B32796G2226K

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Capacitors are an essential component in many electrical circuits. Film capacitors, in particular, are often used to store energy and filter signals due to their excellent electrical properties, high temperature stability, and wide range of applications. The B32796G2226K is an example of a film capacitor, and it is commonly used in radio frequency (RF) and telecommunications applications as well as electric power systems. Its most common applications include power factor correction, electric motor starting, and line coupling.

The B32796G2226K is based on a two-layer capacitor design, with a Mylar film dielectric and high-purity aluminum foil electrodes. The Mylar film dielectric is a type of plastic film that provides insulation and maintains electrical charges within the capacitor. It also serves as a dielectric spacer, which increases the capacitance of the capacitor. The high-purity aluminum foil electrodes act as the positively and negatively charged plates of the capacitor.

The B32796G2226K has an operating temperature range of -40°C to + 85°C and a voltage rating of 450VDC. The capacitor has an insulation resistance of > 3000MΩ. It also has a theoretical capacitance of 2.26 μF and a tolerance of ±20%. As a two-layer design, the B32796G2226K has a more compact size and higher capacitance than conventional electrolytic capacitors. Additionally, it is highly resistant to self-discharge, which makes it an ideal choice for power factor correction, electric motor starting, and line coupling applications.

The working principle of the B32796G2226K is simple. When there is an electric field between the two electrodes of the capacitor, an electric charge is generated. This electric charge is stored in the dielectric material, and the charge builds up over time until the capacitor reaches its maximum storage capacity. The capacitor then blocks any additional electric current from entering or exiting the circuit, allowing it to store energy efficiently.

In conclusion, the B32796G2226K film capacitor is a versatile component that is designed for a wide range of applications. It has a two-layer design that provides high capacitance and excellent electrical properties. The capacitor also has a wide operating temperature range and a high insulation resistance. Most importantly, it is highly resistant to self-discharge, making it an ideal choice for power factor correction, electric motor starting, and line coupling applications.

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