliable, making it a popular choice for many different applications.

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